Prepare for the quantum era with advanced quantum-resistant encryption solutions
From classical encryption to quantum-resistant algorithms - witness the transformation of digital security
RSA, DES, and symmetric encryption dominated digital security. These algorithms were considered secure but face quantum threats.
Theoretical quantum computers began to show potential for breaking current encryption standards using Shor's algorithm.
New quantum-resistant algorithms emerged including lattice-based, hash-based, and code-based cryptography.
Organizations begin full migration to quantum-resistant protocols with hybrid approaches for smooth transition.
Deep dive into the mathematical foundations and practical implementations of quantum-resistant cryptography
Mathematical foundations and core principles
Popular quantum-resistant cryptographic schemes
Based on mathematical problems involving high-dimensional lattices. Examples: CRYSTALS-Kyber, CRYSTALS-Dilithium.
Uses cryptographic hash functions to create digital signatures. Example: SPHINCS+.
Relies on error-correcting codes. Example: McEliece.
Our roadmap for quantum-ready security solutions