🧠 AllInKeys — Modular Key Discovery System

AllInKeys is a Python toolkit for discovering and monitoring cryptocurrency keys and addresses. It wraps GPU-accelerated tools like VanitySearch (CUDA/NVIDIA) and Vanitygen++ (OpenCL/AMD) and adds a modular pipeline for downloading balance lists, deriving altcoin addresses, checking matches, and notifying you via encrypted alerts or a live dashboard.

The key generator can run NVIDIA and AMD GPUs in parallel, producing separate output files for each backend so that one workflow can continue even if the other encounters an error.

🚧 Project Status

This repository was recently opened to the public and remains a work in progress. Modules are actively being refactored and new features are added frequently.

🔐 Whether you're a security researcher, digital archaeologist, or white‑hat crypto enthusiast, AllInKeys is a modular suite for probing and understanding blockchain address keyspace.

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⚙️ Installation & Setup

🧱 Requirements

• Python 3.9+
• Git
• Optional: CUDA/OpenCL drivers and pyopencl for GPU support

git clone https://github.com/mattysparkles/allinkeys.git
cd allinkeys
python -m venv venv
source venv/bin/activate  # On Windows: venv\Scripts\activate
pip install -r requirements.txt

Copy .env.example to .env and fill in any credentials needed for alert channels (email, Telegram, Twilio, etc.).

🚀 Quick Start

1. Start the full pipeline

   python main.py

   The orchestration script launches key generation, backlog conversion, and any enabled alert or dashboard modules according to config/settings.py.

2. Run individual modules

   Each component can be invoked directly for isolated testing or debugging:

   python -m core.keygen           # GPU/CPU vanity key generation
   python -m core.altcoin_derive   # Derive altcoin addresses from seeds
   python -m core.csv_checker      # Compare generated addresses to funded lists
   python -m ui.dashboard_gui      # Launch Tkinter dashboard only

3. Run in Docker

   docker compose up --build

   Use the Compose file to scale across multiple GPUs or hosts.

4. Run tests

   pytest

📁 Directory Overview

allinkeys/
├── alerts/                  # Alert sounds and assets
├── bin/                     # Third‑party binaries (VanitySearch, Vanitygen++)
├── config/
│   ├── settings.py          # Master configuration
│   ├── constants.py         # Shared constants
│   └── coin_definitions.py  # Column mapping per coin
├── core/
│   ├── keygen.py            # Bitcoin key generation (VanitySearch wrapper)
│   ├── altcoin_derive.py    # Seed → WIF + altcoin address derivation
│   ├── csv_checker.py       # CSV address matching logic
│   ├── downloader.py        # Balance list downloader
│   ├── backlog.py           # Convert VanitySearch output to CSV
│   ├── gpu_scheduler.py     # Assign work across GPUs
│   ├── gpu_selector.py      # GPU role selection helpers
│   ├── alerts.py            # PGP, desktop, Telegram, etc.
│   ├── checkpoint.py        # Save/restore keygen progress
│   ├── logger.py            # Central logging setup
│   ├── dashboard.py         # Metrics for the GUI
│   └── utils/               # Misc helpers
├── ui/
│   └── dashboard_gui.py     # Tkinter-based dashboard
├── utils/
│   ├── balance_checker.py
│   ├── file_utils.py
│   ├── network_utils.py
│   ├── pgp_utils.py
│   └── puzzle.py
├── Downloads/               # Downloaded funded address lists
├── logs/                    # Runtime logs and checkpoints
├── output/
│   ├── csv/                 # Converted address batches
│   ├── vanity_output/       # Raw VanitySearch batches (.txt)
│   └── mnemonic_output/     # Mnemonic mode output
├── .env.example
├── main.py                  # Orchestrates modules
└── requirements.txt

🐳 Docker

A Docker setup is included for running AllInKeys in a containerized environment.

Build the Image

docker build -t allinkeys .

Run a Single Container

docker run --gpus all allinkeys

Scale with Docker Compose

The provided docker-compose.yml supports multi‑GPU or clustered deployments. Increase the number of replicas to distribute work across GPUs or nodes:

docker compose up --scale allinkeys=2

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🧩 Configuration

🛠 settings.py (in /config)

All runtime behaviour is configured in config/settings.py. Tweak this file to enable or disable modules, change GPU strategy, alert options and more.

