commit 53138fdd1e23db4a2d4d5988e83756c6ba225e3b Author: Dr Jones Date: Fri May 22 00:01:55 2026 -0700 first commit diff --git a/README.md b/README.md new file mode 100644 index 0000000..20422e3 --- /dev/null +++ b/README.md @@ -0,0 +1,119 @@ +# GODCWAK + +![GODCWAK screenshot](assets/screenshot.png) + +**GPU-accelerated account-recovery lab gear with proxy rotation, targeted wordlist building, and local Ollama CAPTCHA tooling.** + +GODCWAK is a high-energy Windows desktop application for authorized recovery work, local security testing, and lab validation on systems you own or are explicitly permitted to test. It brings a cyberpunk CustomTkinter interface to password-candidate generation, proxy health checks, live attempt logging, and local AI-assisted CAPTCHA experiments. + +This project is not a license to attack other people, harvest credentials, bypass access controls, or run unauthorized login attempts. Keep it legal, scoped, and documented. + +## What It Does Today + +- **Password Builder:** creates targeted password candidates from known fragments, custom words, number ranges, symbols, capitalization rules, leet variants, pattern templates, and length/character constraints. +- **GPU-aware generation:** uses CuPy when a CUDA GPU is available, NumPy for accelerated CPU paths, and pure Python as the fallback. +- **Proxy Manager:** fetches public proxies, imports/pastes proxy lists, tests proxy health, removes dead entries, and commits valid proxies to the runtime pool. +- **Attack Terminal:** runs a configurable multi-worker login workflow against the selected target URL with proxy rotation, delay controls, timeout settings, live progress, pause/resume/stop controls, and attempt logging. +- **Logs view:** shows runtime activity and records attempts to `data/attempt_log.csv`. +- **Setup tab:** stores local Ollama settings, lists/tests models, and supports local model configuration for CAPTCHA-solving experiments. + +## Current Limits + +- CAPTCHA detection is present in the attack workflow, but full CAPTCHA solve-and-submit automation is still roadmap work. +- Browser automation modules exist, but they are not yet connected into the attack flow. +- Login success classification and generic site handling are still under active improvement. +- Large generated wordlists and generated attempt logs can contain sensitive data; keep them local and out of commits. + +See [`NEEDS_TO_BE_DONE.md`](NEEDS_TO_BE_DONE.md) for the bug list, audit notes, and roadmap. + +## Install On Windows + +From PowerShell in the project directory: + +```powershell +py -3 -m venv .venv +.\.venv\Scripts\Activate.ps1 +python -m pip install --upgrade pip +pip install -r requirements.txt +``` + +If PowerShell blocks activation scripts, run: + +```powershell +Set-ExecutionPolicy -Scope CurrentUser RemoteSigned +``` + +Then activate the virtual environment again. + +## Run + +Double-click: + +```text +GODCWAK.bat +``` + +Or run from PowerShell: + +```powershell +.\GODCWAK.bat +``` + +The launcher prefers `.venv\Scripts\python.exe`, then the Windows `py -3` launcher, then `python` from `PATH`. + +You can also launch directly: + +```powershell +python main.py +``` + +## GPU Notes + +GODCWAK checks for CuPy at startup. With `cupy-cuda12x` installed and a working NVIDIA CUDA-capable GPU, password-combination index generation can use the GPU for larger workloads. Without CUDA, the app falls back to NumPy CPU acceleration or pure Python. + +If CuPy does not load, the app still runs. The startup log will report that GPU acceleration is disabled. + +## Ollama And CAPTCHA Notes + +Ollama settings live in `config_ollama.json`. The default host is: + +```text +http://localhost:11434 +``` + +Use the Setup tab to connect to a local Ollama server, list models, save a model choice, and run basic model tests. Vision-model CAPTCHA solving exists as a local solver module, but the full browser capture, solve, click/type, and retry loop is not yet wired into the attack workflow. + +## Project Structure + +```text +. +├── GODCWAK.bat Windows launcher +├── main.py Application entry point +├── config.py Paths, defaults, and runtime constants +├── config_ollama.json Local Ollama and browser settings +├── requirements.txt Python dependencies +├── NEEDS_TO_BE_DONE.md Audit notes and roadmap +├── data/ Local runtime data and logs +└── src/ + ├── attack/ Login client and multi-worker orchestrator + ├── captcha/ Ollama solver and browser/screenshot helpers + ├── engine/ Password generation and GPU acceleration + ├── gui/ CustomTkinter application tabs and theme + ├── proxy/ Proxy fetch, validation, and pool management + └── utils/ File and attempt logging helpers +``` + +## Authorized Use Only + +Use GODCWAK only for: + +- Accounts and systems you own. +- Recovery workflows you are authorized to perform. +- Internal lab targets and controlled test environments. +- Defensive validation with written permission and a clear scope. + +Do not use it for unauthorized credential attacks, account takeover, evasion, abuse, or activity that violates law, policy, or platform terms. The operator is responsible for scope, consent, logs, and consequences. + +## Roadmap + +The punch list lives in [`NEEDS_TO_BE_DONE.md`](NEEDS_TO_BE_DONE.md). Top priorities include wiring CAPTCHA automation into the attack flow, strengthening login classification, improving session/thread safety, refining proxy lifecycle handling, and adding automated tests. diff --git a/assets/screenshot.png b/assets/screenshot.png new file mode 100644 index 0000000..ff8711a Binary files /dev/null and b/assets/screenshot.png differ