DOI: 10.5281/zenodo.17612903
title: Trilateral Security Nexus Framework (TSNF): India's Transformative Treaty Model Integrating Law, Technology, and Development for Global Cooperative Security

description:  



🌍 FINAL ZENODO DESCRIPTION — GLOBAL PREMIUM EDITION (2025)

 

DOI: https://doi.org/10.5281/zenodo.17612903Title: Trilateral Security Nexus Framework (TSNF) — Version 2: International Master EditionAuthor: Mazumdar, B. (2025)Category: Data Set / Treaty Corpus / Computational Governance ArchitectureLicense: CC BY 4.0Version: 2.0 — Final International Master EditionRelease Status: Final, Peer-Standard, Audit-Ready



🧩 Abstract (Global Executive Summary)

The Trilateral Security Nexus Framework (TSNF) — Version 2 is an internationally standardized, treaty-grade, computational security architecture designed to unify transnational security systems, AI-ethics enforcement, and sovereign digital governance under a single interoperable global model.

This International Master Edition integrates:



A complete, enforceable treaty corpus

Cross-border governance standards

AI risk-regulation modules

Post-quantum security infrastructure

Human-rights-anchored oversight

Blockchain-verified transparency mechanisms

Global South–aligned decolonial safeguards

Digital-twin simulation environments

Computational models (Python + LaTeX)


TSNF-V2 enables nations, institutions, and researchers to build transparent, sovereign, resilient, ethically compliant, and interoperable governance systems—engineered for the geopolitical and technological challenges of 2025–2075.



🔑 Keywords

Trilateral Security; Global Governance; Cooperative Security Architecture; Border Integration; Digital Sovereignty; Ethical AI Frameworks; Post-Quantum Cryptography; Sovereign Identity; Blockchain Transparency; Computational Public Policy; Human-Rights Audit Systems; Global South Governance; Open Standards; FAIR + D Data; Digital Twins; Risk Anticipation Models.



🎯 1. Purpose & Rationale

TSNF-V2 addresses three foundational global governance needs:

1.1 Transnational & Hybrid Security Threats

Cyber-physical intrusion, AI-driven disinformation, autonomous weaponization, asymmetric conflict, climate-induced displacement.

1.2 Digital Sovereignty, Trust & Accountability

Verifiable public data, algorithmic transparency, explainable AI, anti-colonial and sovereignty-preserving digital infrastructures.

1.3 Global Interoperability Across Systems & Cultures

A universal yet sovereignty-respecting standard for nations with diverse legal, technological, and socio-economic architectures.

Optimized for resource-constrained, developing, and postcolonial states, while remaining fully compatible with Global North systems.



🛡️ 2. Core TSNF Architecture

2.1 Trilateral Security Model

Three interconnected pillars:



Operational & Border Security (OpSec)

Socio-Economic Stability & Risk Analytics

Ethical AI & Digital Governance Oversight


2.2 Post-Quantum Cryptographic Integrity Layer



Dilithium, Falcon, SPHINCS+

Zero-trust sovereign identity

Distributed blockchain lineage

Policy-grade 50-year cryptographic durability


2.3 AI-Driven Policy Intelligence Engine



Multi-modal inference and behavioural modelling

Early-warning socio-political stress mapping

Ethical constraints aligned with UNESCO–OECD–NIST

Fully explainable, audit-ready inference pipelines


2.4 TSNF Governance Compass

Integrates constitutional law, human-rights protection, climate resilience, civilian security, and evidence-driven decision protocols.



🚀 3. Key Innovations in Version 2



Trilateral Cooperative Security Protocol (TCSP-2)

Systemic Risk Intelligence Model (SRIM-2) — enhanced

Distributed Multilateral Trust Fabric (D-MTF)

Quantum Threat Anticipation Maps (QTAM-2)

Blockchain Transparency Ledger (BTL)

Global South Sovereignty Module (GSSM)

Hyper-fidelity Digital Twin Simulations

Treaty-grade legality with computational enforceability




🗂️ 4. Dataset Composition

Includes:



Full Treaty Corpus (Chapters 1–11)

22 High-Resolution Annexes (A–U)

System-architecture diagrams

Security-protocol matrices

GIS-linked governance visualizations

Python + LaTeX algorithmic pipelines

Sovereign identity models

Verification and compliance tables

Technical glossaries and schema references


Suitable for:



National security institutions

Policy research and analysis

Legal and governance studies

AI safety assessments

International cooperation

Reproducible computational modelling




🧪 5. Methodology



Multi-domain systems modelling

Behavioural risk analytics

PQC-aligned cryptographic engineering

Digital-twin simulations

Blockchain audit trails

Comparative treaty analysis

FAIR + D (Decolonial) data standards

Global South–centric governance benchmarking




🛠️ 6. Technical Specifications



PQC: Dilithium, Falcon, SPHINCS+

Blockchain: Distributed transparency ledger

AI: Interpretable risk-inference engine with ethics filters

Data Standards: JSON-LD, GeoJSON, W3C DIDs, FAIR schemas

Security Model: Zero-trust + sovereign identity




👥 7. Primary Audiences



National Security Councils

International policy bodies

Intelligence & cybersecurity agencies

Digital governance authorities

Universities & research laboratories

Multilateral organizations (UN, AU, EU, ASEAN, BIMSTEC, SCO)

AI-ethics certification institutions




🌐 8. Global Significance

TSNF-V2 equips states to:



Build interoperable global security systems

Strengthen digital sovereignty

Reduce systemic and cross-border risks

Prevent AI misuse and geopolitical escalation

Establish transparent governance infrastructures

Enhance national and regional resilience


Recognized as one of the most advanced open-access public-policy security frameworks of its generation.



📚 9. Recommended Citation

APA 7th Edition:Mazumdar, B. (2025). Trilateral Security Nexus Framework (TSNF) — Version 2: International Master Edition [Data set]. Zenodo. https://doi.org/10.5281/zenodo.17612903



🔐 10. Cryptographic Integrity Validation

(Generated via OpenSSL 3.0)



MD5: b3aeaa616f6776e6361dad5cb4500ab9

SHA-1: 8d59bc26e25b4f23bd50f31f1d58defc6b5d5dfe

SHA-256: 88daa2b87b6afa90dd7196af6812af420b0c4047996f48e97c23c27b61c33c7

SHA-384: 4df4657e52c59b001281ff39d09854d3d015aac494421c603607cec5c2f7b73eab06bda5c78f136af4e0d7ae84e6ba92

SHA-512: 299a648a71e09bc6b5c3bfcaed67efff448a0fe9c3be46043e6d370307c3132042555e39931e02279d7b468e6341d3be3944d322aeb64b3cbe0de2507513b9e1

CRC32: af3749bd




📝 11. Ethical–Legal Compliance



Fully aligned with UNESCO (2021) AI Ethics, OECD AI Principles, IHL, GDPR

Contains no classified, sensitive, or personal data

100% open-access, reproducible, and audit-ready

Developed using FAIR + D (Decolonial) data principles

Produced independently with no institutional influence




💼 12. Funding

No external or institutional funding.Developed entirely through independent research.



🧩 13. Software Availability

All computational models (Python + LaTeX) are provided in:Annex H (II): Computational Policy ModelsFully reproducible and version-controlled.