Make ISRO Focus on Frontier Research and Exploration, and Transfer Mature Technologies to Industry

India’s space programme was built around ISRO developing technologies, manufacturing space systems, launching satellites, and providing space-based services. That model was essential when India had little domestic industrial capability in the space sector.

But India’s space ecosystem is changing.

Indian companies and startups are increasingly capable of building satellites, launch systems, components, ground infrastructure and space-based services. The Indian Space Policy 2023 explicitly calls for greater private-sector participation across the space economy and says that ISRO should transition away from manufacturing operational space systems as they mature, transfer mature systems to industry for commercial exploitation, and concentrate on advanced R&D and newer technologies.

That transition is already underway. As of August 2026, NewSpace India Limited (NSIL), working with IN-SPACe, had signed 118 Technology Transfer Agreements covering 83 technologies developed by ISRO and the Department of Space. These include the Small Satellite Launch Vehicle (SSLV), IMS-1 satellite bus, and several components and technologies.

Private industry is also moving beyond supplying components. A HAL-L&T consortium has been contracted to produce five PSLV-XL launch vehicles end to end, while Indian companies have been engaged to build Earth-observation satellites and ground infrastructure.

The question is therefore no longer whether private industry should participate in India’s space programme.

It is how India should divide responsibilities between ISRO and industry as the space economy matures.

Highly skilled scientists and engineers at ISRO should increasingly focus on problems that commercial markets are unlikely to solve on their own: advanced propulsion, reusable launch systems, human spaceflight, deep-space exploration, planetary science, space robotics, and other high-risk technologies.

Government should push the technological frontier. Industry should increasingly scale what has already become mature.

India should systematically transition mature, commercially scalable space technologies from ISRO to competitive Indian industry, while focusing ISRO’s scientific, engineering, and financial resources on frontier research, exploration, and strategic national capabilities.

This should not mean privatizing ISRO or withdrawing government from the space programme.

It should create an ISRO-led national space ecosystem in which different institutions perform the functions they are best suited to perform.

Focus ISRO on the Next Technological Frontier
ISRO should increasingly concentrate its resources on areas such as:

– human spaceflight and long-duration habitation;
– lunar and planetary exploration;
– advanced and reusable launch systems;
– next-generation propulsion;
– autonomous spacecraft and space robotics;
– rendezvous, docking and in-orbit servicing;
– deep-space communications;
– advanced scientific instruments;
– space astronomy and planetary science;
– in-situ resource utilization;
– quantum and advanced satellite communications; and
– other high-risk technologies with major strategic or scientific value.

This is already broadly consistent with ISRO’s direction. Its current R&D portfolio includes reusable launch systems, semi-cryogenic and methane propulsion, space robotics, docking, lunar sample return, quantum communication, electric propulsion and technologies for sustained human spaceflight.

ISRO stated in September 2026 that its role will progressively strengthen in frontier R&D, advanced technologies, human spaceflight, next-generation launch systems and deep-space and planetary missions, while mature systems can increasingly be scaled by industry.

Establish a Systematic Technology-Maturity Process

Technology transfer should not depend only on individual opportunities.
ISRO should periodically classify technologies and operational systems according to their maturity and strategic importance.

Once a technology has been successfully demonstrated, standardized, and is capable of industrial production, it should be evaluated for transfer to Indian industry.

The process could follow a simple progression:

Research → Develop → Demonstrate → Prove reliability → Transfer mature technology → Industry scales production → ISRO moves to the next frontier

Some technologies would remain within ISRO because of national-security, strategic, or scientific considerations. Others could be licensed or transferred more broadly.

Transfer More Than Technical Drawings

Successful industrialization requires more than handing a company system specifications.

Where appropriate, technology transfer should include technical documentation, manufacturing processes, quality requirements, testing procedures, training and an initial period of engineering support.
ISRO already envisages sharing experience on quality, reliability, documentation and testing with industry.

The objective should be to create companies capable of independently manufacturing, improving and eventually exporting the technology.

Use Competition Wherever Possible

Moving mature activities out of ISRO should not simply replace a government monopoly with a private monopoly.

Where several Indian companies can technically produce a system or provide a service, technology-transfer and procurement structures should encourage competition.

Depending on the technology, this could include non-exclusive licensing, competitive selection, multiple qualified suppliers or time-limited arrangements that allow additional companies to enter later.

Government procurement should increasingly specify the required capability or service, allowing qualified Indian suppliers to compete on performance, reliability, and cost.

Let Industry Scale Mature Space Systems

Over time, Indian industry should assume greater responsibility for commercially scalable activities such as routine satellite manufacturing, mature launch-vehicle production, satellite components, ground systems and commercial space services.

NSIL can facilitate commercialization and procurement, while IN-SPACe continues to facilitate and authorize non-government space activities.

The Indian Space Policy 2023 already assigns NSIL responsibility for commercializing technologies and platforms created through public expenditure, while ISRO focuses on advanced technology and newer systems.

Allow Industry to Improve Transferred Technologies

Technology transfer should not freeze a system at the point at which ISRO developed it.

Subject to safety, intellectual-property and strategic restrictions, companies receiving mature technologies should be able to improve manufacturing methods, reduce costs, develop variants and compete internationally.
The objective is not merely to create suppliers to ISRO.
It is to create Indian space companies capable of competing in the global space economy.

Reinvest the Capacity Released at ISRO

The success of technology transfer should ultimately be measured by what ISRO can do next.

Scientific talent, engineering capacity and institutional attention released from routine production should be redirected toward new technologies and missions.

India has set ambitious long-term goals, including the Bharatiya Antariksh Station by 2035 and an Indian crewed lunar mission targeted for 2040. ISRO has explicitly linked greater industry participation in mature activities with freeing its scientific and technical workforce for these next-generation objectives.

India has already begun moving in this direction, and the United States’ experience shows how a national space agency can increasingly use commercial industry for operational capabilities while concentrating government resources on exploration and frontier technologies.

India — The Transition Has Already Begun

The Indian Space Policy 2023 explicitly states that ISRO should transition away from manufacturing operational space systems once they become mature, transfer mature systems to industry for commercial exploitation, and focus increasingly on advanced technologies and newer systems.
This transition is already visible through technology transfers, private participation in launch-vehicle production and increasing involvement of Indian companies in satellites, components and space services.

The proposed reform would make this transition systematic rather than project-by-project:

ISRO develops → Technology is demonstrated → Industry takes over scaling and commercial operation → ISRO moves to the next technological frontier.

United States — NASA’s Commercial Space Model

NASA provides a useful international precedent.

Under NASA’s Commercial Crew Program, private companies developed and operate transportation systems for carrying astronauts to and from the International Space Station. NASA establishes safety and performance requirements, certifies the systems and then purchases transportation as a service. NASA says this allows commercial companies to focus on low-Earth-orbit transportation while the agency concentrates resources on deep-space exploration.

NASA has extended this approach beyond astronaut transportation.

Through Commercial Lunar Payload Services (CLPS), NASA purchases lunar-delivery services from competing commercial providers rather than developing and operating every lunar lander itself. Companies can own their landers and sell capacity to NASA and other customers. NASA currently has 13 eligible companies in the CLPS provider pool and has awarded 17 lunar deliveries carrying more than 60 NASA instruments.

NASA is now pursuing a similar transition for space stations. Instead of replacing the International Space Station with another entirely government-owned station, NASA is supporting the development of commercially owned and operated space stations from which NASA intends to purchase services alongside other customers. NASA says this approach will let it focus resources on exploration beyond low-Earth orbit.

The lesson for India is not that ISRO should copy NASA’s institutional structure. India’s requirements, industrial capabilities and strategic priorities are different.

The relevant principle is the division of responsibility:

Government develops frontier capabilities and pursues high-risk science and exploration.

Industry increasingly owns, manufactures and operates mature commercial capabilities.

Government becomes a customer where a competitive commercial market can provide the service.

This allows public scientific and engineering capacity to continually move toward harder problems instead of remaining permanently responsible for technologies it has already mastered.

For India, that could mean an increasingly clear progression:

ISRO invents and demonstrates → Indian industry industrializes and competes → Government purchases services where appropriate → ISRO moves on to the next frontier.