FIPS204Ready: Signatures Numériques ML-DSA, Benchmarks et Transformation PKI

FIPS204Ready fournit les architectures techniques de référence pour migrer les PKI X.509, la signature de code et les systèmes d'authentification numérique depuis RSA et ECDSA vers le standard NIST FIPS 204 ML-DSA (ex CRYSTALS-Dilithium).

FIPS204Ready System Architecture

Core cryptographic topology and protocol interaction of fips204ready.com

Central System: ML-DSA Engine - FIPS 204 Signer

Cryptographic Nodes

  • Fiat-Shamir
  • Rejection Sampling
  • ML-DSA-65
  • Composite PKI
  • Root CA

Architectural Layers & Protocols

  • Fiat-Shamir with Aborts (Module Learning With Errors & Short Integer Solution (M-SIS)): Generating non-interactive zero-knowledge proofs over polynomial rings
  • NIST ML-DSA Parameter Sets (44, 65, 87) (NIST Security Levels 2, 3, and 5): Balancing signature byte length against computational verification throughput
  • Composite & Hybrid X.509 Certificates (IETF Dual-Algorithm Certificate Architecture): Embedding classical ECDSA alongside ML-DSA to ensure backward compatibility during migration
  • Hardware Root CA & Timestamping Services (FIPS 140-3 Physical HSM Partitioning): Issuing post-quantum cross-signed certificates with trusted RFC 3161 timestamps

Key Metrics: 3,309 B (ML-DSA-65 Signature Size) | 1,952 B (Public Key Size) | Category 3 (NIST Security Category) | Zero-Leakage (Rejection Sampling Guarantee)

Protéger l'identité numérique mondiale contre la falsification quantique

While key exchange protects confidentiality, digital signatures protect authenticity and integrity. If signatures are broken by a quantum computer, adversaries can forge software updates, issue fraudulent certificates, and impersonate sovereign identities.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications