From Rocket Engines to AI Models: IN-SPACe Bets Big on Three Indian Space Startups

The Technology Adoption Fund marks a strategic shift as the government moves from policy facilitation to direct financial backing of indigenous deep-tech space innovations.

The race to make India a global hub for space commerce just got a significant financial push. The Indian National Space Promotion and Authorisation Centre (IN-SPACe) has officially greenlit its first round of funding under the Technology Adoption Fund (TAF) scheme, selecting three startups to help sharpen the nation’s competitive edge. Among those chosen are two firms from Bengaluru—Astrobase Space Technologies and SatSure Analytics India—alongside Hyderabad-based TM2SPACE Technologies.

The selection process was far from a casual handshake. It involved a rigorous, multi-stage evaluation by an expert committee drawn from ISRO, the Department for Promotion of Industry and Internal Trade (DPIIT), the Department of Science and Technology (DST), and various academic and industry bodies. This vetting underscores a clear intent: the government is no longer just opening doors for private players; it is actively picking winners to build critical, high-end infrastructure.

What the Startups are Building

Each startup represents a different vertical of the burgeoning space economy. Astrobase Space Technologies is tackling heavy-duty propulsion, working on a high-thrust 800 kN Closed-Cycle Liquid Rocket Engine. By focusing on a reusable LOX-LNG architecture, they are positioning themselves to support future medium-to-heavy lift launch vehicles, a crucial gap in India’s current commercial launch capabilities.

Meanwhile, SatSure Analytics is moving the needle on data intelligence. Their project, 'Dhaarini,' is a Large Earth Observation Model (LOM) that aims to serve as a foundational AI platform for remote sensing. By training on massive satellite and aerial datasets, the model is designed to provide actionable insights for sectors as diverse as agriculture, infrastructure, and disaster management. Rounding out the trio, TM2SPACE is developing indigenous AI-powered star trackers—StarSense Lite and StarSense Pro—to provide the high-precision pointing accuracy required for modern CubeSats and larger communication satellites.

Why it Matters: The Bigger Picture

This move is a vital gear shift in India’s space strategy. Historically, the burden of innovation rested almost entirely on ISRO’s shoulders. By deploying the Technology Adoption Fund, IN-SPACe is effectively de-risking the "valley of death" that many deep-tech startups face when trying to move from lab-scale prototypes to commercial-grade technology.

Dr. Pawan Goenka, Chairperson of IN-SPACe, has framed this as a mission to transform private entities into global leaders. For the industry, this is a signal that the government recognizes the need for indigenous tech that can compete on price and performance against established international players. However, the path forward remains dependent on a broader ecosystem shift. Industry voices have repeatedly pointed out that beyond funding, the long-term growth of the sector requires a seamless, single-window clearance mechanism to avoid the bureaucratic hurdles that still occasionally slow down high-speed innovation. If the TAF can bridge the gap between capital and capability, it could well be the catalyst that turns Indian private startups into the backbone of a multi-billion dollar global space supply chain.