Technical Details
Deep dive into CodexHash's quantum-resistant algorithms
Algorithm Overview
CodexHash implements physics-based hashing algorithms that are designed to resist attacks from both classical and quantum computers. Our approach combines:
- •Context-bound hashing with temporal integrity units (TIU)
- •Multi-dimensional entropy sources
- •Adaptive difficulty scaling
- •256-1024 bit output lengths
Security Properties
Collision Resistance
Computationally infeasible to find two inputs that produce the same hash output, even with quantum computers.
Preimage Resistance
Given a hash output, it's impossible to determine the original input, providing strong one-way security.
Temporal Binding
Hashes are bound to specific time contexts, making replay attacks detectable.
Quantum Hardness
Algorithms resistant to Grover's and Shor's algorithms, maintaining security in the quantum era.
Performance
<10ms
Hash Generation
256-1024
Bit Strength
99%+
Quantum Resistant