Three laws that can't be broken. Not by software or hackers.
Newtonian physics guarantees it.
Your computation lives in non-addressable GPU memory that returns NULL to every read attempt. The OS doesn't see it. The hypervisor doesn't see it. Nobody sees it.
Your involuntary neuromuscular tremor is your key. 8-12 Hz, unique to you, impossible to fake. You are the continuous root credential.
Leave and everything is destroyed within 500 milliseconds. Not deleted — overwritten with noise. There is no forensic recovery.
Your sovereign workspace. Glass AI + Drive S + sovereign messages. Cancel anytime.
Keep your identity provider for everything it's good at — directory, SSO, policy.
Replace the one thing it's bad at — the authentication factor itself.
Reproducible. Verified. On two NVIDIA architectures.
| Test | SQC1 (Blackwell) | GCP L4 (Lovelace) |
|---|---|---|
| BAR1 NULL verification | 99.98% | 99.97% |
| Write-vanish fidelity | 1.0000 | 1.0000 |
| GHZ sovereign fidelity | 1.0000 (29 qubits) | 1.0000 (31 qubits) |
| Landauer thermal delta | +3.2°C / +22.36W | +1.94W confirmed |
| Clock jitter ratio | 60× lower sovereign | 21× lower sovereign |
| Zeno gap (1024 steps) | 0.990408 | 0.990408 |
| Shannon entropy | 7.999 bits/byte | confirmed |
| Observation attacks | ALL BLOCKED | ALL BLOCKED |
Every quantum simulation ever run has been observed by the host operating system. Observation collapses quantum states. OREZ removes the observer entirely.
Your quantum algorithm, parameters, and results exist exclusively in non-addressable GPU memory. The cloud provider cannot see what you are computing. The OS returns NULL. For the first time, quantum simulation runs where no classical observer can collapse, intercept, or record the computation.
Your personal, 100% private companion. The operating system cannot observe this conversation. The cloud cannot read it. Only you and Glass.
choose your ai — one that answers to you, not the machine
enter glass ai →