ABOUT
A cryptographic system that integrates post-quantum cryptographic primitives, specifically, a hybrid of lattice-based and hash-based schemes with entangled fragment vaulting and quantum-resilient key management. PQCS L+ includes methods for encoding, transmitting, and reconstructing cryptographically protected data using modular encryption and a distributed quantum trust architecture, supporting secure vaulting, multiparty access, and adaptive evolutionary defense.
PQCS L+ relates to methods and systems for quantum-resistant cryptographic data security, utilizing post-quantum algorithms for encryption, vaulting, key management, and distributed reconstruction, ensuring uncrackable protection against quantum and classical adversaries.
BACKGROUND:
Classical cryptographic systems are vulnerable to quantum computing attacks, which can efficiently solve integer factorization or discrete logarithms using Shor’s algorithm and substantially search symmetric cryptosystems via Grover’s algorithm. There is an urgent need for cryptographic mechanisms immune to such vulnerabilities.
ADVANTAGES of PQCS L+:
Automatic self-healing, updating, and attack response
Quantum robustness against all known quantum and classical attacks
Hybrid algorithmic architecture for flexibility and performance
Modular, scalable, and adaptive resilience
Distributed zero-trust enabled by multiparty vaulting
INDUSTRIAL APPLICABILITY:
PQCS L+ is applicable in data trust infrastructure, quantum networking, government and financial data storage, medical record vaulting, decentralized autonomous organizations, and any context requiring resilient, uncrackable cryptographic protection over current and future
quantum networks.
PQCS L+ 