HYPER-OPSEC Sovereign Cortex (HOSC) A Constitution-First, Legally Enforced Sovereign Reference Architecture for Autonomic Defence of Classified Sovereign Operational Infrastructures

HYPER-OPSEC Sovereign Cortex (HOSC) Sovereign Reference Architecture (SRA) A Constitution-First, Legally Enforced Autonomic Defence Architecture for Classified Sovereign Operational Infrastructures Authoritative Canonical Release — Final Ultimate Edition (Version 2, Clean Release) DOI: 10.5281/zenodo.18168959ORCID: https://orcid.org/0009-0007-5615-3558 Author:Dr. B. MazumdarIndependent Researcher–ScholarAI Governance • Cybersecurity • Post-Quantum Cryptography (PQC) • Digital StatecraftFounder — FAIR+D CanonIndia (2025) Abstract The HYPER-OPSEC Sovereign Cortex (HOSC) is a Sovereign Reference Architecture (SRA) designed to address systemic governance, accountability, and legitimacy failures in contemporary sovereign cyber and autonomic defence systems. HOSC establishes a constitution-first, legally enforced, defence-only autonomic architecture in which sovereign power is structurally constrained before it is exercised. Unlike conventional cybersecurity frameworks that prioritise technical resilience alone, HOSC integrates constitutional law, human-rights invariants, judicial oversight, and non-derogable ethical constraints directly into the operational logic of sovereign defence infrastructures. This Final Ultimate Edition (Version 2, Clean Release) formalises HOSC as a non-operational, non-weaponizable, classification-neutral reference architecture, suitable for adoption, adaptation, or evaluation by sovereign states, constitutional courts, defence establishments, standards authorities, and international governance bodies. Core Contributions HOSC introduces several canonical innovations, including: A Non-Derogable Red-Line Engine (NDRE) that encodes constitutional and legal prohibitions as enforceable policy-as-code constraints; A Memory-Immune Operational Ledger (MIOL) enabling post-quantum-resilient provenance, accountability, and judicial auditability; Human-in-Command and Human Liability Anchors, ensuring that legal responsibility for sovereign action remains strictly human and institutionally non-delegable; A formal boundary on automation and verification, explicitly rejecting the substitution of legal judgment with mathematical or algorithmic correctness; A One-Page Misinterpretation Shield that immunises the architecture against authoritarian misuse, emergency normalisation, mass surveillance, and executive absolutism; A Failure of Adoption and Partial Implementation Declaration, preventing selective or instrumental appropriation of the architecture. Together, these elements establish HOSC not merely as a technical model, but as a constitutionally defensible governance instrument for autonomic defence systems. Scope and Intended Use HOSC is: Defence-only and explicitly non-offensive; Non-operational, providing architectural principles rather than deployable systems; Non-weaponizable by design, structurally preventing autonomous or offensive use; Classification-neutral, enabling controlled circulation without embedded classified content. The architecture is intended for: Sovereign governments and defence institutions; Constitutional courts and judicial review bodies; Cybersecurity and critical-infrastructure regulators; Standards organisations (ISO/IEC, NIST, IEC); Researchers and policy-makers in AI governance, cybersecurity, and digital statecraft. Standards and Global Alignment HOSC is designed as a sovereign cyber-security super-layer, aligning with—but not replacing—existing global frameworks, including: NIST CSF and NIST SP 800-series; ISO/IEC 27001, 27002, ISO 22301, and IEC 62443; MITRE ATT&CK threat modelling; Emerging AI governance and post-quantum cryptographic standards. It is fully compatible with international human-rights law, constitutional doctrine, and principles of state responsibility. Canonical Status This release constitutes the Final Ultimate Edition (Version 2, Clean Release) of the HYPER-OPSEC Sovereign Cortex. The structure, terminology, and governance logic defined herein are canonical and binding.No additions, deletions, or reordering are valid without an explicit version revision. This work forms part of the FAIR+D Canon and represents the authoritative lineage of the HOSC framework. Keywords Sovereign Cybersecurity; Constitution-First Architecture; Autonomic Defence; AI Governance; Human-in-Command; Judicial Oversight; Post-Quantum Cryptography; Policy-as-Code; Digital Statecraft; Misuse-Resilient Systems