Cryptic - Quantum-Resistant RSA Encryption
An RSA encryption software designed to maintain security against quantum computing attacks with post-quantum cryptographic algorithms.
Project Overview
Cryptic is a next-generation encryption software that implements enhanced RSA algorithms designed to resist attacks from quantum computers. Recognizing the impending threat quantum computing poses to current encryption standards, this project explores cryptographic techniques that can secure data in the post-quantum era.
Technical Implementation
The system combines several advanced cryptographic techniques:
- Lattice-based Cryptography: Implements NTRU algorithms resistant to Shor's algorithm
- Hybrid Encryption: Combines classical RSA with post-quantum algorithms
- Key Management: Secure key generation, exchange, and storage protocols
- Forward Secrecy: Ephemeral keys for each session
- Quantum Random Number Generation: Simulated quantum RNG for key generation
Security Features
Quantum Resistance
Implements algorithms believed to be secure against quantum attacks
Secure Key Exchange
New key exchange protocol resistant to quantum decryption
Anonymity
Optional Tor routing for anonymous communication
Authentication
Multi-factor authentication including biometric options
Performance Metrics
Despite the additional security layers, Cryptic maintains reasonable performance:
- Encryption Speed: 15% slower than standard RSA (2048-bit)
- Key Generation: 2x longer than traditional RSA
- Memory Usage: 20% higher than conventional implementations
- Security: Estimated to resist quantum attacks until at least 2040
Applications
- Secure government and military communications
- Financial institution data protection
- Healthcare data security
- IoT device security for critical infrastructure
- Blockchain and cryptocurrency protection