Post-quantum cryptography at internet scale for government and defense. Every API call uses FHE encryption, ZK-STARK proofs, and Dilithium signatures. Zero classical cryptography. Independently benchmarked. Mission-ready today.
Nation-state adversaries are capturing encrypted government data today, planning to decrypt it with quantum computers. Every RSA/ECC-encrypted session is already at risk. AI systems processing classified and sensitive data multiply the attack surface.
NSA's Commercial National Security Algorithm Suite 2.0 mandates migration to quantum-resistant algorithms. Deadlines range from 2025 to 2033. H33 is FIPS 203/204 compliant today — ML-KEM (Kyber) and ML-DSA (Dilithium) in every API call.
H33's pipeline uses no RSA, no ECC, no classical algorithms in the hot path. Every operation — FHE encryption, ZK-STARK proof, digital signature, key exchange — is lattice-based or hash-based. Post-quantum from first byte to last.
Five products. Each solves a specific government security problem. All post-quantum. All production-ready. Deployable in air-gapped, cloud, or hybrid environments.
Automated discovery and migration of classical cryptographic assets to post-quantum algorithms. Inventory RSA/ECC keys across your infrastructure, generate migration plans, and execute phased rollover to ML-KEM and ML-DSA — with zero downtime and full audit trail.
Cryptographic proof that a device is genuine, unmodified, and authorized — without revealing device internals. Zero-knowledge STARK proofs for endpoint attestation across government-issued devices, BYOD, and IoT sensors in classified environments.
Distributed key ceremonies with no single point of compromise. Lattice-based k-of-n threshold signing for multi-party authorization workflows — nuclear launch codes, classified document release, cross-agency approvals. Post-quantum at every step of the ceremony.
Continuous monitoring of government AI systems for compliance with NIST AI RMF, EO 14110, and agency-specific AI governance frameworks. Cryptographically signed audit logs, model provenance tracking, and automated compliance reporting for classified AI deployments.
Three native AI agents running in-process: harvest detection (0.69µs), side-channel analysis (1.14µs), and crypto health monitoring (0.52µs). Flags HNDL attack patterns, timing anomalies, and weak cryptographic configurations in real time across government networks.
Government records retention requirements span decades. Intelligence products, legal evidence, and audit trails must remain cryptographically valid long after quantum computers arrive. H33's HATS Tier 3 delivers exactly that.
Production numbers from Graviton4 (c8g.metal-48xl, 192 vCPUs, 96 workers). 120-second sustained run. Independently benchmarked and reproducible. 108 patent claims pending.
Technical deep dives, compliance guides, and threat analysis for government security teams, CISOs, and acquisition officers.
When will quantum computers break RSA? NSA, NIST, and academic estimates mapped to government migration deadlines.
How nation-state adversaries are capturing encrypted government traffic today and what it means for data with multi-decade classification periods.
ML-KEM (Kyber) and ML-DSA (Dilithium) broken down for program managers and acquisition officers. What compliance requires and when.
How to deploy quantum-resistant TLS in government systems. Kyber hybrid key exchange, certificate migration, and backward compatibility.
Building cryptographic agility into government systems so algorithm transitions happen without rip-and-replace migrations.
The full regulatory landscape: CNSA 2.0 deadlines, OMB M-23-02, CISA guidance, and agency-specific mandates for post-quantum migration.
H33 security architecture, cryptographic parameter selection, threat model, and independent audit results.
SOC 2 Type II, FIPS 203/204, HIPAA BAA, and ISO 27001 status. Audit reports available under NDA.
Full cryptographic specification: BFV parameters, NTT optimization stack, ZK-STARK circuit design, and Dilithium integration.
Post-quantum security that meets the performance demands of government-scale operations. NIST FIPS 203/204. CNSA 2.0. Zero classical cryptography. 30-year evidence validity. Request a classified briefing or start with a security assessment.