移动端硬件安全模块与智能手机安全芯片体系

部署专用的密码学硬件基础设施，将全球数十亿部智能手机与企业后端安全金库、无密码生物识别 Passkey 及金融级移动支付芯片进行端到端高安全互联。

MobileHSM Mobile-to-Cloud Architecture

Cryptographic Enclave: Mobile Security Gateway — eSE / StrongBox Hardware Bridge

Hardware Security Nodes & Co-Processors

  • Android StrongBox Keymaster Verifier
  • Apple DeviceCheck & App Attest Core
  • Mobile Payment Tokenization Engine
  • Mobile PKI & Passkey Registrar
  • Jailbreak & Root Detection Coprocessor

Architectural Layers & Silicon Defenses

  • Layer 1: Mobile Silicon Secure Element (eSE / StrongBox) (Common Criteria EAL5+/EAL6+ Secure Chip): Generating private keys on-chip within smartphone hardware completely isolated from Android/iOS kernels.
  • Layer 2: Hardware Key Attestation Verification Engine (X.509 Certificate Chain & Root Validation): Verifying that client keys were generated inside genuine hardware secure elements signed by Google/Apple roots.
  • Layer 3: Mobile Payment & Tokenization Subsystem (EMV Payment Tokenization / DUKPT): Decoupling actual Primary Account Numbers (PAN) into encrypted payment tokens and dynamic CVVs.
  • Layer 4: Enterprise Mobile Banking & IAM API (OAuth 2.0 / FAPI 2.0 / Mutual TLS REST): Authenticating mobile app requests, authorizing high-value wire transfers, and issuing digital credentials.

Cryptographic Telemetry & Compliance: < 12 ms (Hardware Attestation Verification) | 100% (Hardware-Backed Key Guarantee) | Anti-Jailbreak (Hardware Cryptographic Integrity) | EAL5+/6+ (Mobile Silicon Certification)

将企业级硬件信任根延伸至移动边缘

Mobile smartphones are now the primary endpoint for consumer banking, enterprise authentication, and digital credentials. MobileHSM bridges enterprise server-side HSM clusters with mobile on-chip hardware security features—Android StrongBox, Apple Secure Enclave, and GSMA-compliant Embedded Secure Elements (eSE)—delivering hardware-attested security across untrusted mobile operating systems.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications