H33's post-quantum authentication infrastructure is protected by comprehensive intellectual property covering nine distinct inventive concepts.
A Biometric Authentication System
The present invention provides a privacy-preserving biometric authentication system that combines homomorphic encryption, zero-knowledge proofs, continuous multi-modal biometric fusion, quantum-resistant cryptography, estate fraud detection, and blockchain compliance orchestration. The system employs SIMD batched processing and adaptive precision control to securely process biometric data while maintaining zero data exposure throughout the authentication pipeline.
Privacy-preserving biometric matching using BFV Fully Homomorphic Encryption. Biometric templates encrypted, transmitted, stored, and matched without decryption. SIMD batching for 32 simultaneous users per ciphertext.
STARK-based proof generation and optimization with FRI polynomial commitments. Proves authentication results without revealing biometric data or credentials.
Real-time biometric fusion engine maintaining ongoing authentication through multiple modalities. Confidence scoring and adaptive thresholds.
NIST-standardized post-quantum algorithms (Dilithium ML-DSA, Kyber ML-KEM) for key exchange, signatures, and hybrid classical+PQ schemes.
Prevention of unauthorized posthumous account access. Behavioral analysis, threat attribution, and time-decay authentication for digital estate protection.
Automated regulatory compliance with cryptographic audit trails. Smart contract-based policy enforcement for HIPAA, SOC 2, PCI DSS, and GDPR.
Real-time risk assessment with AI-driven threat detection. Native Rust security agents for harvest detection, side-channel monitoring, and crypto health analysis.
Triple-layer signature chain: Ed25519 (classical) wrapped by Dilithium (MLWE lattice) wrapped by FALCON (NTRU lattice). Independent lattice family diversification.
Learn more →k-of-n distributed decryption without reconstructing the full secret key. Collective authority protocol for privacy-preserving biometric matching at scale.
Learn more →The patent application covers the complete post-quantum authentication pipeline from biometric capture through encrypted matching, zero-knowledge proof generation, quantum-resistant attestation, and compliance-automated audit trails. Key technical contributions include:
Homomorphic Encryption Pipeline: BFV scheme with NTT-domain fused inner products, Montgomery-form twiddle factors, Harvey lazy reduction, and SIMD batching across 4,096-slot polynomials. Biometric data is never decrypted during the matching computation.
Zero-Knowledge Proof Generation: STARK proofs with SHA3-256 hashing, Fiat-Shamir transcript binding, and FRI-based polynomial commitments. No trusted setup required. Post-quantum secure by construction.
Quantum-Resistant Key Management: Hybrid key exchange (X25519 + Kyber ML-KEM-768), post-quantum digital signatures (Dilithium ML-DSA-65, FALCON-512, SPHINCS+ SLH-DSA), and lattice-family-diversified nested signature chains.
Privacy-Preserving Identity: Soulbound non-transferable digital identity with FHE-encrypted biometric binding, k-of-n MFA threshold, trust scoring, and guardian recovery with dual-key commitments.