This commit fixes an issue, where auxiliary/scanner/dcerpc/hidden terminates directly, once an endpoint can't be reached or access is denied. Instead the next endpoint in list should be checked, instead of terminating directly.
Net::SSH::KeyFactory permits loading keys using a passphrase.
The Framework SSH modules were implemented back when we had a fork
of net-ssh in our tree, and can now use functionality provided by
the upstream gem.
Update the ssh key login scanner to add a KEY_PASS datastore
OptString which is then passed to the KeyCollection class and used
in the updated :read_key method which now calls the KeyFactory to
read data and give us the appropriate String representation of the
key in the KeyCollection's cache.
A bit of cleanup performed as well, removing legacy code paths no
longer hit by the module. Shamelessly added self to authors, fair
amount of blood and sweat in the SSH subsystem over the years, hope
nobody objects.
Testing:
None yet
Add an explicit require for the new cert_provider in framework.rb
in case it has not yet been loaded.
This should address the Travis failure on initial PR, although the
gem version in socket has not been updated, so this might take a
bit to propagate. In the end, if the dependency already gives us
this functionality by the time we call Rex::Socket::Ssl then this
commit can safely be dropped
All meterpreter Clients are created equal, and as such they all
include the PacketDispatcher mixin and call its init methods when
a passive dispatcher is needed. However, since tunneling protocols
have different requirements for implementation, the methods which
provide protocol-specific functionality need to be mixed into the
Client before it attempts to initialize the dispatcher.
Provide a dispatch_ext option in the has passed to the client on
init from the session handler which is an Array containing mixin
references which are sent to :extend calls in the :init_meterpreter
method just prior to calling :initialize_passive_dispatcher.
Each handler implementation can thus push chains of mixins to the
client in order to provide middleware specific to the tunnel. Down
the road, this should permit stacking C2 encapsulations or tunnel
protocols/permutators to create unique session transports on the
fly.
PacketDispatcher has some hardcoded assumptions about utilizing
HTTP services as the async resource. With C2 and DNS tunnels in
the pipeline, these elements need to be separated from the core
functions of async packet dispatch and moved into their own module.
This creates a new namespace for Meterpreter::HttpPacketDispatcher,
meant to be mixed in after PacketDispatcher. The module implements
only three of the original module's methods - init, shutdown, and
the :on_passive_request callback; with the first two using :super,
with the expectation of having a PacketDispatcher mixin or API
compatible namespace already in the mix.
Msf relies on Rex::Socket to create TLS certificates for services
hosted in the framework and used by some payloads. These certs are
flagged by NIDS - snort sid 1-34864 and such.
Now that Rex::Socket can accept a @@cert_provider from the Msf
namespace, a more robust generation routine can be used by all TLS
socket services, provided down from Msf to Rex, using dependencies
which Rex does not include.
This work adds the faker gem into runtime dependencies, creates an
Msf::Exploit::Remote::Ssl::CertProvider namespace, and provides
API compatible method invocations with the Rex version, but able
to generate higher entropy certs with more variables, options, etc.
This should reduce the hit rate against NIDS on the wire, reducing
pesky blue team interference until we slip up some other way. Also,
with the ability to generate different cert types, we may want to
look at extending this effort to probide a more comprehensive key
oracle to Framework and consumers.
Testing:
None yet, internal tests pending.
Travis should fail as this requires rex-socket #8.
William Vu
Brent Cook
Wei Chen
Aaron Soto
headlesszeke
dmohanty-r7
Adam Cammack
wetw0rk
h00die
Daniel Teixeira
bka-dev
RageLtMan
Brendan Coles
Jan-Frederik Rieckers
HD Moore
Matthew Kienow
Jeffrey Martin
Metasploit