Quantum-resistant cryptography at microsecond speeds. Vulnerability research across major AI frameworks. Hardening edge AI against emerging threats.
CycleCore achieved real-time post-quantum cryptographic operations on commodity hardware. Combined cryptocurrency wallet signing and verification completes in 98 microseconds. Cross-chain bridge encryption operates at 1.5 microseconds per message.
Read Full Release →Security infrastructure for the post-quantum era.
NIST-standardized quantum-resistant algorithms running at speeds indistinguishable from classical systems on commodity hardware.
Vulnerability research across major AI frameworks. Identifying and responsibly disclosing security issues before they become exploits.
Runtime hardening for edge AI deployments. Content filtering, policy enforcement, and safety guardrails for production agent systems.
Tamper-evident attestation chains for regulatory, insurance, and compliance verification. Cryptographically signed audit logs that remain valid in a post-quantum world.
Quantum-resistant wallet signing, cross-chain bridge encryption, and DEX order attestation. Protect high-value assets against harvest-now-decrypt-later attacks.
Secure device communication with hybrid PQ handshakes adding only 77μs overhead. Low-latency security for real-time robotic systems.
Tamper-evident attestation chains for regulatory compliance. Quantum-resistant audit trails suitable for FDA and insurance verification.
Edge AI hardening for industrial control systems. Post-quantum security that runs on existing hardware without impacting system performance.
Enterprise partnerships for post-quantum migration and AI security hardening.