Dynamic quantum-enhanced network security system with generative ai and simulation

Abstract

A network security system and method integrate generative artificial intelligence, dynamic firewall management, quantum processing, simulation, and quantum key distribution to protect digital infrastructure. The generative AI scans internet data to identify malicious URLs, generating dynamic deny and allow lists for a firewall that updates rules in real time, monitors traffic, and mitigates DDoS attacks. A quantum firewall inspects packets using a quantum processor, producing prioritized quantum rules, while a doppelganger system simulates packet effects on a mirrored network with a quantum simulator, preemptively determining outcomes. Quantum key distribution employs photon polarization to generate keys, validating traffic and detecting eavesdropping, with the firewall rerouting traffic and adjusting update frequency based on threat levels. Historical traffic analysis predicts threats, and internal communications are encrypted, ensuring comprehensive, adaptive security through interconnected components managed by a central network manager.