Skip to content

violentlydave/Poaching-Hunting-in-an-Uncooperative-Environment

Repository files navigation

Poaching: Hunting in an Uncooperative Environment

This is the code that goes along with the paper "Poaching: Hunting in an Uncooperative Environment", (originally published as "Poaching: Hunting without Permission": https://www.sans.org/reading-room/whitepapers/detection/poaching-hunting-permission-36537 - Nov 24 2015)

This was initially prepared for a SANS certification, but updates will continue now that there is no time deadline. This will include an updated version of the paper, which.. is rather lacking. The sleep deprivation, day-job deadlines, and the deadline to get the paper in fast was showing.

Thanks to: Joff Thyer for his sample Scapy code. Heavily referenced in the Karma tests.

Trace H - for starting the train and pushing me forward. Mike M - for seeing the value in training. .. Jaci K.. for dealing with me dealing with this and lots of pre-cursors for 2 years.

These tools are all set to take an argument on command line for interface, or default to an internally set interface if nothing is provided.


All "check" scripts expect at minimum --interface/-i at the command line.

  • option252_check.py - This python script uses the Scapy library to send “DHCPINFORM” broadcast messages to see if a WPAD response is returned. This would be a response with a URL in the option 252 area of the DHCP response.

  • nbns_check.py - This Python script uses the Scapy library to send NetBIOS Name Service broadcast messages to attempt to resolve the host “WPAD”, then another message trying to resolve a random hostname.

  • llmnr_mdns_check.py - This Python script uses the Scapy library to send LLMNR and mDNS broadcast messages, first to try to resolve the host “WPAD”, then another message trying to resolve a random hostname.

  • karma_check.py - This Python script uses the Scapy library to send out 802.11 Probe Request packets from multiple MAC addresses set up to look like a variety of cell phones looking for a known wifi network. It loops through the list of MAC addresses and each one requests a unique random 32 bit long SSID. Each MAC address is set so the last 4 bits are uniform to allow for the tester to watch for the packets and any responses via “Tshark” or “TCPdump”.

Note: "karma_check.py" defaults to "mon0" as the monitor interface, which can be reset with --moninterface/-m.


Other files:

  • sample_wpad.dat - This is the sample wpad.dat PAC file referenced in the paper.

  • simple_http_wpad.py - This is a simple web server based on Python's "SimpleHTTPServer" to serve a wpad.dat with the appropriate file/stream type.

  • channel_hopper.sh - A straight forward bash script for Linux to loop through channels and run the karma_check.py script.

About

Scripts related to "Poaching" paper

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published