How QyberCore protects AI secrets — now and in the quantum future
This page describes QyberCore’s cryptographic approach and threat model at a high level. Certain techniques may be covered by pending patent applications.
QyberCore is designed for environments where attackers can record AI traffic today and attempt decryption later. Traditional TLS protects data in transit, but does not address long-term confidentiality risk.
QyberCore uses lattice-based key encapsulation mechanisms to establish shared secrets resistant to known quantum attacks. These secrets are used only to derive short-lived session keys.
Requests and responses are protected using modern authenticated encryption (e.g., AES-GCM), ensuring confidentiality and integrity within a bounded session context.
Encrypted payloads are decrypted only inside a controlled gateway boundary where policy enforcement, routing, and auditing occur. Responses are re-encrypted before returning to the client.
- • Prompt and response confidentiality
- • Tenant-scoped session isolation
- • Long-term cryptographic resilience
- • Model correctness or alignment
- • Provider internal security guarantees
- • Client-side misuse of plaintext