DOI: 10.5281/zenodo.17094493
title: Trilateral Security Nexus Framework (TSNF): India's Transformative Treaty Model Integrating Law, Technology, and Development for Global Cooperative Security

description:  



⭐ THE FINAL ZENODO DESCRIPTION (INTERNATIONAL WORLD-CLASS EDITION)

Trilateral Security Nexus Framework (TSNF) — Version 4, Sovereign Readiness Edition

Unified Vol-III + Vol-IV + Vol-V Implementation Report



Overview

The Trilateral Security Nexus Framework (TSNF) — Version 4, Sovereign Readiness Edition represents the most advanced, sovereign-grade, fully reproducible national cybersecurity and digital governance architecture developed under FAIR + D (Findable, Accessible, Interoperable, Reusable + Deterministic) principles.

This definitive edition consolidates:



Volume III: National Cyber & DPI Governance Architecture

Volume IV: Pilot Deployment Blueprint (90-Day Government Rollout Plan)

Volume V: Government Approval & Sovereign Integration Dossier


Together, these form a single unified, implementation-ready national framework designed for government adoption, academic research, cross-border collaboration, and long-term digital preservation.

The framework integrates national cybersecurity, post-quantum cryptography (PQC) transition, Digital Public Infrastructure (DPI) protection, AI governance, secure procurement, supply-chain assurance, fusion intelligence, and deterministic reproducibility—aligned with global standards from NIST, ISO/IEC, OECD, ENISA, and UN Digital Government benchmarks.



Scope of the Sovereign Readiness Edition

This release provides a complete, sovereign-grade blueprint for:

1. National Cyber & Governance Architecture



Zero-Trust and PQC-ready national cybersecurity posture

Digital Public Infrastructure (DPI) security doctrine

Governance-by-design, algorithmic independence

National trust & digital sovereignty principles


2. 90-Day Pilot Deployment Blueprint



Multi-agency implementation workflow

PQC hybrid migration roadmap

DPI Shield architecture for Aadhaar, UPI, DigiLocker, ONDC, ABHA, FASTag

National threat-intelligence fusion nodes

Deterministic build and audit architecture


3. Government Integration & Legislation



Four Model Acts for national modernization



National Cybersecurity Act

AI Governance & Ethics Act

DPI Trust & Data Protection Act

Secure Procurement & Supply-Chain Act



Secure-by-design procurement reforms

Long-term government reproducibility and audit processes




Key Capabilities

• Quantum-Safe National Security & PQC Transition

Aligned with NIST PQC standards; supports hybrid migration and long-term quantum resilience.

• Deterministic & Tamper-Evident Governance

Includes full multi-hash manifest (MD5 → SHA-512), reproducible build instructions, and cryptographic audit trails.

• DPI Protection at National Scale

Architectural safeguards for payment, identity, transport, health, logistics and public platforms.

• Whole-of-Government Fusion Doctrine

Integrates technical, policy, diplomatic, and intelligence layers for national coherence.



International Alignment

This canonical release aligns with:



NIST SP 800 Series & PQC Standards

ISO/IEC 27001/27002, ISO/IEC 42001 (AI)

OECD Digital Government Principles

ENISA Cybersecurity Guidelines

UN Digital Government Maturity Framework




FAIR + D Compliance

The framework is fully compliant with global open-science standards:

Findable



Persistent DOI: 10.5281/zenodo.17665157

Rich structured metadata (JSON, YAML, INI, CFF)


Accessible



Open-access distribution under CC-BY-4.0

CERN-backed long-term preservation


Interoperable



Schema.org-compatible metadata

Global standard vocabularies (ISO, NIST, OECD)


Reusable



Clear licensing

Comprehensive provenance and multi-hash integrity manifest


Deterministic (+D)



Reproducible builds

SBOM and supply-chain documentation

Tamper-evident audit-grade release




Cryptographic Integrity (Canonical Build)



MD5: 7aebaf79fdc8857f18f5f4d694c1109f

SHA-1: 8e2b48d54ad43cf40931cdc6be82d4f46eadea4a

SHA-256: cdc3229f81c8111c33dde466deb861628d3632b4cbaf23771bc8cf21f5b18d99

SHA-384: cab176d6c0b81174437613af65b5103afdf9166585e123c3121cda1ac13cee6fc255be019701bc7d4961e319be45a4f3

SHA-512: 72520d9297b3a050c53f9b2ddfa9e05845a93f813f2d2ae167112d0b507beac28ea8906f6837d6bf9e7536c5378b625d7ef781c4104cef78f35503c4c3f7681c

CRC32: e5333db1


These values verify the authenticity and integrity of the canonical final edition.



Authenticity Verification

Run locally:

sha256sum TSNF_Version4_Final.pdf


A byte-for-byte match with the canonical SHA-256 hash confirms the file is authentic, untampered, and officially certified.



Official Citation

Mazumdar, B. (2025).Trilateral Security Nexus Framework (TSNF) — Version 4, Sovereign Readiness Edition (Final).Zenodo. https://doi.org/10.5281/zenodo.17665157



Keywords

TSNF, Cybersecurity, Post-Quantum Cryptography, PQC, Digital Public Infrastructure, DPI, Governance, AI Governance, National Security, Quantum Security, Reproducibility, FAIR Data, Open Science, India



Related Works





TSNF Version-4 — Supplementary Technical & Compliance DossierDOI: 10.5281/zenodo.17681506




TSNF Version-4 — Government Submission PacketFinal Government-Ready Edition