Shield6G: 太比特线速 PQC 加密引擎、P4 可编程数据面与太赫兹物理信道保密通信

Shield6G 确立面向第六代移动通信 (6G) 的后量子密码体系架构，将格密码密钥封装技术全面嵌入 3GPP 下一代无线接入网 (NG-RAN)、太赫兹/亚太赫兹射频收发前端及基于微服务架构的零信任 6G 核心骨干网。

Shield6G 系统架构

Core cryptographic topology and protocol interaction of shield6g.com

Central System: 6G Core Shield - Zero-Trust RAN Guard

Cryptographic Nodes

  • Sub-THz Mesh
  • Slice Isolation
  • AI Telemetry
  • mTLS SBA Core
  • SIM PQC Chip

Architectural Layers & Protocols

  • Sub-Terahertz & Massive MIMO Physical Layer (100 GHz to 300 GHz Directional Pencil-Beam Transceivers): Transmitting terabit data streams with spatial multiplexing and physical-layer quantum key distribution (QKD) synergy
  • Dynamic Post-Quantum Network Slicing (Cryptographically Isolated Virtual Network Functions (VNFs)): Isolating defense, autonomous vehicle, and smart city slices with dedicated lattice key hierarchies
  • Service-Based Architecture (SBA) Core Security (Quantum-Safe Mutual TLS for Cloud-Native Microservices): Protecting communication between AMF, SMF, UPF, and AI-native management orchestrators
  • Next-Gen USIM / eSIM Hardware Identity (Embedded Post-Quantum Cryptoprocessors inside Telecom Smartcards): Authenticating subscriber credentials and generating radio encryption keys using on-chip ML-KEM

Key Metrics: 1 Tbps (Peak 6G Wireless Capacity) | <0.1 ms (Sub-THz Radio Latency) | Zero-Trust (Network Slicing Isolation) | FIPS 203/204 (Cryptographic Standard)

6G网络正处于后量子时代的设计阶段

Unlike 5G, which patched post-quantum algorithms retroactively, 6G is architected from inception to operate in an environment with hostile quantum adversaries. Shield6G defines the cryptographic primitives protecting terabit wireless backhauls and autonomous cellular slices.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications