Discuss the role of space technology in transforming governance and infrastructure delivery in India, with reference to PM Gati Shakti and AMRUT.

Q. Discuss the role of space technology in transforming governance and infrastructure delivery in India, with reference to PM Gati Shakti and AMRUT. (15 marks, 250-350 words)

Space technology in India has moved beyond launch-vehicle achievement into everyday statecraft: satellite imagery and geospatial platforms now underpin project planning, asset monitoring and citizen-facing service delivery, with PM GatiShakti and AMRUT as its two clearest governance applications.

Infrastructure delivery: PM GatiShakti - The National Master Plan (2021) offers GIS-based spatial planning and analytical tools with 200+ data layers, built on ISRO imagery integrated by BiSAG-N [1]. - Enables multi-modal alignment of road, rail, port and power projects on one map, cutting duplication and inter-ministerial delay. - Improves DPR quality — terrain, forest and land-use layers allow route optimisation before tendering, reducing cost overruns from mid-project realignment [1].

Urban governance: AMRUT - The sub-scheme on 'Formulation of GIS-based Master Plan for AMRUT Cities' covers 456 towns across 35 States/UTs with an outlay of about ₹515 crore [2]. - NRSC, Hyderabad supplies satellite photographs and digitises city maps, replacing outdated paper master plans with verifiable spatial baselines [2]. - Supports evidence-based land-use zoning, water and sanitation network planning, and encroachment detection.

Broader governance dividend - Remote-sensing data underpins transparent monitoring of MGNREGA and PMGSY assets and disaster management (NDEM), shifting oversight from self-reported returns to independently observable evidence [3]. - Government links space applications to transparency and efficiency in development-project monitoring [4].

Enabling reforms and remaining gaps - Indian Space Policy 2023 institutionalised private participation [5]; FDI up to 74% (satellites) and 49% (launch vehicles/spaceports) under the automatic route [6]; a ₹1,000 crore IN-SPACe venture fund backs about 40 startups [7]. Over 400 space startups now support a sector projected to grow from USD 8–9 billion to USD 40–45 billion in a decade [4]. - Constraints persist: uneven data-layer quality, weak geospatial capacity in urban local bodies, and departmental data silos.

Space technology thus converts governance from reactive administration into anticipatory, map-based decision-making. Sustaining this requires capacity-building in States and ULBs, interoperable data standards and demand-side procurement from private startups. Handled well, the space economy becomes not merely an export target but core infrastructure for cooperative federalism and the Viksit Bharat 2047 goal of accountable, evidence-led delivery.

(~330 words)

Sources: 1. PM launches Gati Shakti – National Master Plan for infrastructure development, PIB (2021) — GIS tools with 200+ layers, ISRO imagery via BiSAG-N, DPR/alignment use 2. Sub-scheme on 'Formulation of GIS based Master Plan for AMRUT Cities', PIB — ₹515 crore outlay, 456 towns/35 States-UTs, NRSC satellite imagery and map digitisation 3. Parliament Question: Using Remote Sensing Data for Social Development and Disaster Management, PIB — geospatial monitoring of MGNREGA, PMGSY and emergency management 4. India's Space Economy Poised to Reach USD 45 Billion in Next Decade; over 400 Space StartUps, PIB — USD 8–9 bn to USD 40–45 bn projection, 400+ startups, transparency in project monitoring 5. Indian Space Policy 2023, ISRO — framework institutionalising private participation 6. Cabinet approves amendment in the FDI policy on Space Sector, PIB (2024) — 74% / 49% / 100% automatic-route sub-sector caps 7. Union Cabinet approves ₹1,000 crore Venture Capital Fund for Space Sector under IN-SPACe, PIB — fund corpus and support to about 40 startups