AvionicsVault：Eurocae ED-112A適合、完全暗号化ブラックボックス、耐量子ハードウェアエンクレーブ

AvionicsVaultは、DO-254 DAL-AおよびDO-178Cに準拠した車載・航空機向けハードウェア暗号Vaultを提供し、ARINC 653時空間分離キーストレージとACARS、ADS-B、衛星データリンク向けのワイヤレート暗号化を実現します。

AvionicsVault Flight-Hardware Architecture & Partition Topology

ARINC 653 robust space/time partitioning, dual-channel cryptographic engine, and DO-254 boundary

Central System: Airborne Key Vault - DO-254 DAL-A Crypto Core

Cryptographic Nodes

  • ARINC 653 Partition Unit
  • Dual Lattice Core
  • ACARS/VDL Encryption Seal
  • Flight Recorder Key Vault
  • DO-178C Cert Boundary

Architectural Layers & Protocols

  • Flight Hardware Physical Layer (DO-254 DAL-A Radiation-Hardened ASIC): Executing airborne cryptographic operations under DO-160G lightning and thermal environmental profiles.
  • Deterministic Partitioning (ARINC 653 Integrated Modular Avionics (IMA)): Guaranteeing that cryptographic partitions cannot be starved or corrupted by flight display or passenger Wi-Fi systems.
  • Datalink Encryption Subsystem (ATN / IPS (Aeronautical Telecommunication Network)): Encrypting Controller-Pilot Data Link Communications (CPDLC) with hybrid post-quantum cipher-suites.
  • Flight Recorders & Maintenance (Crash-Survivable Memory Enclosure (CSMU)): Sealing cockpit voice and flight data recorder decryption keys in fireproof, deep-submersible hardware.

Key Metrics: DAL-A (Design Assurance Level) | ARINC 653 (IMA Architecture) | < 2 ms (Datalink Handshake Latency) | DO-160G (Environmental Qualification)

DO-254 DAL-A / DO-178C準拠の航空暗号鍵保管庫、ARINC 653区画化ポスト量子鍵保存とフライトテレメトリ暗号化

Authoritative technical engineering reference for do-254 dal-a / do-178c airborne cryptographic key vaults, arinc 653 partitioned post-quantum key storage & flight telemetry encryption in NIST FIPS 203/204/205 standards, lattice-based cryptography, side-channel attack mitigation, and quantum-resilient infrastructure.

Core Engineering Areas

Technical Articles