Hardware-accelerated cryptographic cores with dedicated NTT and Keccak engines. Designed for integration into the platforms that demand the highest security.
Built on PQC hardware accelerators with dedicated NTT and Keccak cores.
SoC Designers / Platform Security Architects
A compromised credential never means a compromised release
Hardware Security Architects
Protect sensitive data without trusting any single person or system
SoC Designers / Platform Architects
Cryptography at wire speed, off the critical path
No single person can sign alone. Powered by dedicated PQC hardware accelerators, the threshold signing engine distributes signing authority across your organization, so a compromised credential never means a compromised release. Our optimized threshold protocol significantly improves first-attempt success rates over standard ML-DSA implementations. Built on FIPS 204 ML-DSA.
No single breach compromises your data. Powered by hardware-accelerated Keccak cores, the distributed key custody engine splits encryption keys across multiple custodians with fully async decryption — your team stays productive while your data stays protected. Optimized probability distribution improves threshold success rates over standard implementations. Built on FIPS 203 ML-KEM.
The foundation beneath Sign and Vault. Dedicated NTT and Keccak hardware cores handle the computationally intensive polynomial arithmetic and hash operations that lattice-based cryptography demands — off the main processor, at wire speed. Constant-time execution in silicon eliminates timing side-channels by design.
See how purpose-built PQC silicon compares to software-only approaches. Future-proof your infrastructure at the hardware layer.