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Security: Post-Quantum Cryptography

Post-Quantum Cryptography provides quantum-resistant protection for long-lived secrets, evidence integrity, inter-organisational exchange, and secure real-time sessions.

Metadatos del modulo

Post-Quantum Cryptography provides quantum-resistant protection for long-lived secrets, evidence integrity, inter-organisational exchange, and secure real-time sessions.

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Referencia de origen

content/modules/security-post-quantum-cryptography.md

Última Actualización

25 mar 2026

Categoría

Gestión

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75c8242302442057

Etiquetas

managementreal-timeblockchain

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Overview#

Post-Quantum Cryptography provides quantum-resistant protection for long-lived secrets, evidence integrity, inter-organisational exchange, and secure real-time sessions. It is designed for organisations that need stronger assurance against future decryption risk while preserving operational usability across mission systems, evidence workflows, and secure communications.

The capability now extends beyond key generation and signing posture. It also supports hardened transport and session establishment for long-lived real-time channels.

Key Features#

  • Quantum-Resistant Algorithm Suite - Apply modern quantum-resistant cryptographic primitives to encryption, signing, and key-establishment workflows
  • Long-Lived Integrity Protection - Protect evidence, orders, audit artefacts, and high-value records that must remain trustworthy for years
  • Secure Exchange Workflows - Support partner and inter-organisational data sharing with stronger cryptographic assurance
  • Protected Session Establishment - Use quantum-resistant mechanisms to harden the establishment of long-lived secure sessions
  • Real-Time Transport Hardening - Extend stronger cryptographic posture to persistent real-time channels rather than limiting protection to static exports
  • Clearance and Governance Controls - Apply administrative and access controls to cryptographic material and related operational use
  • Operational Auditability - Preserve the evidence needed to show when quantum-resistant controls were used and how they were applied

Use Cases#

  • Long-Term Evidence Integrity - Protect digital evidence and formal records that must remain verifiable for extended retention periods
  • Secure Partner Exchange - Share sensitive operational data across organisational boundaries with stronger future-facing protection
  • Protected Real-Time Operations - Harden persistent communication channels used during live missions, incidents, or command operations
  • High-Assurance Deployments - Support environments where cryptographic posture is part of the broader trust model for the deployment

Integration#

  • Secure messaging, sharing, and evidence workflows
  • Operations WebSocket and real-time session services
  • Identity, secrets, and audit-management systems
  • Export, signing, and cross-organisation exchange controls

Last Reviewed: 2026-03-25