Pwnagotchi

Pwnagotchi is an "AI" that learns from the WiFi environment and instruments bettercap in order to maximize the WPA key material (any form of handshake that is crackable, including PMKIDs, full and half WPA handshakes) captured.

Specifically, it's using an LSTM with MLP feature extractor as its policy network for the A2C agent, here is a very good intro on the subject.

Instead of playing Super Mario or Atari games, pwnagotchi will tune over time its own parameters, effectively learning to get better at pwning WiFi things. Keep in mind: unlike the usual RL simulations, pwnagotchi learns over time (where a single epoch can last from a few seconds to minutes, depending on how many access points and client stations are visible), do not expect it to perform amazingly well at the beginning, as it'll be exploring several combinations of parameters ... but listen to it when it's bored, bring it with you and have it observe new networks and capture new handshakes and you'll see :)

Multiple units can talk to each other, advertising their own presence using a parasite protocol I've built on top of the existing dot11 standard, by broadcasting custom information elements. Over time, two or more units learn to cooperate if they detect each other's presence, by dividing the available channels among them.

Depending on the status of the unit, several states and states transitions are configurable and represented on the display as different moods, expressions and sentences.

If instead you just want to use your own parameters and save battery and CPU cycles, you can disable the AI in config.yml and enjoy an automated deauther, WPA handshake sniffer and portable bettercap + webui dedicated hardware.

NOTE: The software requires at least bettercap v2.25.

Why

For hackers to learn reinforcement learning, WiFi networking and have an excuse to take a walk more often. And it's cute as f---.

Documentation

THIS IS STILL ALPHA STAGE SOFTWARE, IF YOU DECIDE TO TRY TO USE IT, YOU ARE ON YOUR OWN, NO SUPPORT WILL BE PROVIDED, NEITHER FOR INSTALLATION OR FOR BUGS

However, there's a Slack channel.

Hardware

Raspberry Pi Zero W
A decent power bank (with 1500 mAh you get ~2 hours with AI on)

Display (optional)

The display is optional if you connect to usb0 (by using the data port on the unit) and point your browser to the web ui (see config.yml).

The supported models are:

The only kind of displays supported are the ones listed above, but we are always happy to receive pull requests supporting new displays.

You need to configure the display type in config.yml where you can find ui.display.type. If your display does not work after changing this setting, you might need to complete remove power from the Raspberry and make a clean boot.

One thing to note, not all displays are created equaly, TFT displays for example work similar to an HDMI display, and they are not supported, currently all the displays supported are I2C displays.

Color and Black & White displays

Some of the supported displays support Black & White and Coloured versions, one common question is regarding refresh speed of said displays.

Color displays have a much slower refresh rate, in some cases it can take up to 15 seconds, if slow refresh rates is something that you want to avoid we advise you to use Black & White displays

FPS

You can configure the refresh interval of the display on config.yml, we advise to use a slow refresh to not shorten the lifetime of your display.

Another option is to change fps to 0, which will only refresh when changes are made to the screen.

Software

Raspbian + nexmon patches for monitor mode, or any Linux with a monitor mode enabled interface (if you tune config.yml).

Do not try with Kali on the Raspberry Pi 0 W, it is compiled without hardware floating point support and TensorFlow is simply not available for it, use Raspbian.

Automatically create an image

You can use the scripts/create_sibling.sh script to create an - ready to flash - rasbian image with pwnagotchi.

usage: ./scripts/create_sibling.sh [OPTIONS]

  Options:
    -n <name>    # Name of the pwnagotchi (default: pwnagotchi)
    -i <file>    # Provide the path of an already downloaded raspbian image
    -o <file>    # Name of the img-file (default: pwnagotchi.img)
    -s <size>    # Size which should be added to second partition (in Gigabyte) (default: 4)
    -v <version> # Version of raspbian (Supported: latest; default: latest)
    -p           # Only run provisioning (assumes the image is already mounted)
    -d           # Only run dependencies checks
    -h           # Show this help

Host Connection Share

If you connect to the unit via usb0 (thus using the data port), you might want to use the scripts/linux_connection_share.sh script to bring the interface up on your end and share internet connectivity from another interface, so you can update the unit and generally download things from the internet on it.

Update your pwnagotchi

You can use the scripts/update_pwnagotchi.sh script to update to the most recent version of pwnagotchi.

usage: ./update_pwnagitchi.sh [OPTIONS]

   Options:
      -v                # Version to update to, can be a branch or commit. (default: master)
      -u                # Url to clone from. (default: https://github.com/evilsocket/pwnagotchi)
      -m                # Mode to restart to. (Supported: auto manual; default: auto)
      -b                # Backup the current pwnagotchi config.
      -r                # Restore the current pwnagotchi config. -b will be enabled.
      -h                # Shows this help.             Shows this help.

