通信ゲートウェイHSM＆5G SEPP相互接続エンクレーブ

国際ローミングエクスチェンジ、キャリア間IPXピアリング、レガシーシグナリングプロトコルの暗号フィルタリングのための専用HSMを配備します。

TeleHSM Inter-Carrier Gateway Architecture

Cryptographic Enclave: Telecom Interconnect Core — 5G SEPP / IPX Hardware Enclave

Hardware Security Nodes & Co-Processors

  • 5G SEPP N32-f Encryptor
  • SS7 / Diameter Cryptographic Filter
  • IPX Roaming Session Vault
  • SMS Home Routing Signer
  • Carrier Key Escrow & Audit Core

Architectural Layers & Silicon Defenses

  • Layer 1: High-Availability Carrier Gateway Silicon (PCIe Gen4 HSM / Dual Hot-Swap Power): Physically protecting roaming partner certificate hierarchies and carrier inter-connect root keys.
  • Layer 2: 5G SEPP N32 PRINS Encryption Engine (JSON Web Signature (JWS) / JWE Core): Executing Protocol for N32 Interconnect Security (PRINS), encrypting sensitive JSON attributes while allowing IPX routing.
  • Layer 3: Legacy Signaling Cryptographic Firewall (Deep Packet Inspection / MAP & Diameter): Validating cryptographic message provenance to block unauthorized location queries (SRI/ATI) and SMS redirection.
  • Layer 4: International IPX Peering & Core Transit (SCTP / Diameter / HTTP/2 Roaming Mesh): Terminating multi-gigabit IPX interconnect tunnels connecting global mobile operators and roaming clearinghouses.

Cryptographic Telemetry & Compliance: < 4 ms (N32-f JWE Encryption Latency) | 80,000/s (Diameter Message Filtering) | 100% (SS7 Location Spoof Defense) | GSMA FS.34 (5G Interconnect Certified)

国際電気通信境界における脆弱性の排除

International roaming exchanges and IPX hubs connect hundreds of mobile operators over legacy SS7 and Diameter signaling protocols plagued by location tracking, call interception, and SMS redirection exploits. TeleHSM establishes cryptographic hardware enforcement at operator network boundaries, securing 5G inter-carrier roaming via SEPP N32 encryption and cryptographically filtering legacy signaling messages.

Core Engineering Areas

Technical Publications

Related Cluster Architecture Specifications