FHECustody: 密态风控规则同态研判、门限 FHE 协作分片与机构级零知识合规审计

FHECustody 打造顶级机构级资产托管基础设施，深度融合门限完全同态加密 (FHE)、可验证秘密共享 (VSS) 与后量子多方安全计算 (MPC)，全方位保护主权数字储备及核心金融数字资产。

FHECustody 系统架构

Core cryptographic topology and protocol interaction of fhecustody.com

Central System: Custody Engine - Threshold FHE Core

Cryptographic Nodes

  • Threshold MPC
  • Encrypted Sign
  • Policy Quorum
  • Geodetic HSMs
  • Audit Chain

Architectural Layers & Protocols

  • Threshold Fully Homomorphic Secret Sharing (Distributed Ring-LWE Key Generation Protocols): Partitioning the master secret key into homomorphic shares distributed across geographic jurisdictions
  • Homomorphic Signature Generation (Multi-Party Threshold Signing without Key Assembly): Nodes collectively evaluate FIPS 204 ML-DSA or Schnorr signatures over homomorphically encrypted shares
  • Proactive Secret Resharing & Refresh (Automated Share Rotation without Changing Master Public Key): Periodically refreshing secret shares to neutralize slow-moving mobile adversaries and insider leaks
  • Governance, Policy Enclaves & Hardware Isolation (Geographically Distributed Hardware Security Modules (HSMs)): Enforcing organizational compliance policies (transfer limits, multi-officer biometrics) in hardware enclaves

Key Metrics: Zero-Key (Key Reconstruction in Memory) | M-of-N (Distributed Quorum Policy) | FIPS 140-3 (HSM Boundary Protection) | Instant (Proactive Key Resharing)

切勿将主私钥集中在单一地点完整拼装

Traditional cold storage and multi-sig wallets suffer from physical recovery risks and quantum signature compromise. Threshold FHE enables signers to collectively generate valid post-quantum authorizations without ever reconstructing the private key in memory.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications