Lalit Shastri
If the technologies, datasets, applications, and knowledge systems already exist—built through decades of public investment and scientific endeavour—then the real debate is not about commercialization. It is about valuation, accountability, transparency, and ensuring that the benefits of India’s space legacy are not privatized while the costs remain public.
The growing excitement around India’s emerging space economy is understandable. The opening of the space sector to private participation promises innovation, investment, entrepreneurship, job creation, and the rapid development of applications that can transform governance and improve lives. Through IN-SPACe and related policy initiatives, the Government seeks to create an ecosystem in which private companies and startups play a much larger role in leveraging space-based technologies for agriculture, disaster management, water security, urban planning, infrastructure development, logistics, and a range of other sectors.
There is much to welcome in this vision.
Private participation can accelerate the adoption of technologies, unlock commercial opportunities, attract capital, and help India expand its footprint in the global space economy. It can allow ISRO to focus on frontier science, strategic missions, deep-space exploration, and advanced research while industry scales applications and services for wider public use.
Yet amid the enthusiasm, a fundamental question must not be overlooked: Who built the foundations upon which this new space economy stands?
Many of the applications now being highlighted as major opportunities are not new. Long before “space economy” became a policy buzzword, India had already established one of the world’s most successful models of applying space technology for national development. Through the National Natural Resources Management System (NNRMS), the Space Applications Centre (SAC), the National Remote Sensing Centre (NRSC), and a network of state remote sensing centres working closely with user ministries, satellite-based applications were operationalized across a wide spectrum of public services.
Crop forecasting, drought assessment, groundwater mapping, flood monitoring, watershed management, fisheries advisories, forest monitoring, urban planning, land-use mapping, disaster management, and resource assessment have been integral parts of India’s development framework for decades. These systems did not emerge overnight. They are the result of years of research, field validation, institutional coordination, and the tireless efforts of generations of scientists, engineers, planners, administrators, and policymakers.
Indeed, the scale of achievement is far greater than is commonly acknowledged in current discussions surrounding the space economy.
The Mahalanobis National Crop Forecast Centre (MNCFC) has long utilized satellite-derived data for crop acreage estimation, production forecasting, drought assessment, and agricultural planning. Its work has become an integral part of India’s agricultural decision-making architecture and demonstrates how space technology has already been successfully mainstreamed into governance.
Similarly, the India-Water Resources Information System (India-WRIS) stands as one of the country’s most significant achievements in the application of space technology to water resource management. Integrating satellite observations with ground-based information, the system provides comprehensive data on rivers, reservoirs, watersheds, groundwater resources, and other critical water assets. It has evolved into an indispensable decision-support platform for planners, administrators, researchers, and policymakers dealing with one of India’s most strategic and stressed resources.
The National Disaster Management Authority (NDMA), too, has relied extensively on satellite-derived information for disaster preparedness, mitigation, and response. Flood monitoring, cyclone tracking, drought assessment, forest-fire detection, landslide mapping, and post-disaster damage assessment have all benefited from capabilities developed within the ISRO ecosystem over many decades.
These examples underscore a critical reality: India’s space applications programme is not an emerging experiment awaiting commercialization. It is a mature, proven, and nationally significant enterprise built through decades of public investment and institutional commitment.
Most importantly, it was built with public money.
The Indian taxpayer funded the satellites, launch vehicles, research institutions, laboratories, data systems, field studies, and human capital that made these achievements possible. The knowledge base accumulated over more than five decades represents one of the country’s most valuable scientific assets.
The issue, therefore, is not whether private participation should be encouraged. It should.
The real question is how the transition is managed and whether the public interest remains paramount.
A nation must be careful not to socialize costs while privatizing rewards.
If private companies are to build profitable enterprises using technologies, patents, software tools, datasets, algorithms, expertise, and infrastructure developed through decades of publicly funded research, there must be a transparent and equitable framework governing such access. The valuation of these assets should not be left to administrative discretion or commercial convenience. It should be based on rigorous, independently verifiable cost-benefit analysis that takes into account the cumulative public investment that created them.
Private beneficiaries should bear an appropriate share of those costs.
Technology transfer, licensing agreements, access to proprietary databases, utilization of specialized infrastructure, and commercial exploitation of publicly developed intellectual property should be governed by transparent policies that ensure fair compensation to the public institutions that created them. Where appropriate, royalty mechanisms, revenue-sharing arrangements, or other forms of compensation should be considered so that the public receives a fair return on its investment.
The objective should not be to obstruct innovation or discourage entrepreneurship. On the contrary, India’s private space sector should flourish. However, commercialization must not become a vehicle for transferring publicly funded assets into private hands at prices that fail to reflect their true value.
Equally important is the question of strategic knowledge and intellectual property.
Certain technologies, databases, methodologies, and institutional capabilities developed by ISRO and its associated centres possess significance that extends beyond commercial value. They are products of decades of scientific endeavour and, in some cases, have implications for national security, resource governance, environmental management, and long-term technological leadership. Such assets cannot be treated merely as commodities in a marketplace.
There is another dimension that deserves equal attention: accountability.
As India expands the role of private industry in the space sector, significant authority is being vested in institutions and officials tasked with facilitating this transition. Such authority must be accompanied by robust oversight mechanisms.
Transparency cannot be selective
Decisions concerning technology transfers, licensing arrangements, access to data, preferential use of facilities, valuation of intellectual property, and commercial partnerships should be governed by clearly defined criteria that are publicly available and subject to scrutiny. There should be mechanisms to prevent conflicts of interest, regulatory capture, favouritism, or even the perception of impropriety.
Independent audits, periodic reviews, parliamentary oversight, and public disclosure of major technology-transfer agreements can help ensure that decisions are made in the national interest. Officials entrusted with promoting private-sector participation should remain accountable for safeguarding public assets and ensuring that taxpayers receive fair value for investments made over generations.
At times, the public narrative surrounding the new space economy risks creating the impression that many of these applications are only now being conceived or developed. Such a portrayal understates the extraordinary contributions of the scientists, engineers, administrators, and domain experts who spent decades building the systems that today make commercialization possible.
The challenge before policymakers is not to create applications where none existed. It is to determine how existing public capabilities can be expanded, commercialized, and leveraged without undervaluing the scientific, technological, and institutional capital accumulated over generations.
India’s space economy may well represent the future. But that future must begin with an honest acknowledgment of the institutions, scientists, engineers, and taxpayers who built the foundations. The nation owes them recognition. It also owes future generations a governance framework that protects public investment, values scientific heritage, and ensures that the benefits of commercialization are shared fairly.
The goal should be partnership, not transfer; stewardship, not disposal; and growth that strengthens, rather than diminishes, the public institutions that made India’s space success story possible.
