Maximum physical security · Crypto-agile · Defense + secure elements
All-in-one Hardware Root-of-Trust for applications requiring maximum security against physical attacks. Robust secure boot chain, strong PUF, anti-tamper mechanisms, and selectable masking logic for defense, secure elements, and export-controlled systems.
Selectable masking logic, anti-tamper mechanisms, and hardware-isolated key storage.
Prevents physical extraction and side-channel attacks through hardware-anchored countermeasures designed for hostile-environment deployment.
Robust secure boot chain, strong PUF, ECC integrity checks, carefully designed API.
All-in-one RoT package with attention to API design that prevents misuse. Hardware-anchored chain of trust from boot through runtime.
QCIM Core engine enables more memory, compute, and features in smallest package.
Compute-in-memory architecture maximizes available resources for certificate lifecycle management, intensive attestation, and large-payload PQC workloads.
Export-controlled chips and classified systems requiring maximum physical security and anti-tamper protection.
Mobile secure elements, hardware wallets, and industrial PLCs vulnerable to physical attacks in field deployments.
· Target specifications for high-performance configuration. Detailed benchmarks under NDA.
Enable gradual transition from classical to post-quantum cryptography without replacing hardware. Support hybrid modes during transition periods.
Digital asset protection that evolves with cryptographic standards over 15+ year lifecycles. Firmware-updateable algorithms protect investments.
Platforms supporting diverse cryptographic requirements across multiple protocols and standards simultaneously.
Level 3-4 with PQ algorithm support
EAL5+ for secure element use cases
Trusted Platform Module compatibility
Learn about the crypto-agile platform development roadmap and early-access opportunities.