The technology behind QAISS.
Quantum timeline, architecture comparison, live dashboard, research roadmap, and the technology stack powering it all.
Quantum timeline, architecture comparison, live dashboard, research roadmap, and the technology stack powering it all.
| Feature | Traditional Security | Standalone PQC | QAISS |
|---|---|---|---|
| Quantum-safe encryption | ✗ Vulnerable | ✓ Protected | ✓ Full NIST PQC |
| AI threat detection | ~ Basic signatures | ✗ No AI | ✓ Quantum AI |
| True quantum randomness | ✗ PRNG only | ~ Optional | ✓ 72-qubit QRNG |
| Self-healing response | ✗ Manual | ✗ Manual | ✓ Autonomous |
| Response time | Minutes to hours | N/A | <1 millisecond |
| Digital vaccination | ✗ No | ✗ No | ✓ Network-wide |
| Self-evolving defense | ✗ Static rules | ✗ Static | ✓ Quantum GAN |
| Crypto agility | ✗ Hardcoded | ~ Partial | ✓ Hot-swap |
| Zero-day detection | ✗ Signature-based | ✗ No detection | ✓ Behavioral AI |
| Unified architecture | ✗ Fragmented | ✗ Single-layer | ✓ 4-layer organism |
QRNG circuits on WuKong, QKD simulation, PQC algorithm testing, Shor's attack demonstrations.
Quantum autoencoder training, QGAN development, behavioral AI integration, anomaly benchmarks.
Auto-isolation logic, quantum re-keying protocol, digital vaccination system, integration testing.
React dashboard, open-source toolkit release, research paper submission, community launch.
Quantum entropy feeds AI intelligence. AI drives quantum-secured responses. One bloodstream, one immune system.
The quantum GAN creates a perpetual adversarial loop. Every encounter makes the system stronger.
Guaranteed by quantum physics. No pattern to exploit, no algorithm can predict it.
Predicts attack patterns. Neutralizes threats before they materialize.
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