Example snippet:

USE_GPU = True
ENABLE_ALERTS = True
ENABLE_BACKLOG_CONVERSION = True
CHECKPOINT_INTERVAL_SECONDS = 30
PGP_PUBLIC_KEY_PATH = os.path.join(BASE_DIR, "my_pgp_key.asc")
RETENTION_DAYS = 30  # how long to keep downloaded files

🌐 Path Customization

AllInKeys stores logs, downloads and output under the repository root by default. You can override these locations with environment variables:

Variable	Default	Description
ALLINKEYS_BASE_DIR	repo root	Base directory used for relative paths
ALLINKEYS_LOG_DIR	BASE_DIR/logs	Where log files and checkpoints are written
ALLINKEYS_CSV_DIR	BASE_DIR/output/csv	Converted CSV output
ALLINKEYS_DOWNLOADS_DIR	BASE_DIR/Downloads	Downloaded address lists
ALLINKEYS_MATCHES_DIR	BASE_DIR/matches	Archive of matches and alerts
ALLINKEYS_VANITY_TXT_DIR	BASE_DIR/output/vanity_output	VanitySearch text batches
ALLINKEYS_MNEMONIC_TXT_DIR	BASE_DIR/output/mnemonic_output	Mnemonic mode output

Example:

export ALLINKEYS_LOG_DIR=/var/tmp/allinkeys/logs
export ALLINKEYS_CSV_DIR=/data/allinkeys/csv
python main.py

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🖥 Usage

🔹 Default Run

python main.py

The default run will:

• Restore or create checkpoints
• Download funded address lists
• Start the GUI dashboard
• Launch key generation and CSV monitoring
• Convert VanitySearch backlog to CSV
• Send match alerts if enabled

🔸 Command Line Options

python main.py --help displays all flags. Common examples:

Flag	Description
--skip-backlog	Start without backlog conversion
--no-dashboard	Do not launch the GUI dashboard
--dashboard-password <pw>	Protect dashboard with password pw
--skip-downloads	Skip downloading balance files
--headless	Run without any GUI components
--match-test	Trigger a fake match alert on startup
--purge	Delete old downloaded files and exit
--only <coins>	Restrict processing to coin flow(s); comma-separated list
--addr-format {compressed,uncompressed}	BTC-only: choose address format
--compressed / --uncompressed	BTC-only convenience flags overriding --addr-format
--all	BTC-only: use "all BTC addresses ever used" range mode
--funded	BTC-only: use daily funded BTC list
--puzzle N	BTC puzzle mode for puzzle number N
--every	With --puzzle: keep generic 1** prefix
--target	With --puzzle: target specific puzzle address (default)
--chunk INDEX	With --puzzle: start at chunk INDEX (0-based)

🧩 BTC Puzzle Mode

Use the Bitcoin puzzle challenge ranges by supplying --puzzle with a puzzle number. The generator targets the published address by default (--target); use --every to keep the generic 1** prefix and search the entire range. Puzzle mode automatically enables compressed addresses and is typically paired with --only btc to run a lightweight search.

Puzzle ranges are divided into ~1M-key chunks and tracked in a SQLite database (logs/work_queue.db) so multiple workers do not overlap. Progress within a chunk is saved to logs/puzzleN_checkpoint.json, enabling restart after interruptions. Pass --chunk with a zero-based index to claim a specific starting chunk.

python main.py --only btc --puzzle 71            # target puzzle 71 address
python main.py --only btc --puzzle 71 --every    # search full puzzle range
python main.py --only btc --puzzle 71 --chunk 5  # resume at chunk 5

🧠 Mnemonic Mode

AllInKeys can also generate BIP‑39 mnemonics and derive keys directly without running VanitySearch. Enable it with --mnemonic and select the mnemonic length via flags like --12words or --24words. Output files are written to output/mnemonic_output/. All related options are grouped under Mnemonic Mode in python main.py --help.

Example invocations:

python main.py --mnemonic --12words                          # 12‑word mnemonic → BTC address
python main.py --mnemonic --24words --coins btc,eth --atomic  # BTC + ETH using Atomic paths

Additional options mirror the specification:

• --bip39 (default) or --custom-words-file <path> choose the word list
• Language options --spanish, --french, --italian, --japanese, --korean, --czech, --portuguese, --chinese, --chinese-simple select a BIP‑39 wordlist
• --coins btc,eth or --allcoins choose which coins to derive
• --atomic, --ledger, --trezor, --coinomi, --trust wallet path presets
• --path, --btc-path, --eth-path, … supply explicit derivation paths
• --rng-seed <n> deterministic mnemonic generation for testing
• --gpu / --no-gpu toggle OpenCL acceleration (falls back to CPU)
• Performance controls: --batch-size, --threads, --rate-limit, --progress-interval

