Quantum-Resistant Cryptography Library
A Python library implementing post-quantum cryptographic algorithms, including Kyber (Key Encapsulation) and Dilithium (Digital Signatures). Protect your applications against quantum computer threats.
Live Examples
Basic Operations
Explore key generation, signing, and encryption using quantum-resistant algorithms.
Secure Messaging
End-to-end encrypted chat using Kyber for key exchange and Dilithium for signatures.
Blockchain Demo
Quantum-resistant blockchain implementation with secure transactions.
Bitcoin Protection
Protect Bitcoin wallets and transactions against quantum threats.
File Storage
Secure file storage and sharing with quantum-resistant encryption.
API Security
Quantum-safe API authentication and data protection.
Key Features
Kyber Key Encapsulation
NIST-approved post-quantum key exchange mechanism
Dilithium Signatures
Quantum-resistant digital signatures for document authenticity
Hybrid Protection
Combine classical and quantum-resistant algorithms
Easy Integration
Simple API for adding quantum resistance to any application
Real-World Applications
Cryptocurrency
Protect wallets and transactions against quantum attacks
Secure Communication
End-to-end encrypted messaging and file sharing
Document Signing
Long-term valid digital signatures for legal documents
Data Protection
Future-proof encryption for sensitive information
Why Quantum-Resistant Cryptography?
Quantum computers pose a significant threat to current cryptographic systems. Our library implements NIST-approved post-quantum algorithms to protect against both classical and quantum computer attacks.
Shor's Algorithm
Can break RSA and ECC in polynomial time on quantum computers
Grover's Algorithm
Reduces symmetric crypto security by half on quantum computers
Our Solution
Post-quantum algorithms resistant to both classical and quantum attacks