QAISS (Quantum AI Immune Security System) is a next-generation cybersecurity platform that fuses quantum computing with AI-powered threat intelligence to create the first self-evolving digital immune system.
We believe cybersecurity must evolve beyond static defenses. Nation-state adversaries and quantum computing advances demand a fundamentally new approach. QAISS doesn't just detect threats — it evolves, adapts, and heals autonomously.
Built on OriginQ's WuKong 72-qubit superconducting quantum computer, QAISS harnesses true quantum randomness, post-quantum cryptographic algorithms (NIST FIPS 203-205), and neural AI to deliver security that improves with every attack.
We envision a world where organizations don't fear the quantum era — they're empowered by it. Where security systems don't merely react to threats but anticipate and neutralize them before they materialize.
QAISS is open-source at its core, transparent in its approach, and built for the post-quantum future. We're not waiting for Q-Day. We're building the immune system that makes it irrelevant.
72-qubit WuKong quantum computer generates true random entropy and powers cryptographic key generation via QRNG.
Neural threat models retrain continuously on millions of attack patterns. Behavioral anomaly detection evolves with every encounter.
Automated vulnerability neutralization and key rotation. Zero-day threats are patched in milliseconds without human intervention.
Live monitoring of quantum entropy, threat levels, key health, and system coherence across all protected infrastructure.
QAISS is committed to transparency. Our quantum demo circuits, research papers, and core architecture documentation are publicly available. Security through obscurity is not security at all.
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