网络加速硬件安全模块与 TLS 1.3 极速会话恢复金库

面向边缘 CDN 缓存节点、反向代理网关及核心互联网骨干路由器部署专用密码学硬件，提供每秒数百万次的高并发非对称加解密与数字签名能力。

NetworkHSM Edge Infrastructure Architecture

Cryptographic Enclave: Network Security Core — Multi-Million Ops/sec Enclave

Hardware Security Nodes & Co-Processors

  • TLS 1.3 STEK Session Vault
  • BGP RPKI ROA Signer Core
  • High-Throughput DNSSEC Signer
  • Reverse Proxy TLS Coprocessor
  • Quantum TRNG Nonce Generator

Architectural Layers & Silicon Defenses

  • Layer 1: High-Concurrency PCIe HSM Accelerator (PCIe Gen4 x16 / Dual-ASIC Cryptographic Core): Interfacing directly with server memory via high-speed DMA, offloading cryptographic handshakes from host CPUs.
  • Layer 2: TLS 1.3 Handshake & STEK Management Core (Hardware Curve25519 & P-256 / AES-GCM): Terminating TLS 1.3 connections, negotiating 0-RTT session resumption, and rotating STEK keys globally every 60 minutes.
  • Layer 3: Global Internet Routing & Domain Security (RPKI ROA / DNSSEC NSEC3 Hardware Engine): Generating digital signatures for BGP Route Origin Authorizations and signing top-level DNS zone records.
  • Layer 4: Reverse Proxy & CDN Edge Integration (OpenSSL Engine / Envoy BoringSSL / gRPC): Providing drop-in cryptographic acceleration for enterprise web servers, Kubernetes ingresses, and edge CDNs.

Cryptographic Telemetry & Compliance: 1,000,000/s (TLS 1.3 Session Decryptions) | < 12 µs (Hardware Handshake Latency) | Zero-Downtime (Global STEK Key Rotation) | 100% (BGP Route Hijack Defense)

面向互联网核心路由架构的硬件信任根

Edge load balancers and core routers terminate millions of encrypted web connections and exchange global routing tables continuously. NetworkHSM delivers dedicated hardware acceleration for TLS 1.3 session ticket rotation, automated DNSSEC zone signing, and BGP RPKI Route Origin Authorizations, defending internet infrastructure against BGP hijacking and session compromise.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications