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Yet another WPA/WPA2 hashes cracker web server. Powered by HashCat. The backend is written in Python Flask.

Supported capture file formats:

• .pcapng (hcxdumptool)
• .cap and .pcap (airodump)
• .hccapx and .2500 (EAPOL)
• .pmkid and .16800 (PMKID)
• .22000 (PMKID/EAPOL)

The server utilizes Hashcat Brain transparently for the user (the user is allowed to activate and deactivate the feature). HashBrain allows skipping already tried password candidates - useful in combination with hashcat rules or when you restore the progress you ran the other day.

Every password cracking researcher is proud of his/her wordlists and rules. Here is my strategy of checking the most probable passwords that require only a few minutes to run on any laptop or Raspberry Pi. The strategy is marked as '(fast)' among wordlist choices in UI. They are all run in the BaseAttack.run_all() method:

• run_essid_attack:
  • Hamming ball ESSID attack (perturb ESSID name with at most Hamming distance '2');
  • Split ESSID in word compounds. For example "PetitCafe2017" ESSID is split in ['2017', '2017Cafe', '2017CafePetit', '2017Petit', 'Cafe', ..., 'CafePetit2017'] which increases the chance of finding passwords of type "PetitXXXX" by running the combinator attack for each of the word compounds combination. Technically, for each essid_i word compound, it runs
    • essid_i + digits_append.txt (prepend and append) combinator attack (-a1);
    • essid_i + best64.rule attack;
• run_top1k: Top1575-probable-v2.txt + best64.rule attack.
• run_digits8: birthdays 100 years backward, digits masks like aabbccdd (refer to mask_8-12.txt), digits cycles, and more.
• run_keyboard_walk: keyboard-walk attack.
• run_names: names_ua-ru.txt with best64 attack.

Check out a running server on a CPU instance: http://85.217.171.57:9111. To surf the site, login with the guest:guest credentials. (Yes, you don't have the permissions to start jobs. Contact me if necessary.)

You can quickly test a handshake file against non-secure passwords, in other words, run the (fast) mode from a terminal:

python app/attack/base_attack.py /path/to/handshake.22000

optional arguments:
  --fast      Run ESSID+digits attack with fewer examples. Default: turned off
  --extra     Run extra attacks (names UA)

Run the following commands from the root hashcat-wpa-server folder:

pip install -r requirements.txt  # required only once

HASHCAT_ADMIN_USER=admin HASHCAT_ADMIN_PASSWORD=<your-secret-password> gunicorn app:app

There are 3 docker tags (branches):

• latest: Nvidia GPUs;
• intel-cpu: Intel CPUs;
• pocl: an alternative to intel-cpu tag, an open source implementation of OpenCL.

For example, to run the latest tag (makes sense only if you have at least one GPU), open a terminal and run

docker run --gpus all -d \
    -e HASHCAT_ADMIN_USER=admin \
    -e HASHCAT_ADMIN_PASSWORD=<your-secret-password> \
    -v ${HOME}/.hashcat/wpa-server:/root/.hashcat/wpa-server \
    -p 9111:80 \
    dizcza/hashcat-wpa-server:latest

If you don't have a GPU, try intel-cpu or pocl tag:

docker run -d \
    -e HASHCAT_ADMIN_USER=admin \
    -e HASHCAT_ADMIN_PASSWORD=<your-secret-password> \
    -v ${HOME}/.hashcat/wpa-server:/root/.hashcat/wpa-server \
    -p 9111:80 \
    dizcza/hashcat-wpa-server:intel-cpu

That's all! Navigate to localhost:9111. The captured handshakes, user-defined wordlists and rules, and the SQL database will be stored in the ~/.hashcat/wpa-server folder.

git clone https://github.com/dizcza/hashcat-wpa-server.git
cd hashcat-wpa-server/docker

# Set environment variables and create the home directory
mkdir -p ~/.hashcat/wpa-server
export HASHCAT_ADMIN_USER=admin
export HASHCAT_ADMIN_PASSWORD=<your-secret-password>

# Build & run
docker compose build
docker compose up

Hashcat-wpa-server app is shipped with the default Top-xxx-probable wordlists. If you want to make use of your custom wordlists, place them in the ~/.hashcat/wpa-server/wordlists folder (create one).