QuantZero Live Operations Console
Global PQC + QKD Fabric
PQC Migration Posture
QKD Link · Geneva ↔ Zurich (BB84)
QBER 1.80% · key 4.20 kbps · drill in →Threat Radar — last 60s
NIST PQC · Additional Signatures — Round 3 Candidates
Symmetric-only assumption, conservative
Fast verify, compact signatures
Small keys, fast — embedded-friendly
Pure MQ assumption, no structure
UOV variant with smaller public keys
Code-based via MPCitH framework
Matrix-ring UOV, compact
Smallest signatures, slow signing
Classical UOV — well-studied baseline
Zero Trust Fabric — Decentralized Data-Layer Enforcement
Perimeter security assumes the network can be trusted once you are inside. The Trust Fabric makes the opposite assumption: every node enforces policy independently, no component grants implicit trust to another, and protection is bound to the data so it survives when the environment around it does not.
Every node is an independent policy enforcement point. No central gateway, no single chokepoint — sub-ms decisions made where data is accessed.
Subject clearance, device posture, geo, time, classification, and content lineage resolved live at each request — bound to who, where, and how, not static roles.
Policy and keys travel inside the Zero Trust Data Format envelope. Decryption is gated by live attribute evaluation — protection holds across clouds, partners, and air-gaps.
Peer-to-peer identity and policy attestation between nodes — enforcement keeps running when the control plane is unreachable, across classified, multi-cloud, and edge.
ABAC — attributes resolved per request
live · sub-ms| Attribute | Source | Decision Use |
|---|---|---|
| Subject Role & Clearance | IdP · clearance registry | Bind to who, not where |
| Device Posture | EDR · attestation agent | Deny non-compliant endpoints |
| Geographic Location | Edge sensor · IP geo | Residency + export control |
| Time of Access | Policy clock | Constrain to op windows |
| Data Classification | ZTDF envelope metadata | Match sensitivity to privilege |
| Source Trust & Lineage | Provenance chain | Reject unverifiable origin |
Cyber-survivability outcomes
engineered to survive, not just prevent- No Single Point of FailureLocal enforcement on every node — one service down ≠ policy down.
- Graceful DegradationIsolated nodes keep evaluating policy. Degradation is default, not failure.
- Cryptographic LineageSigned audit chains let responders reconstruct what, where, and under which policy.
- Scoped ContainmentPolicy bound to data — a compromised node cannot release access it never had.