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Space policy, private sector and governance
How space is governed and opened to private firms: space policy and its bodies, startups and the space economy, international cooperation and treaties, and debris and traffic in orbit. Prelims has asked about the part private entities play in India's space programme.
Showing 6 of 11 subjects, those that changed from 1 to 15 August 2026.Show all
The Artemis Accords
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The Artemis Accords are the terms on which the American lunar programme admits a partner, and India accepted them in 2023. They are principles rather than a treaty, which is both why the list of signatories grew so quickly and why the arrangement is contested.
- India was the twenty-seventh of about 70 signatories, a group that includes neither Russia nor China.
- Critics say the Accords sidestep the 1979 Moon Agreement.
European Space Agency
- Ground stations to track Gaganyaan, India's crewed spaceflight missions
CNES (Centre National d'Études Spatiales), France's space agency
- Built Megha-Tropiques and SARAL with ISRO
- TRISHNA, a joint thermal infrared mission tracking land surface temperature and evapotranspiration
- TRISHNA due on a Polar Satellite Launch Vehicle (PSLV) next year
What changed
10 Sep 2026
- More than 430 payloads from 34 countries have flown on Indian rockets.
- The Indian Space Research Organisation (ISRO) aims at an indigenous space station, the Bharatiya Antariksh Station, by 2035 and an Indian astronaut on the Moon by 2040.
PIB, 10 Sep 2026: Prime Minister Shri Narendra Modi addresses the International Space Summit in Paris, France (opens in a new tab) · The Hindu, 10 Sep 2026: ESA to explore cooperation with ISRO in human space flight, lunar and Venus missions (opens in a new tab)
12 Aug 2026
The Hindu, 12 Aug 2026: NASA invites ISRO to join Moon Base programme (opens in a new tab)
12 Aug 2026
- NASA invited ISRO to join Moon Base at the ninth India and United States Civil Space Joint Working Group meeting.
- Moon Base is a planned crewed outpost near the lunar south pole, built in stages for research and lunar resources.
- Joining would build ISRO's experience for human spaceflight.
- ISRO would also risk being locked into NASA's technology ecosystem, and technology denial.
The Hindu, 12 Aug 2026: NASA invites ISRO to join Moon Base programme (opens in a new tab)
21 Jul 2026Updatealso in news
- Bengaluru hosts the India and United States Civil Space Joint Working Group in August. The group was set up in 2005.
The Hindu, 21 Jul 2026: Bengaluru to host India-U.S. space group meet in August (opens in a new tab)
Background reading: The Indian Express, 18 Aug 2026: What India stands to gain by joining NASA's Moon Base programme (opens in a new tab)
Policy and private sector
IN-SPACe
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- IN-SPACe
- Indian National Space Promotion and Authorisation Centre, the single window nodal agency under the Department of Space, set up in 2020 to authorise and promote private space activity.
- Non-governmental entities
- The policy's term for private companies, startups and academia allowed to take part in space activities end to end.
Every private space activity in India ends at the same desk, and IN-SPACe both authorises it and promotes it. The second job is the one that matters to a startup, because it opens government test and launch facilities to firms that could never build their own.
- It has issued 113 authorisations to 52 non-governmental entities.
- It has invited private operators to run the small satellite launch complex at Kulasekarapattinam, Tamil Nadu.
- A private operator at a launch complex raises questions of safety, liability and accountability to Parliament.
What changed
6 Sep 2026
29 Aug 2026Updatealso in newsnewly added
- Under the invitation to run the Kulasekarapattinam launch complex, the private operator would handle launch campaigns and safety, with ISRO guiding for one year or three campaigns, whichever comes first.
5 Aug 2026
UPSC has asked
- Prelims 2026: private entities in the space programme, including IN-SPACe
India's first commercial Earth observation constellation
Copy link to India's first commercial Earth observation constellationPrelims and Mains
- Earth observation constellation
- A group of imaging satellites flown and operated together, so that a place on the ground is photographed far more often than a single satellite could manage.
