The Sovereign Net Viability Framework: The Sovereign Net Viability Framework: Reindexing Multipolar Trade and Debt Floor Mechanics via the Genuine Progress Indicator Debt Ratio (GPI-DR) and the ESCX Civilisational Scale
Year: 2026
Type: article
Abstract: Traditional macroeconomic accounting relies heavily on Gross Domestic Product (GDP) to evaluate national productivity and sovereign debt sustainability via the standard Debt-to-GDP ratio12. However, GDP functions purely as a transaction velocity metric—treating defensive expenditures (e.g., environmental disaster cleanups, high healthcare costs from systemic pollution) as positive growth while failing to subtract resource depletion or social friction12. This paper introduces the GPI Debt Ratio (GPI-DR) and the Sovereign Net Viability Ratio (SNVR) as dynamic, real-time financial execution engines designed to operationalise the Jilanee Saleem Thupsee Equilibrium Scale (E-S-C-X Framework)2. By substituting nominal GDP with net Genuine Progress Indicator (GPI) output and incorporating imputed ecological and social debt penalties into national debt metrics, the GPI-DR framework enforces the civilisational equilibrium condition $(S + C) \ge (E + X)$23. It penalises extractive/unrefined economic models while rewarding ecosystem stewardship, non-market care labor, and local value-addition2. Core Mathematical Formulations Included: 1. Net Genuine Progress Output (GPI_Net): GPI_Net = C_adj + W_non-market - D_eco - F_social + delta_K Where C_adj represents adjusted consumption, W_non-market is non-market labor, D_eco captures environmental degradation, F_social represents social friction, and delta_K is net capital formation. 2. Genuine Progress Indicator Debt Ratio (GPI-DR): GPI-DR = [ (D_fin + L_eco+social) / GPI_Net ] * 100% Where D_fin is nominal financial debt and L_eco+social represents imputed ecological and social liabilities. 3. Sovereign Net Viability Ratio (SNVR): SNVR = (D_fin + L_eco+social) / (GPI_Net + A_ecosystem + S_baseline) Where A_ecosystem represents audited p Key Contributions: Multi-Agent Macroeconomic Simulation (2026–2030): A 4-year transition run across four key regional zones—Canada (resource substrate), Mauritius (financial clearing corridor), Europe (regulatory pivot), and Africa (AfCFTA PAPSS integration)—demonstrating immediate sovereign asset re-ratings and credit risk shifts5more_horiz. Micro-Level Corporate Adaptation Model: A 3-year balance sheet simulation for a mid-tier operator (Apex Energy & Mining Corp) demonstrating how companies can transition to a GPI-DR compliant model to unlock lower borrowing costs and avoid step-up penalties on exchange floors89. GCP-Based Serverless Cloud Architecture: A deployable, event-driven pipeline design utilizing Google Cloud Platform (GCP) services—specifically Google Pub/Sub, Cloud Run microservices, BigQuery Continuous Queries, and Firestore—to dynamically ingest environmental telemetry (satellite feeds, port logs) and output real-time reindexed trade floors5more_horiz. Policy Activation Model: Leveraging the 3-O Actuation Pipeline—Officinal (sensor/telemetry ingestion engine), Officieux (supply chain & noise auditing network), and Officiel (legal covenants and structural ledger updates on the Stock Exchange of Mauritius & PAPSS)7more_horiz. This research bridges the gap between macroeconomic ecological theory and practical, cloud-native algorithmic finance, offering a non-speculative, physical-asset-backed baseline for multipolar trade and sovereign debt restructuring. KEYWORDS: Beyond GDP, GPI-DR, ESCX Framework, Sovereign Net Viability, Sustainable Finance, AfCFTA, PAPSS, Stock Exchange of Mauritius (SEM), Google Cloud Platform (GCP), Multi-Agent Systems, Sovereign Debt, Blue-GPI Bonds This description perfectly matches the structural outline
Author: Thupsee, Mohammud
Language: English
Subfield: Management, Monitoring, Policy and Law
Field: Environmental Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7204751679