cryptopix 5.0.0

Revolutionary Post-Quantum Cryptographic Library using Color Lattice Learning with Errors (CLWE)

CryptoPIX v5.0.0 - Revolutionary Post-Quantum Cryptographic Library

The world's first Color Lattice Learning with Errors (CLWE) cryptographic system, providing revolutionary post-quantum security through innovative color-based transformations.

Revolutionary Features

• ChromaCrypt Key Encapsulation Mechanism (KEM) - Post-quantum secure key exchange
• ChromaCrypt Digital Signatures - Color-based commitment schemes with geometric proofs
• Color Cipher - Symmetric encryption with visual steganographic properties
• Color Hash - Visual fingerprinting and data verification
• Multi-Domain Security - Mathematical + Visual + Geometric protection layers
• Performance Optimized - JIT compilation, vectorization, and parallel processing

Installation

pip install cryptopix

For Publishers: See PYPI_PUBLISHING_GUIDE.md for complete PyPI publishing instructions.

Optional Performance Dependencies

# For JIT compilation and performance optimizations
pip install cryptopix[fast]

# For GPU acceleration support
pip install cryptopix[gpu]

# For development and testing
pip install cryptopix[dev]

# Install everything
pip install cryptopix[all]

Quick Start

import cryptopix

# Key Encapsulation Mechanism
kem = cryptopix.create_kem(128)
public_key, private_key = kem.keygen()
shared_secret, capsule = kem.encapsulate(public_key)
recovered_secret = kem.decapsulate(private_key, capsule)

# Digital Signatures
sign_scheme = cryptopix.create_signature_scheme(128)
key_pair = sign_scheme.keygen()
signature = sign_scheme.sign(b"message", key_pair)
is_valid = sign_scheme.verify(b"message", signature, key_pair)

# Symmetric Encryption
cipher = cryptopix.create_cipher(128, fast_mode=True)
ciphertext, color_key = cipher.encrypt(b"secret data", "password")
plaintext = cipher.decrypt(ciphertext, color_key, "password")

# Color Hashing
hasher = cryptopix.create_hash(128)
colors = hasher.hash_to_colors(b"data to hash")
is_valid = hasher.verify_hash(b"data to hash", colors)

Command Line Interface

# Generate keys
cryptopix keygen --type kem --security 128 --output keys/

# Sign a file
cryptopix sign --key keys/signature.key --file document.txt

# Encrypt data
cryptopix encrypt --mode fast --password secret --input data.txt --output data.enc

# Hash to colors
cryptopix hash --input image.jpg --output colors.json

Security Levels

CryptoPIX supports multiple security levels:

• 128-bit - Standard post-quantum security
• 192-bit - Enhanced security for sensitive applications
• 256-bit - Maximum security for critical systems

Performance Optimizations

Enable performance optimizations:

import cryptopix

# Enable all available optimizations
optimizations = cryptopix.enable_optimizations()
print(f"Enabled: {optimizations['enabled_optimizations']}")

# Benchmark performance
profiler = cryptopix.PerformanceProfiler()
kem_stats = profiler.profile_kem_operations(cryptopix.create_kem(128))

Revolutionary Mathematics

CryptoPIX introduces the world's first Color Lattice Learning with Errors (CLWE) problem:

Traditional LWE: b = A·s + e (mod q)
ChromaCrypt CLWE: C = Φ(A·s + e) ⊕ Ψ(position, color_history)

Where:

• Φ = Color transformation function (CryptoPIX core innovation)
• Ψ = Geometric position function in color space
• C = Color lattice point with visual steganographic properties

Academic Impact

This library represents a paradigm shift in cryptography:

1. Novel Hard Problems - First cryptographic system based on color lattice mathematics
2. Visual Cryptography - Keys and signatures can be represented as images
3. Multi-Layered Security - Combines lattice, color, and geometric security
4. Post-Quantum Resistance - Immune to both classical and quantum attacks
5. GPU Acceleration - Natural parallel processing capabilities

Development

# Clone repository
git clone https://github.com/cryptopix-official/cryptopix.git
cd cryptopix

# Install development dependencies
pip install -e .[dev]

# Run tests
python -m pytest cryptopix/tests/

# Run benchmarks
python examples/benchmark.py

Library Structure

cryptopix/
├── core/                    # Core cryptographic algorithms
│   ├── chromacrypt_kem.py  # Key Encapsulation Mechanism
│   ├── chromacrypt_sign.py # Digital Signatures
│   ├── color_cipher.py     # Symmetric Encryption
│   ├── color_hash.py       # Hash Functions
│   ├── lattice.py          # Color Lattice Engine
│   ├── transforms.py       # Color Transformation Engine
│   └── parameters.py       # Security Parameters
├── utils/                   # Utility functions
│   ├── performance.py      # Performance optimizations
│   ├── validation.py       # Input validation
│   └── serialization.py    # Key serialization
├── tests/                   # Comprehensive test suite
├── examples/                # Usage examples
└── cli.py                   # Command-line interface

Documentation

• API Reference
• Tutorial
• Academic Paper
• Performance Guide

Contributing

We welcome contributions to advance post-quantum cryptography:

1. Fork the repository
2. Create a feature branch
3. Make your changes
4. Add tests
5. Submit a pull request

License

MIT License - see LICENSE for details.

Citation

If you use CryptoPIX in your research, please cite:

@software{cryptopix2025,
  title={CryptoPIX: Revolutionary Post-Quantum Cryptography using Color Lattice Learning with Errors},
  author={CryptoPIX Team},
  year={2025},
  version={5.0.0},
  url={https://github.com/cryptopix-official/cryptopix}
}

Contact

• Website: www.cryptopix.in
• Email: [e-mail]
• GitHub: https://github.com/cryptopix-official/cryptopix

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CryptoPIX v5.0.0 - The future of cryptography: secure, innovative, and beautifully visual.