Bunny is a wireless. meshing, darknet that uses 802.11 to hide its communications。
Bunny is intended to act as a layer 1/2 technology that attempts to hide its wireless mesh communication traffic. Bunny wraps all data in and out in a layer of obfuscation. It does this by passively listening to the local wireless and building a model of 'average' traffic. Then using this model, it hides small snippets of data within various fields of the 802.11 protocol that are either poorly defined or prone to contain data that mutates a lot. These fields will include but are not limited to, vendor data, data packets of encrypted networks, duration fields.
For full whitepaper like decription of Bunny, check proposal.txt.
You need a monitor/injection capable wireless chipset. Please check the aircrack website for compatible cards.
##Tested chipsets / cards: rtl8187 - Alfa AWUS036NH Note: These are by far the WORST chipsets on the market, the RX sensitivity makes them almost worless for any kind of application besides cracking WEP passwords. ath9k_htc - TP-LINK tl-wn722n rt2800usb - 5370 Chipset (sold with raspberry pi's) Note: Bunny works well on raspberry pi's
##Configuration Configuring bunny is as simple as editing the "libbunny/config.py" file
The most important item to modify is the IFACE varible, this sets which wireless interface you will use for Bunny.
Also if you wish to run a non-testing network, delete the 'keys.kz' file and bunny will make a new one with random values.
Distribute this file to the peers on your network. Also Modulus and Remainder values should be changed as well, for help generating mod/remain vaules check testScripts/mod.py
##Usage (bunnyChat.py example code)
##Dependencies
from https://github.com/mothran/bunny
Bunny is intended to act as a layer 1/2 technology that attempts to hide its wireless mesh communication traffic. Bunny wraps all data in and out in a layer of obfuscation. It does this by passively listening to the local wireless and building a model of 'average' traffic. Then using this model, it hides small snippets of data within various fields of the 802.11 protocol that are either poorly defined or prone to contain data that mutates a lot. These fields will include but are not limited to, vendor data, data packets of encrypted networks, duration fields.
For full whitepaper like decription of Bunny, check proposal.txt.
You need a monitor/injection capable wireless chipset. Please check the aircrack website for compatible cards.
##Tested chipsets / cards: rtl8187 - Alfa AWUS036NH Note: These are by far the WORST chipsets on the market, the RX sensitivity makes them almost worless for any kind of application besides cracking WEP passwords. ath9k_htc - TP-LINK tl-wn722n rt2800usb - 5370 Chipset (sold with raspberry pi's) Note: Bunny works well on raspberry pi's
##Configuration Configuring bunny is as simple as editing the "libbunny/config.py" file
The most important item to modify is the IFACE varible, this sets which wireless interface you will use for Bunny.
Also if you wish to run a non-testing network, delete the 'keys.kz' file and bunny will make a new one with random values.
Distribute this file to the peers on your network. Also Modulus and Remainder values should be changed as well, for help generating mod/remain vaules check testScripts/mod.py
##Usage (bunnyChat.py example code)
sudo python bunnyChat.py
-l -- Listen mode, gets packets and prints data
-s [data] -- Send mode, sends packets over and over
-m -- Passive profiling of all the channels (1-11)
-c [UserName] -- Chat client mode
-r -- Reloop shows the mod/remainder of the specified channel
-p -- Ping/Pong testing, Run this on one machine and it will
respond with a pong.
-k -- Ping server mode, will repsond to pings with pong and current time
bunny = libbunny.Bunny()
bunny.sendBunny(DATA)
while True:
print bunny.recvBunny()
bunny.killBunny()
##Dependencies
pycrypto
keyczar
pyasn1
lorcon2 (current)
pylorcon2 (https://code.google.com/p/pylorcon2/)
pcapy
from https://github.com/mothran/bunny
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