See Post-Quantum Security in Action

Run live attack simulations against post-quantum cryptographic defenses. Toggle Classical Mode to see how legacy systems fall short.

Silent Corruption
The scariest attack: corrupted data that passes undetected. Compare AES-GCM (authenticated) vs AES-CBC (legacy) handling of bit-flip attacks.

Why this matters

AES-CBC decrypts corrupted ciphertext into garbage and returns it silently. Your application processes corrupted data without knowing. AES-GCM authenticates every byte and fails immediately on tampering. This demo flips a single bit and shows the difference.

Security Tier

AES-256-GCM

Authenticated Encryption

READY
Waiting for execution...

AES-256-CBC

Legacy Encryption (No Authentication)

READY
Waiting for execution...
Qblex Security Demo - Powered by NIST Post-Quantum Standards
Agent Security

We put a frontier AI on a leash, and you can verify the leash

A live frontier model was hired for a narrow job and secretly told to escape. It could act only inside a short-lived, revocable capability, decided locally with no server in the loop, and every move it made was recorded, then committed into a post-quantum-signed block anchored to a real quantum measurement. Replay the run and re-verify that block in your own browser, then try to fake it.

See Agent Security →