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🧪 Features by Module

Feature	Module	Config Toggle / Notes
GPU Vanity Key Generation	core/keygen.py	USE_GPU, VANITY_PATTERN, etc.
Altcoin Address Derivation	core/altcoin_derive.py	ENABLE_ALTCOIN_DERIVATION
CSV Address Checking	core/csv_checker.py	ENABLE_DAY_ONE_CHECK, ENABLE_UNIQUE_RECHECK
Daily Download of Lists	core/downloader.py	auto-enabled
Vanity Output → CSV Backlog	core/backlog.py	ENABLE_BACKLOG_CONVERSION
GPU Scheduling	core/gpu_scheduler.py	GPU_STRATEGY
GPU Role Assignment	core/gpu_selector.py	VANITY_GPU_INDEX, ALTCOIN_GPUS_INDEX
Alerts (PGP, audio, popup...)	core/alerts.py	ENABLE_ALERTS, PGP_PUBLIC_KEY_PATH
Live System Dashboard	ui/dashboard_gui.py	ENABLE_DASHBOARD, ENABLE_GUI
Logging	core/logger.py	LOG_LEVEL, LOG_TO_FILE
Checkpoint Save/Restore	core/checkpoint.py	CHECKPOINT_INTERVAL_SECONDS

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🔔 Supported Alert Channels

• 🔊 Audio file alert (.wav, .mp3)
• 🖥 Desktop popup window
• 🔐 PGP‑encrypted email (SMTP)
• 📩 Telegram bot
• 📱 SMS / phone call via Twilio
• 💬 Discord webhook
• 🏠 Home Assistant integration
• ☁️ Upload match files to iCloud, Dropbox, Google Drive

Rate limiting

Each alert channel can enforce its own cooldown. Set DEFAULT_ALERT_RATE_LIMIT (in seconds) in your .env to apply a global limit or override a specific channel with <CHANNEL>_ALERT_RATE_LIMIT — for example, EMAIL_ALERT_RATE_LIMIT=120 limits email alerts to once every two minutes.

API key rotation

Some services allow multiple API keys. Provide comma‑separated lists in the .env using the plural form of the variable name:

TELEGRAM_BOT_TOKENS=key1,key2
TWILIO_SIDS=sid1,sid2
TWILIO_AUTH_TOKENS=token1,token2

At runtime you can rotate to the next key without restarting:

from config import settings
settings.rotate_api_keys()

Future alerts will use the new credentials automatically.

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🔐 Example: Add Your PGP Key

gpg --armor --export you@example.com > my_pgp_key.asc

Then set in settings.py:

ENABLE_PGP = True
PGP_PUBLIC_KEY_PATH = os.path.join(BASE_DIR, "my_pgp_key.asc")

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🛡️ Security Options

• Set OUTPUT_ENCRYPTION=pgp to stream VanitySearch and match logs through your PGP public key (PGP_PUBLIC_KEY_PATH).
• Set OUTPUT_ENCRYPTION=aes with AES_PASSPHRASE to AES‑GCM encrypt those files.
• Use secure_delete(path) from utils.file_utils to overwrite and remove sensitive data.

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🧰 Tools Used

• Python 3.9+
• PGPy for OpenPGP
• VanitySearch for GPU keygen
• PyInstaller (optional, for .exe)
• Tkinter + psutil for dashboard

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📦 Building into .exe

pip install pyinstaller
pyinstaller --onefile main.py

Produces dist/main.exe — a standalone binary.

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💵 Donate to Support Development

Coin	Address
BTC	18RWVyEciKq8NLz5Q1uEzNGXzTs5ivo37y
DOGE	DPoHJNbYHEuvNHyCFcUnvtTVmRDMNgnAs5
ETH	0xCb8B2937D60c47438562A2E53d08B85865B57741

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📝 Changelog

[Unreleased]

• Added env_path helper and migrated many modules to pathlib-based paths
• Introduced --purge command with dry-run for cleaning old downloads
• Added opt-in telemetry module and consent logging with alert redaction
• Added Docker support and compose configuration
• Implemented dashboard authentication and premium licensing module
• Added plugin entry point system and templates
• Improved GPU detection, selection, and scheduler tests
• Enforced HTTPS downloads with checksum verification
• Added processing throughput metrics and SQLite fallback for funded address lookup
• Stream VanitySearch output to track seeds and expanded binary detection
• Enhanced mnemonic mode with full BIP-39 language support and multilingual output

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🧩 Included Component: VanitySearch Binary (MIT License)

This project includes a precompiled binary of VanitySearch, a GPU‑accelerated Bitcoin vanity address generator.

bin/VanitySearch.exe comes from a third‑party MIT‑licensed fork. See third_party_licenses.md for details.

• Original project: VanitySearch by Jean-Luc Pons
• License: MIT
• Binary origin: Third‑party fork with deterministic seed search
• Compiler: Provided by the forked project

We make no claims or guarantees about the performance, security or accuracy of the included VanitySearch binary. Use at your own discretion.

If you are the author of the specific fork used and would like attribution or changes, feel free to open an issue or PR.

License Notice: The original VanitySearch project and most forks are distributed under the MIT License. A copy of the license is included below.

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🚨 Legal Notice

AllInKeys is provided for educational and research use only. The authors do not condone or support illegal behaviour. Use responsibly.

🧠 Created with love and paranoia by Sparkles