Next-Generation Hardware
Beyond classical cryptography. True quantum entropy, reconfigurable cryptographic engines, and encrypted computation — the building blocks for sovereign quantum infrastructure that cannot be replicated by software alone.
Portfolio
True quantum random number generation with photonic entropy and continuous self-certification. Gbps-class throughput with SP 800-90B and AIS-31 compliance for the highest assurance randomness.
View Details → Future-ProofRuntime algorithm switching without hardware changes. Reconfigurable fabric adapts to evolving standards and algorithm transitions, meeting CNSA 2.0 agility requirements through secure over-the-air updates.
View Details → Privacy-PreservingDedicated acceleration for fully homomorphic encryption. Compute on encrypted data without ever decrypting it — unlocking privacy-preserving AI, confidential analytics, and zero-trust cloud computing.
View Details →Why Quantum Hardware
Randomness sourced from quantum physical processes with self-certification. Provably unpredictable by the laws of physics — not by computational difficulty assumptions.
Your silicon investment survives standard transitions, algorithm deprecations, and newly discovered attacks. Switch algorithms at runtime through secure firmware updates.
Process encrypted data without ever exposing plaintext. Eliminate trust requirements for compute infrastructure and enable truly confidential cloud computing.
Contact our team for evaluation access, integration guidance, or custom quantum hardware development tailored to your requirements.