rofl0r 80f7774e98 implement -j option for parallel cracks using pthreads
a user-defined number of jobs (N) is started, each one is assigned
SECS_PER_JOB_BLOCK seeds to iterate over, after finishing the block
N * SECS_PER_JOB_BLOCK jobs are skipped, and it goes on again.
that way it is assured that more recent seeds get treated first.
in preliminary tests with a seed 2 years ago, using 8 jobs the
cracking time was reduced from 77 to 24 seconds.
it is possible that adjusting SECS_PER_JOB_BLOCK to a higher value
than currently speeds up cracking even more, since there will be
less "interruptions" in the CPUs branch prediction.
2017-10-09 00:07:08 +01:00
2015-12-06 23:22:07 +01:00
2015-04-12 10:50:14 +02:00
2015-12-06 23:22:07 +01:00
2017-02-11 20:17:59 +01:00
2017-09-02 13:13:28 +03:00
2017-10-07 18:13:10 +02:00

Overview License

Pixiewps is a tool written in C used to bruteforce offline the WPS pin exploiting the low or non-existing entropy of some Access Points, the so-called "pixie dust attack" discovered by Dominique Bongard in summer 2014. It is meant for educational purposes only.

As opposed to the traditional online bruteforce attack, implemented in tools like Reaver or Bully which aim to recover the pin in a few hours, this method can get the pin in only a matter of milliseconds to minutes, depending on the target, if vulnerable.

pixiewps_screenshot

More details can be found here:

A non-exhaustive list of vulnerable devices (not maintained by me):

Requirements

apt-get -y install build-essential

Prior versions of 1.2 require libssl-dev.

Setup

Download

git clone https://github.com/wiire/pixiewps

or

wget https://github.com/wiire/pixiewps/archive/master.zip && unzip master.zip

Build

cd pixiewps*/
cd src/
make

Install

sudo make install

Usage

Usage: pixiewps <arguments>

Required Arguments:

  -e, --pke         : Enrollee public key
  -r, --pkr         : Registrar public key
  -s, --e-hash1     : Enrollee hash 1
  -z, --e-hash2     : Enrollee hash 2
  -a, --authkey     : Authentication session key
  -n, --e-nonce     : Enrollee nonce

Optional Arguments:

  -m, --r-nonce     : Registrar nonce
  -b, --e-bssid     : Enrollee BSSID
  -S, --dh-small    : Small Diffie-Hellman keys (PKr not needed)  [No]
  -f, --force       : Brute-force timestamp seed
  -l, --length      : Brute-force entire pin length (experimental)
  -v, --verbosity   : Verbosity level 1-3, 1 is quietest           [3]
  -o, --output      : Write output to file

  -h                : Display this usage screen
  --help            : Verbose help and more usage examples
  -V, --version     : Display version

  --mode N[,... N]  : Mode selection, comma separated           [Auto]
  --start [mm/]yyyy : Starting date (only mode 3)       [Current time]
  --end   [mm/]yyyy : Ending date   (only mode 3)            [-3 days]

Usage example

A common usage example is:

pixiewps --pke <pke> --pkr <pkr> --e-hash1 <e-hash1> --e-hash2 <e-hash2> --authkey <authkey> --e-nonce <e-nonce>

which requires a modified version of Reaver or Bully which prints the Authentication Session key (--authkey, -a). The recommended version is reaver-wps-fork-t6x.

Supported OS

Pixiewps can be compiled and installed on a wide variety of platforms including OpenWrt and Android.

Acknowledgements

  • Part of the code was inspired by Bully and its WPS functionality written by Jouni Malinen
  • The crypto libraries were taken from mbed TLS
  • Special thanks to: soxrok2212, datahead, t6_x, aanarchyy, kcdtv and the Kali Linux community

References

Pixiewps is based on the work of Dominique Bongard:

Description
An offline Wi-Fi Protected Setup brute-force utility
Readme 666 KiB
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C 99.3%
Roff 0.5%
Makefile 0.2%