Three silicon subsystems — active tamper mesh, PUF-derived device identity, and a hardware-isolated crypto engine — that collectively prevent key extraction even with physical access to the die. Not a software abstraction with a hardware label.
Active tamper mesh wired to zeroize logic. PUF-derived 256-bit device root key that never traverses external buses. Dedicated crypto engine with no firmware-accessible key registers. Hardware security built into every layer of the die.
Signed attestation tokens anchored to PUF device identity. Verifiable chain from silicon die through boot firmware to running workload. Remote verifiers can prove workload integrity without trusting any software on the host.
Dedicated hardware crypto engine operating at 10 Gbps for AES-256-GCM. ECDSA P-384, SHA-3/512, HMAC-SHA256 — all in isolated silicon. Post-quantum Kyber-768 and Dilithium support. Crypto-agile design for algorithm migration.
Architecture deep-dives for qualified cloud, financial, and defense security teams. NDA-gated datasheet on request.