How It Works
What we build with the primitives — signing as attestation, hardware-bound access, and monitoring over a secure channel — on top of deep expertise in cryptographic engineering, hardware optimization, and standards compliance.
What We Build With It
The cryptographic primitives are documented further down. These are the things we apply them to.
- Signing as attestationThe same ML-DSA implementation that signs releases can attest a model artifact, a device identity, or a build. The primitive is the interesting part; the noun it is applied to is a choice.See the benchmarks
- Hardware-bound authenticationA fail-closed biometric gate, pinned device certificates, and staged approval. The security property comes from what the design refuses, not from what it adds.See the product
- Monitoring over a secure channelFleet posture collected through post-quantum TLS, so the monitoring path is not the weakest link in the system it monitors.See the product
- How it worksUnderstanding PQCWhy it matters, and why migrate nowRead more
- How it worksPerformance OptimizationWhere the speed comes fromRead more
- How it worksStandards & ComplianceStandards implemented, compliance postureRead more
- How it worksThe Engineering UnderneathThe primitives everything else runs onRead more