AP2Shield：暗号学的支出シーリング、ハードウェア流量制限、耐量子インプレスゲートウェイ

AP2Shieldは、アプリケーション・プラットフォーム間のゼロトラスト暗号境界、耐量子SPIFFE/SPIRE相互構成証明、APIクレデンシャル封印を提供し、認証情報の窃取や将来の量子解読を狙う攻撃からクラウドマイクロサービスを堅牢に防御します。

AP2Shield Application-to-Platform Ingress & Mesh Topology

Quantum ingress proxy, workload identity attestation, and credential sealing pipeline

Central System: Platform Ingress Shield - PQC Microservices Gateway

Cryptographic Nodes

  • Edge Ingress Proxy
  • SPIFFE Identity Enclave
  • API Credential Sealer
  • Service Mesh Sidecar
  • Platform Security Telemetry

Architectural Layers & Protocols

  • Application Ingress Boundary (Envoy / NGINX with OpenSSL 3.x PQC Provider): Terminating external application traffic using hybrid X25519MLKEM768 at the cloud perimeter.
  • Workload Attestation & Identity (SPIFFE / SPIRE with ML-DSA X.509 SVIDs): Authenticating microservices, container workloads, and platform infrastructure with quantum-proof identities.
  • Internal Service Mesh Plane (Istio Service Mesh with mTLS PQC Sidecars): Encrypting all East-West microservice traffic inside Kubernetes clusters with line-rate post-quantum ciphers.
  • Platform Credential Sealing (Hardware-Enforced FIPS 203 Secret Vault): Encrypting database passwords, cloud IAM keys, and developer secrets before platform storage.

Key Metrics: < 1.5 ms (Platform Ingress Overhead) | 100% (Internal Microservice Encryption) | Zero-Trust (Workload Attestation Model) | Automated (SVID Identity Credential Rotation)

アプリケーション対プラットフォームPQCシールド、クラウドマイクロサービスメッシュイングレスと相互ポスト量子SPIFFE/SPIRE認証

Authoritative technical engineering reference for application-to-platform pqc shield, cloud microservices mesh ingress & mutual post-quantum spiffe/spire attestation in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications