Purpose-built silicon for the quantum-safe transition. Our accelerator cores deliver NIST-standardized post-quantum cryptography at hardware speed, with constant-time execution and side-channel resistance built into every operation.
Post-quantum algorithms demand intensive mathematical operations that strain general-purpose processors. Our dedicated silicon eliminates this bottleneck — delivering 10–100x throughput improvement with deterministic, constant-time execution that software implementations cannot guarantee.
Dedicated processing engines complete cryptographic operations in microseconds, enabling real-time quantum-safe key exchange and signing even at massive scale.
Every datapath operates in constant time with no secret-dependent branches. Resistant to timing, power analysis, and electromagnetic emanation attacks by design.
Standard bus interfaces enable seamless integration with any processor architecture. Fully documented with driver libraries and integration guides.
NIST-standardized post-quantum cryptography, purpose-built in silicon.
High-performance lattice-based key encapsulation at NIST Category 3 security. Enables quantum-safe key exchange for data centers, VPN/TLS, IoT, and cloud infrastructure with sub-millisecond operation latency.
Hardware-accelerated digital signatures across all three NIST security levels. Delivers quantum-safe authentication for firmware signing, PKI certificates, secure boot, and document integrity verification.
The most conservative post-quantum signature scheme, with security based solely on hash function properties. Ideal for long-lifecycle systems, root certificates, and critical infrastructure requiring maximum confidence.
Algorithmic diversity from lattice-based schemes. Code-based key encapsulation for defense-in-depth deployments, providing a second independent path to quantum-safe key exchange.
Every accelerator is designed from the ground up to meet NIST post-quantum standards and CNSA 2.0 timelines.
Contact our team for evaluation access, integration guidance, or custom development for your specific security requirements.