AP2Shield: Tetti Crittografici di Spesa, Controlli di Velocità Hardware e Ingress PQC

AP2Shield fornisce confini crittografici zero-trust tra applicazioni e piattaforme, attestazione reciproca SPIFFE/SPIRE post-quantistica e sigillatura delle credenziali API, salvaguardando microservizi e cloud dal furto di credenziali e da attacchi di decifrazione retroattiva.

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)

Scudo PQC applicazione-piattaforma, ingresso mesh di microservizi cloud e attestazione reciproca SPIFFE/SPIRE post-quantistica

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