DPI 2.0: The Subsidiarity Layer

A governance routing protocol for India Stack — reducing disaster response latency through precision subsidiarity.

The structural problem

India has built the most successful Digital Public Infrastructure in the world — Aadhaar, UPI, DEPA, ONDC. What it lacks is the governance routing layer that determines where decisions should be made and how resources should flow. The result: hyper-efficient digital plumbing serving a centralized governance architecture that cannot match the variety of 1.4 billion people across 28 states.

The cost is measurable. In the 2018 Kerala floods, central relief reached many districts only after 72+ hours. In the 2024 Wayanad landslides, NDRF deployment required central authorization while local knowledge of vulnerable populations remained inaccessible to formal systems. Governance latency is not an abstraction — it is counted in lives lost.

The solution: precision routing on India Stack

DPI 2.0 adds a governance routing layer on top of India Stack. The Global Subsidiarity Index (GSI) is a diagnostic algorithm that identifies the optimal governance scale — national, state, district, or community — for disaster response. It uses specific indicators (event magnitude from IMD, state capacity from SDMAs, vulnerable population density from Census/NFHS, infrastructure damage from ISRO imagery) to produce routing recommendations that update every 6 hours.

This is not a political argument for decentralization. It is a technical solution to measurable governance problems. The center gains faster, more visible outcomes — measurable reduction in disaster mortality, strategic visibility into the informal economy, and improved welfare delivery metrics.

Core briefing materials

Technical specification

Full deployment-ready specification for the governance routing protocol.

Download Full Specification (PDF)
GitHub Discord E-post RSS Feed

Built with open source and respect for your privacy. No trackers. This is my personal hub for organizing work I hope will outlive me. All frameworks and writings are offered to the commons under open licenses.

© 2026 Björn Kenneth Holmström. Content licensed under CC BY-SA 4.0, code under MIT.