Backup your pwnagotchi

You can use the scripts/backup.sh script to backup the important files of your unit.

usage: ./scripts/backup.sh HOSTNAME backup.zip

UI

The UI is available either via display if installed, or via http://pwnagotchi.local:8080/ if you connect to the unit via usb0 and set a static address on the network interface (change pwnagotchi with the hostname of your unit).

CH: Current channel the unit is operating on or * when hopping on all channels.
APS: Number of access points on the current channel and total visible access points.
UP: Time since the unit has been activated.
PWND: Number of handshakes captured in this session and number of unique networks we own at least one handshake of, from the beginning.
AUTO: This indicates that the algorithm is running with AI disabled (or still loading), it disappears once the AI dependencies have been bootrapped and the neural network loaded.

Languages

Pwnagotchi is able to speak multiple languages!! Currently supported are:

english (default)
german
dutch
greek
macedonian
italian
french

If you want to add a language use the language.sh script. If you want to add for example the language italian you would type:

./scripts/language.sh add it
# Now make your changes to the file
# sdcard/rootfs/root/pwnagotchi/scripts/pwnagotchi/locale/it/LC_MESSAGES/voice.po
./scripts/language.sh compile it
# DONE

If you changed the voice.py- File, the translations need an update. Do it like this:

./scripts/language.sh update it
# Now make your changes to the file (changed lines are marked with "fuzzy")
# sdcard/rootfs/root/pwnagotchi/scripts/pwnagotchi/locale/it/LC_MESSAGES/voice.po
./scripts/language.sh compile it
# DONE

Now you can use the preview.py-script to preview the changes:

./scripts/preview.py --lang it --display ws2 --port 8080 &
./scripts/preview.py --lang it --display inky --port 8081 &
# Now open http://localhost:8080 and http://localhost:8081

Plugins

Pwnagotchi has a simple plugins system that you can use to customize your unit and its behaviour. You can place your plugins anywhere as python files and then edit the config.yml file (main.plugins value) to point to their containing folder. Check the plugins folder for a list of default plugins and all the callbacks that you can define for your own customizations.

Here's as an example the GPS plugin:

__author__ = '[email protected]'
__version__ = '1.0.0'
__name__ = 'gps'
__license__ = 'GPL3'
__description__ = 'Save GPS coordinates whenever an handshake is captured.'
__enabled__ = True  # set to false if you just don't use GPS

import core
import json
import os

device = '/dev/ttyUSB0'
speed = 19200
running = False


def on_loaded():
     logging.info("GPS plugin loaded for %s" % device)


def on_ready(agent):
    global running

    if os.path.exists(device):
         logging.info("enabling GPS bettercap's module for %s" % device)
        try:
            agent.run('gps off')
        except:
            pass

        agent.run('set gps.device %s' % device)
        agent.run('set gps.speed %d' % speed)
        agent.run('gps on')
        running = True
    else:
         logging.info("no GPS detected")


def on_handshake(agent, filename, access_point, client_station):
    if running:
        info = agent.session()
        gps = info['gps']
        gps_filename = filename.replace('.pcap', '.gps.json')

         logging.info("saving GPS to %s (%s)" % (gps_filename, gps))
        with open(gps_filename, 'w+t') as fp:
            json.dump(gps, fp)

Random Info

hostname sets the unit name.
At first boot, each unit generates a unique RSA keypair that can be used to authenticate advertising packets.
On a rpi0w, it'll take approximately 30 minutes to load the AI.
/var/log/pwnagotchi.log is your friend.
if connected to a laptop via usb data port, with internet connectivity shared, magic things will happen.
checkout the ui.video section of the config.yml - if you don't want to use a display, you can connect to it with the browser and a cable.
If you get [FAILED] Failed to start Remount Root and Kernel File Systems. while booting pwnagotchi, make sure the PARTUUIDs for rootfs and boot partitions are the same in /etc/fstab. Use sudo blkid to find those values when you are using create_sibling.sh.
You can create a /root/custom.yml configuration file to override the defaults.

License

pwnagotchi is made with ♥ by @evilsocket and the amazing dev team. It's released under the GPL3 license.

nanangarsyad / pwnagotchi Goto Github PK

pwnagotchi's Introduction