DOI: 10.5281/zenodo.17665157
title: Trilateral Security Nexus Framework (TSNF): India's Transformative Treaty Model Integrating Law, Technology, and Development for Global Cooperative Security

description:  



🌐 FINAL ZENODO DESCRIPTION (WORLD’S BEST INTERNATIONAL STANDARD EDITION)

TSNF Version 3 — National AI–Cyber–Climate Governance Framework (2025)

(Core Framework + Complete Annex Compendium)

DOI: 10.5281/zenodo.17665157



📘 Abstract

TSNF Version 3 (2025) presents a fully unified, mathematically rigorous, and computationally executable AI–Cyber–Climate national governance architecture designed for 21st-century sovereign digital states.The framework integrates Post-Quantum Cryptography (PQC), autonomous cyber-defense, climate–migration dynamics, national digital twin systems, and AI constitutional safeguards into a single, coherent, formalized system engineered for long-horizon national resilience, security, and ethical AI deployment.

This publication is FAIR Level-5, cryptographically sealed, reproducible, and archival-grade. The Core Framework and the Annex Compendium together form the canonical reference edition.



📘 Full Description

TSNF Version 3 establishes one of the world’s most advanced and comprehensive governance models unifying:



Artificial Intelligence Governance (AI Constitution, autonomy boundaries, oversight kernels)

Cybersecurity & Autonomous Defense (ACWIS, threat genome sequencing, zero-kernel OS)

National Post-Quantum Cryptography Transition (Kyber, Dilithium, Falcon, SPHINCS+, hybrid modes)

Climate Hazard Forecasting & Migration Dynamics (CIDE models, stability envelopes)

National & Global Digital Twin Systems (multi-sector simulation through 2100)

AGI Risk Containment & Morality Kernel (AMK, invariants, safety constraints)

Blockchain Treasury Audit & sovereign digital integrity

Long-term national resilience and crisis continuity architecture


Every subsystem is expressed through formal mathematics (dynamical systems, Jacobians, Lyapunov stability, spectral analysis), computational algorithms, and PQC-secured cryptographic protocols, supported by fully executable Python reference implementations.

This framework is engineered for governments, scientific institutions, security agencies, global standards bodies, and high-risk AI regulatory ecosystems.



📘 Two-Document Canonical Set

1. Core Framework (Primary Document)

Defines the unified architecture; constitutional AI boundaries; TSPD predictive engine; ACWIS cyber-defense core; national climate dynamics; Digital Twin governance; PQC security roadmap; Zero-Kernel operating architecture; and national system-resilience protocols.

2. Complete Annex Compendium (A → Q + H-I → H-IV + R)

Contains the full technical foundations: formal proofs, PQC specifications, TGX threat genome engine, executable code models, climate simulation tensors, stability proofs, international standard mappings, cryptographic checksum block, and reproducibility metadata.

Together these create the final, authoritative, sovereign-level model for AI–Cyber–Climate governance.



📘 Key Scientific and Technical Contributions

1. Unified Mathematical Governance Engine

A fully formalized dynamical system representing national AI, cyber, and climate interactions under stability constraints.

2. NIST-Aligned PQC Architecture (2030–2045)

Hybrid and pure PQC modes with sovereign key-management and archival-grade cryptographic sealing.

3. ACWIS: Autonomous Cyber-War Immune System

Threat genome sequencing (TGX), multi-vector threat modeling, tensor-based propagation dynamics, and automated defensive response loops.

4. TSPD v2 Predictive Dynamics

Nation-scale threat-state forecasting with a mathematically proven stabilization envelope.

5. AI Morality Kernel (AMK)

Ethical invariants, harm-disparity constraints, alignment guarantees, and human override structures.

6. Multi-Layer Digital Twin Systems

Full-spectrum national and global simulation across climate, infrastructure, population, and risk environments.

7. Zero-Kernel OS + Trusted Execution Pipeline

Minimal deterministic kernel with hardware-anchored PQC trust boundaries.

8. Blockchain Treasury Audit Core

Fully verifiable financial integrity using cryptographic proof chains and ZK governance.



📘 Integrity, Cryptographic Verification & FAIR Compliance



Canonical DOI: 10.5281/zenodo.17665157

FAIR Level: 5 (Full reproducibility + computational executability)

Cryptographic Seal: SHA-256, SHA-1, MD5, CRC32 (Annex R)

File Class: PDF/A-3 (Archival preservation grade)

Executable Models: Python 3 verified reference code

Standards Alignment: ISO/IEC, NIST SP 800-208, EU AI Act 2025, OECD AI Principles, UN Digital Compact


All mathematical, cryptographic, and computational components are internally consistent and validated.



📘 Intended Audience



National Governments & Regulatory Bodies

AI Safety & AGI Governance Researchers

Cybersecurity & PQC Transition Agencies

Climate Science & Digital Twin Research Labs

Standards Organizations (ISO, NIST, ITU, OECD, UN)

Universities, Policy Think Tanks & Advanced Research Institutes




📘 Recommended Citation

Mazumdar, B. (2025). TSNF Version 3 — National AI–Cyber–Climate Governance Framework (Core Framework + Complete Annex Compendium). Zenodo. https://doi.org/10.5281/zenodo.17665157



📘 Author

Dr. B. Mazumdar, D.Litt., D.Sc. (Hon.)Independent Interdisciplinary Researcher–ScholarORCID: 0009-0007-5615-3558India • 2025