The Policy Shift Launching a New Industry
Until recently, private Indian companies were mostly suppliers to the Indian Space Research Organisation (ISRO). The idea of a private firm building and launching its own orbital rocket was science fiction. That changed with policy reforms finalised in the Indian Space Policy
2023. This created a new regulatory body, the Indian National Space Promotion and Authorization Centre (IN-SPACe), to act as a single-window agency for private players. IN-SPACe's role is to authorise and facilitate private space activities, from sharing ISRO's world-class facilities to providing a predictable framework for investment. This shift allows ISRO to focus on advanced research and national missions like Gaganyaan, while private industry takes on commercial launch and satellite services. The result has been an explosion of innovation, with nearly 400 space startups emerging by 2026.
Building India's Private Workhorse Rockets
At the forefront of this new wave are the companies building launch vehicles. Hyderabad-based Skyroot Aerospace became a trailblazer with the successful orbital launch of its Vikram-1 rocket in July 2026, making India only the third country with a private company capable of reaching orbit. The Vikram series of rockets is designed to provide cost-effective and on-demand launch services for the booming small satellite market. Close behind is Chennai-based Agnikul Cosmos, which is developing the highly configurable Agnibaan rocket. Agnikul's technological edge comes from its 3D-printed, single-piece semi-cryogenic engine, the Agnilet. This innovation drastically cuts down manufacturing time. After a successful suborbital test in May 2024, the company is now planning an orbital mission that will also attempt to recover the rocket's first stage, a crucial step towards reusability and lower launch costs.
A New Set of Eyes in the Sky
While some companies build the rides to space, others are focused on the payloads. Pixxel is a leader in this domain, building a constellation of hyperspectral imaging satellites. Unlike standard cameras, hyperspectral imagers capture light across hundreds of narrow bands, revealing the chemical signature of materials on Earth. This technology has powerful applications in agriculture for monitoring crop health, in energy for detecting pipeline leaks, and for tracking climate change indicators like deforestation. Pixxel successfully launched the first six satellites of its Firefly constellation in 2025 and is now developing its next-generation Honeybee constellation. Another key player, GalaxEye, launched its Drishti satellite in May 2026, the world's first to combine both optical and Synthetic Aperture Radar (SAR) imaging, allowing it to see through clouds and at night.
The Ecosystem Builders: Platforms and Propulsion
A healthy space ecosystem needs more than just rockets and satellites; it needs a full supply chain. Dhruva Space is a full-stack company that provides a range of solutions, including satellite platforms and deployers. The Hyderabad-based startup is developing a 500 kg-class satellite platform under 'Project Garud' designed for high-volume manufacturing, aiming to support large constellations for communications and national security. The company recently signed a major contract with French firm Safran to supply critical systems for a strategic surveillance satellite program. Meanwhile, Bengaluru-based Bellatrix Aerospace is focused on making satellites move efficiently in orbit. The company develops advanced propulsion systems, including eco-friendly green thrusters and highly efficient Hall-effect thrusters that use electricity to propel spacecraft. These components are vital for extending the life of satellites and enabling complex orbital manoeuvres.
