
Architecture Design
Multi-layered quantum-resistant architecture built on four foundational principles: quantum resistance, crypto-agility, backward compatibility, and future adaptability.
Quantum Resistance
Protection against both classical and quantum attacks across the entire data lifecycle.
Crypto-Agility
Seamless algorithm swapping without complete system redesign.
Backward Compatibility
Interoperability with legacy systems during the multi-year transition.
Future Adaptability
Flexible architecture accommodating evolving PQC standards.
Data at Rest
PlanningHybrid encryption for databases, file systems, and archives using AES-256 DEK wrapped by both classical and PQC KEK.
AES-256-GCMML-KEM-768ECIESData in Transit
PilotHybrid key exchange for TLS 1.3, VPNs (IKEv2, WireGuard), and service mesh mTLS communications.
ECDHE + ML-KEMTLS 1.3X25519MLKEM768Authentication & Identity
PlanningHybrid certificates with both classical and PQC signatures. SAML/OIDC upgraded for PQC-signed assertions.
ML-DSA-65RSA-4096Hybrid X.509Digital Signatures
ResearchDual-signing approach for code and documents with both classical and PQC algorithms for maximum compatibility.
ML-DSA-65ECDSA P-384SLH-DSA-128sKey Management
PlanningPQC-compliant HSMs for generation, storage, and use of PQC keys. Updated distribution and rotation policies.
ML-KEM-1024AES-256HKDF-SHA-384