Simple Python script that can clone Warp Plus keys.

With this script you will be able to clone many 12-24 PB keys.

1. Clone this repository
2. Install Python 3.11 or higher
3. Install dependencies using pip install -r requirements.txt
4. Copy .env.example to .env and fill variables (see next section)
5. Launch script using python -u src/main.py
6. Wait for results in console.

• BASE_KEYS (not required) - keys to clone divided as array in JSON format (ex: ["key1", "key2"]), if none then default keys will be used (script may not work with default keys)
• THREADS_COUNT (default: 1) - amount of threads.
• DEVICE_MODELS (not required) - custom device model names divided as array in JSON format (ex: ["Android", "Secret Device"])
• SAVE_WIREGUARD_VARIABLES (default: false) - should script get variables that are required to generate WireGuard config (peer ips, private / public key, endpoint)?
• PROXY_FILE (not required) - path to proxy file, if none then script will be launched in proxyless mode.
• DELAY (default: 25) - seconds to sleep after key clone
• OUTPUT_FILE (default: output.txt) - file to append generated keys
• OUTPUT_FORMAT (default: {key} | {referral_count}) - output format (if SAVE_WIREGUARD_VARIABLES is set to true, additinal variables is available: {private_key}, {peer_endpoint}, {peer_public_key}, {interface_addresses})
• RETRY_COUNT (default: 3) - how much times application will retry generation with same key

Proxy format for PROXY_FILE is protocol://user:pass@ip:port, example: socks5://example.org:1892 / http://totoro:warp@example.org, one proxy per line.

You can get your own key to start with using @warpplus's bot (limited to 1 key per 24 hours) or find some keys on forums.

To avoid getting error "Too many connected devices" in future, you should properly exit from the application by pressing control + c and wait for application to close (it will take ~30 seconds).

You can use almost any proxy (ipv4 / ipv6) as far as they don't block Warp API endpoint. I suggest you to use ipv6 proxy because they are way cheaper, but keep in mind, that your network should support ipv6 in most cases to do this.

I will support this project as far as I can, but issues and pull requests are always welcome!

This project licensed under MIT License.

You can support my further developments or support this project by buying me a coffee using link below or by starring this repo ♥