- hyperspectral
- Imaging in hundreds of narrow wavelength bands rather than a few broad ones, which lets a satellite tell materials apart instead of only seeing shapes.
Until now an Indian imaging satellite was built and flown by the state. A private consortium will build, own and operate this one, which is the thing the policy's admission of private firms was meant to produce.
- The consortium is to fly twelve satellites by 2029, India's first fully commercial Earth observation constellation.
- The payloads are optical, multispectral, hyperspectral with 250 bands, and X-band radar.
What changed
5 Aug 2026
7 Jul 2026Updatealso in news
- Contact was lost with Drishti, built by a Bengaluru startup and described as the world's first OptoSAR satellite, which combines optical and synthetic aperture radar sensors on one platform. A geomagnetic storm is thought to have damaged a critical system. It had been launched on a Falcon 9 on 3 May.
Space debris and re-entry
Collision avoidance manoeuvres
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- Space debris
- Dead satellites, spent rocket stages and fragments from break ups and collisions, left in orbit at orbital speed, so that even a small piece can destroy a working spacecraft.
- Low earth orbit
- The band of orbits roughly 160 to 2,000 km above the Earth, where most satellites and the crewed space stations fly.
Space debris is not an occasional emergency but a standing cost of working in orbit, and the bill arrives as fuel. A satellite that moves out of the way spends what cannot be replaced, so debris shortens its working life even when nothing is ever struck.
20Collision avoidance manoeuvres by Indian satellites in 2025
9Manoeuvres in 2026 up to August
20 of 22Active Indian satellites in low earth orbit at higher collision risk
What changed
Tracking objects in orbit
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- Active debris removal
- Deliberately capturing a dead object and taking it out of orbit, rather than waiting on atmospheric drag.
Nothing can be dodged until it is seen, so a debris policy is first of all a tracking programme. Two instruments do most of that work for India, one on the coast and one in the Himalaya.
- The multi-object tracking radar at Sriharikota is already working.
- The NETRA (Network for Space Objects Tracking and Analysis) telescope at Hanle will track objects of 30 cm or more in geostationary orbit.
- Early steps towards active debris removal have already been demonstrated in orbit.
What changed
The Debris Free Space Mission
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A national pledge cannot clear an orbit that everyone shares, but it does decide what India itself adds to it. The instruments beneath that pledge are older than the pledge, and one gap in them is still open.
- The Debris Free Space Mission, announced in 2024, sets the aim of zero debris from every Indian space actor.
- ISRO (Indian Space Research Organisation) has belonged to the Inter-Agency Space Debris Coordination Committee, formed in 1993, since 1996.
- Norms issued in 2024 by the Indian National Space Promotion and Authorisation Centre (IN-SPACe) require a satellite to be disposed of once its mission ends.
- A framework on liability for damage to third parties is still under consideration.
What changed
Background reading: PIB, 5 Aug 2026: Space debris: ISRO's collision-avoidance manoeuvres and Debris Free Space Mission (opens in a new tab)
- Planned re-entry
- Bringing a spacecraft or rocket stage back into the atmosphere deliberately, at a chosen time and over a chosen place, rather than letting it fall where it will.
- NSIL
- NewSpace India Limited, a public sector undertaking under the Department of Space and ISRO's commercial arm.
- Technology transfer
- Handing a mature design and its manufacturing expertise to industry, with the developer supporting the company for a fixed period.
Also filed elsewhere
- Everest and full-flow staged combustion · on Launch vehicles, satellites and applications
The cycle an engine runs on decides how much of its propellant ends as thrust, and how hard the engine is to build.
- Vikram-1 · on Launch vehicles, satellites and applications
Vikram-1 is a four stage launch vehicle about 22 metres tall, built by Skyroot Aerospace of Hyderabad, with three solid stages and a restartable liquid upper stage called the Orbital Adjustment Module.