Quantum Veil Protocol (QVP) — Global System 2026: Sovereign Digital Security Index (QSSI), Dataset Methodology, and Deterministic Architecture Framework

Quantum Veil Protocol (QVP) — Global System 2026 Sovereign Digital Security Index, Methodology, and Deterministic Architecture Framework DOI: 10.5281/zenodo.19371223ORCID: https://orcid.org/0009-0007-5615-3558 Author Dr. B. Mazumdar, D.Sc. (Hon.), D.Litt. (Hon.)Architect of Modern StatehoodFounder & Principal Architect, FAIR+D Canon™Proprietary Sovereign Systems Architecture & Governance Framework Description Quantum Veil Protocol (QVP) — Global System 2026 establishes a deterministic, mathematically rigorous, cryptographically verifiable, and computationally reproducible sovereign digital security architecture for global benchmarking, comparative analytics, and policy-grade evaluation of national security systems. The system integrates three canonical components into a unified operational framework: Global Security Index Report 2026 QSSI Dataset Methodology 2026 Platform & System Architecture 2026 This integrated structure defines a complete sovereign intelligence system spanning data, computation, validation, certification, and deployment. Sovereign Security Index (QSSI) The system defines the Sovereign Security Index (QSSI) as a multi-dimensional construct derived from four foundational dimensions: Post-Quantum Cryptography Readiness (PQC) Artificial Intelligence Governance (AI) Legal Infrastructure Maturity (LEGAL) Systemic Resilience (RES) All indicators are normalized within bounded domains and aggregated through a deterministic weighted model ensuring cross-system comparability and analytical consistency. Mathematical Framework QSSI = w₁ · PQC + w₂ · AI + w₃ · LEGAL + w₄ · RES QSSI_scaled = 100 × QSSI QSSI_adj = QSSI_scaled × (1 − Risk) ΔQSSI = QSSI_scaled − QSSI_adj w₁ + w₂ + w₃ + w₄ = 1 0 ≤ PQC, AI, LEGAL, RES ≤ 1 0 ≤ Risk ≤ 1 Deterministic and Analytical Conditions QSSI(t) = QSSI(t′) ⇔ Input(t) = Input(t′) ∂QSSI / ∂Mᵢ = wᵢ > 0 ∂QSSI_adj / ∂Risk < 0 Audit_PASS ⇔ S100 ∧ S200 ∧ S300 ∧ S400 System Architecture System = Frontend ∧ API ∧ Engine ∧ Data ∧ Certification ∧ Audit Deploy = Data ∧ Compute ∧ Validate ∧ Publish The platform is implemented as a layered deterministic infrastructure enabling real-time computation, API-driven access, cryptographic certification, and audit-validated outputs. Computational Framework (Python) import pandas as pd import hashlib from datetime import datetime WEIGHTS = (0.25, 0.25, 0.25, 0.25) def qssi_score(pqc, ai, legal, res): w1, w2, w3, w4 = WEIGHTS return w1 * pqc + w2 * ai + w3 * legal + w4 * res def compute(df): df["QSSI"] = df.apply(lambda x: qssi_score(x.PQC, x.AI, x.LEGAL, x.RES), axis=1) df["QSSI_scaled"] = df["QSSI"] * 100 df["QSSI_adj"] = df["QSSI_scaled"] * (1 - df["Risk"]) df = df.sort_values(by="QSSI_adj", ascending=False) df["Rank"] = range(1, len(df) + 1) return df def cert_id(system): raw = f"{system}{datetime.utcnow()}".encode() return hashlib.sha3_256(raw).hexdigest() Certification and Security Model ID_cert = SHA3-256(System ∥ Timestamp) The system enforces cryptographic integrity, deterministic identity generation, and verifiable certification across all computational outputs. System Access Layer Repositoryhttps://github.com/BidyutMazumdar/QVP-Global-System Datasethttps://github.com/BidyutMazumdar/QVP-Global-System/tree/main/dataset API Basehttps://qvp-global-system-production.up.railway.app/ Live Dashboardhttps://qvp-global-system-production.up.railway.app/dashboard Ranking Endpointhttps://qvp-global-system-production.up.railway.app/rankings Canonical System Definition QVP_Global_System = Data ∧ Computation ∧ Ranking ∧ Governance ∧ Deployment System = Complete ∧ Consistent ∧ Deterministic ∧ Reproducible ∧ Verifiable Version Version: 2026.1.1State: Immutable Keywords Quantum Veil Protocol, QVP, QSSI, Post-Quantum Cryptography, AI Governance, Cybersecurity, Digital Sovereignty, Security Index, Risk Modeling, Cryptographic Certification, Deterministic Systems, Global Benchmarking Copyright Copyright © 2026 Dr. B. Mazumdar. All Rights Reserved.This publication constitutes an original, proprietary, and non-derivative intellectual property. No reproduction, redistribution, modification, or operational deployment is permitted without prior written authorization.