wpakey - monitor mode WPA1/WPA2 online password bruteforcer
cat password.lst | wpakey -i wlan0 -b bssid -t timeout -a -f
reads password candidates from stdin and tries to connect to the specified AP. the wifi apapter needs to be in monitor mode and on the right channel already.
password candidates with length > 64 and < 8 will be ignored.
note that some access points (most notably hostapd) insist on getting ACK responses on every single unicast packet. due to tight timeout constraints, it is not possible to generate this ACK in due time in software, so the AP will not send EAPOL packet M1 after the association response, or if it sends it, will not accept our M2 packet without an ACK for M1, which makes it impossible to distinguish whether the password is correct, or the router bitchy.
the only fix for this issue is the so-called "active monitor" mode.
currently, this feature can only be activated on ath9k and mt7601u drivers
using iw dev wlan1 set monitor active. iw list or iw phyX show can
tell you whether the feature is implemented, it will print
Device supports active monitor (which will ACK incoming frames) if supported.
note that even though this feature cannot be actively activated on ath9k_htc
devices, some or all of them have this behaviour turned on by default, so
it may well be that other devices behave the same.
therefore, it is highly recommend to use an adapter with one of the mentioned chipsets for a reliable result.
on the bright side, if we can get the targetted AP to send M1 (regardless of whether the password we send during M2 is correct), we can retrieve its PMKID (if it sends one) and crack it with john the ripper instead.
if the correct password is found, it will be displayed on stdin and the program will exit with status 0. if the correct password is not found, exits with status 1.
No errors are defined. The following sections are informative.
it is possible to test password candidates online using a patched version of wpa_supplicant (see KEEP/wpa_supplicant-cracker.patch and KEEP/wpacracker in sabotage-linux repo), however it is very slow, and it is annoying to switch from monitor mode to managed mode during pentesting.
currently only WPA1/2 in AES CCMP mode is supported. support for TKIP, WEP and other ciphers may be added in the future.
(C) 2018 rofl0r
the crypto code in crypto/, wsupp_crypto.c and the function pmk_to_ptk()
were taken from https://github.com/arsv/wsupp-libc which is licensed under the
GPLv3.
due to the viral nature of the GPL, this project is currently licensed under the GPLv3.
thanks to arsv for well commented, concise code. thanks to dragorn, Mister_X, Zero_Chaos for giving valuable tips.