Hardware Trust Anchor
The foundational security anchor for sovereign and defense-grade systems. Establishes an immutable chain of trust from first power-on through application runtime with post-quantum verified boot, hardware-fused device identity, and active tamper detection with instant key zeroization.
Post-quantum verified boot chain with anti-rollback protection ensures only authenticated firmware executes from power-on through application launch.
Hardware-fused device identity with post-quantum attestation provides a cryptographically unforgeable trust credential that persists across the entire device lifecycle.
Active tamper detection with voltage, clock, and temperature sensors triggers instant key zeroization within 100 ns, protecting secrets against physical attack.
The Quantum-Safe Root of Trust anchors the complete trust chain for your platform — from silicon power-on through secure runtime operations. Every boot stage is cryptographically verified using post-quantum algorithms, ensuring no unauthorized code can execute.
| Parameter | Value |
|---|---|
| Boot Verification | Post-quantum signature verification at every stage |
| Device Identity | Hybrid classical + PQC attestation credentials |
| Key Slots | 16 hardware-protected key slots |
| Tamper Channels | 4 active + 4 passive tamper inputs |
| Boot Verification Time | < 10 ms (full chain) |
| Tamper Response | < 100 ns zeroization latency |
| Monotonic Counters | 8 hardware counters (64-bit each) |
| Operating Frequency | 80 MHz |
| Certification Target | FIPS 140-3 Level 3 / CNSA 2.0 |
The Quantum-Safe Root of Trust provides the hardware trust anchor for sovereign, defense, and critical infrastructure platforms where compromise is not an option.
Delivery
Available in multiple delivery formats to match your integration requirements
Full functional evaluation with reference integration examples, boot sequence demonstrations, and compliance documentation for design feasibility assessment.
Complete production-ready deliverables with integration support, certification documentation, and dedicated engineering assistance for your security architecture.
Tailored configurations for specific boot chain requirements, tamper sensitivity levels, key slot counts, and compliance frameworks to match your exact deployment needs.
Related
Complementary IP cores for building complete quantum-safe security platforms
Request an evaluation, product brief, or schedule a consultation with our security architecture team.