Question 1

What is spatial encryption?

Accepted Answer

Spatial encryption is cryptography keyed to a continuous biometric signal — specifically the human gaze — instead of a static secret like a password or private key. Jett Optics uses Adaptive Gaze Tensors (AGT) over a 2-simplex of cognitive, emotional, and environmental vectors to produce post-quantum, replay-immune authentication.

Question 2

How is Jett Optics different from Face ID or iris scans?

Accepted Answer

Face ID and traditional iris scans match a static template once. Jett Optics measures a dynamic signature — what you look at, how your pupils respond, the entropy of your saccades — that evolves moment-to-moment and is bound to environmental context. It is the difference between a fingerprint and a continuous handwriting analysis while the document is being signed.

Question 3

Is gaze authentication actually quantum-resistant?

Accepted Answer

Quantum resistance comes from the cryptographic envelope: knot-polynomial signatures (Alexander and Jones invariants) and lattice-based key encapsulation. Gaze provides high-entropy human-bound input; the post-quantum cryptography binds it to the chain.

Question 4

Do you store raw eye-tracking video?

Accepted Answer

No. AGT extraction happens on-device using ARKit and MediaPipe iris landmarking. Only quantized tensor coefficients leave the device, and only after JETT envelope encryption. Raw frames never reach our servers.

Question 5

What blockchain does $OPTX run on?

Accepted Answer

Solana. The AARON protocol is a Solana program at 91SqPNGRFrTgwSM3S7grZK8A6TCqn5STFGK4mAfqWMbQ. $OPTX is an SPL token used for staking by AARON attestor nodes. Helius RPC powers both devnet and mainnet.

Question 6

Can I integrate Jett Optics into my dApp?

Accepted Answer

Yes. The AGT Auth SDK ships for iOS, Android, and Web via the HEDGEHOG MCP gateway. Contact founder@jettoptics.ai for API keys and integration support.