We stop AI secrets from leaking now and in the quantum future.
QyberCore is a post-quantum secure data plane for AI inference. It prevents AI prompts and responses from leaking by establishing per-session secrets using lattice-based key establishment and by automatically detecting and protecting sensitive fields inside prompts before they ever leave your trust boundary.
The demo UI displays plaintext for readability. In production SDK integrations, prompts and responses are encrypted before leaving the client and decrypted only inside a governed boundary.
Certain techniques may be covered by one or more pending patent applications.
Attackers can record AI traffic today and attempt decryption later. The data plane is designed to reduce long-term exposure.
Tenant lifecycle, policy packs, routing rules, and audit/telemetry exports build compounding value over time.
AI traffic is a long-term confidentiality risk
Attackers do not need to decrypt today — they can record today and decrypt later. Standard TLS alone does not address long-horizon quantum risk.
Prompts can become plaintext inside internal networks, proxies, logs, and observability tooling after TLS terminates often exposing embedded personal, customer, and proprietary data.
Recorded traffic may be stored for future decryption as cryptographic capabilities evolve.
API keys identify tenants, but do not cryptographically bind encryption context to tenant and request identity.
A post-quantum secure AI data plane
QyberCore sits between your apps and model providers to enforce encryption, policy, routing, and auditability — without requiring a full redesign.
QyberCore automatically identifies sensitive fields inside prompts such as personal data, credentials, and customer identifiers and selectively encrypts or tokenizes them before routing traffic to model providers.
Establish per-session shared secrets via lattice-based cryptography and derive short-lived symmetric session keys for fast, authenticated encryption.
Decrypt only inside a controlled gateway boundary where policy and routing decisions apply, then re-encrypt responses back to the client.
One integration surface for apps. Route across providers with consistent governance.
Secure by default, simple to adopt
High-level system behavior suitable for public sharing; implementation details intentionally omitted.
- 1Post-quantum key establishmentClient establishes a shared secret using lattice-based cryptography.
- 2Tenant-scoped session encryptionSession keys are derived per tenant/request context to limit blast radius.
- 3Governed processing boundaryGateway decrypts only inside a controlled boundary and applies policy and routing.
- 4Encrypted response returnResponses are re-encrypted and returned to the client as ciphertext.
For architects and reviewers, we publish a high-level cryptographic description and threat model overview.
Model providers never see raw sensitive data. Protected fields are replaced with reversible tokens that preserve structure and meaning without exposing real values.
Tokens are resolved only inside the QyberCore governed boundary before responses are returned to the client.
Shipping now, and what’s coming next
QyberCore is built incrementally: a secure data plane today, with an evolving control plane.
- Post-quantum key establishment (lattice-based)
- Encrypted request/response envelopes (AEAD; e.g., AES-GCM)
- Gateway boundary for policy and routing decisions (MVP)
- Tenant lifecycle management and key rotation
- Policy packs (quotas, approvals, routing constraints)
- Audit logs and telemetry export paths
- Field-level PII policies and per-tenant protection rules
Demo video
We keep the homepage clean. The video lives on /demo for a focused viewing experience.
Data Plane + Control Plane UX, recorded from the real console.
Work with us as a design partner
If you’re deploying copilots or agents in production, we’ll help you route traffic through a post-quantum secure, policy-enforced gateway.
- Early SDK access + integration support
- Input into policy, routing, and audit roadmap
- Deployment options and early pricing discussions