This project is an AI-powered cryptanalysis engine designed to analyze and break quantum-resistant encryption using machine learning, classical cryptanalysis, and quantum computing simulations.
Quantum-Resistant Cryptography (NTRU) – Uses pqcrypto-ntru for quantum-safe encryption
AI-Powered Decryption – Leverages a trained PyTorch model to predict decryption keys
Classical Cryptanalysis – Uses brute-force attack with Rayon parallelism
Quantum Cryptanalysis Simulation – Implements Shor’s Algorithm for factorization
Optimized Rust Code – Built for performance and efficiency
git clone https://github.com/0rlych1kk4/quantum_cryptanalysis.git
cd quantum_cryptanalysis