CryptoGPU - High-Performance GPU-Accelerated Cryptocurrency Wallet Generation

A blazing-fast Python library for generating cryptocurrency wallets using NVIDIA GPU acceleration. Supports Bitcoin, Ethereum, Litecoin, Solana, and other major cryptocurrencies with massive parallel processing capabilities.

🚀 Features

• GPU Acceleration: Utilizes NVIDIA CUDA for massive parallel processing
• Multi-Currency Support: Bitcoin, Ethereum, Litecoin, Solana, Bitcoin Cash, Dogecoin, Dash
• High Performance: Generate thousands of wallets per second
• BIP39/BIP44 Compliant: Full support for mnemonic phrases and hierarchical deterministic wallets
• Batch Processing: Optimized batch generation for maximum throughput
• Memory Efficient: Smart memory management for large-scale operations
• Fallback Support: Automatic CPU fallback when GPU is unavailable

📊 Performance

• GPU Mode: 8,000+ wallets/second on NVIDIA T4
• CPU Mode: 2,000+ wallets/second with multi-threading
• Memory Usage: <2GB for 10,000 wallet batches

🛠️ Installation

# CPU version
pip install crypto-gpu-lib

# GPU version with CUDA support
pip install crypto-gpu-lib[gpu]

# Development version with all extras
pip install crypto-gpu-lib[all]

🎯 Quick Start

from crypto_gpu_lib import GPUWalletGenerator, SupportedNetworks

# Initialize generator with GPU acceleration
generator = GPUWalletGenerator(
    batch_size=1000,
    networks=[
        SupportedNetworks.BITCOIN,
        SupportedNetworks.ETHEREUM,
        SupportedNetworks.LITECOIN
    ]
)

# Generate a batch of wallets
batch = generator.generate_batch()

print(f"Generated {len(batch)} wallets in {batch.generation_time:.2f}s")

# Access individual wallets
for wallet in batch.wallets:
    print(f"Mnemonic: {wallet.mnemonic}")
    print(f"BTC Address: {wallet.get_address(SupportedNetworks.BITCOIN)}")
    print(f"ETH Address: {wallet.get_address(SupportedNetworks.ETHEREUM)}")
    print("---")

🏗️ Supported Networks

🔒 Security Notes

• This library generates cryptographically secure random entropy
• Private keys are generated using industry-standard algorithms
• Always verify generated addresses before use
• Keep private keys secure and never share them

📄 License

MIT License - see LICENSE file for details.

🙏 Acknowledgments

• Inspired by the trillion mnemonic challenge
• Built with CuPy for GPU acceleration
• Uses industry-standard cryptographic libraries

⚠️ Disclaimer: This software is for educational and research purposes. Always verify generated wallets and use proper security practices when handling cryptocurrency.