India is building its own eyes and ears in orbit. The Centre has signed a Rs 64.05 crore agreement with Bengaluru-based deep-tech startup Astrome Technologies to develop an indigenous, artificial intelligence-enabled electronic intelligence (ELINT) satellite constellation for national security, a move that shifts high-end space surveillance from foreign feeds and government labs into the hands of a private Indian company.
The agreement was signed on 12 November by the Technology Development Board (TDB), which works under the Department of Science and Technology, and was announced by the Ministry of Science and Technology the same day. The funding comes from the government’s Research, Development and Innovation (RDI) Fund and will be provided as optionally convertible debt.
The total programme is worth Rs 128.11 crore, which means the government’s support covers roughly half the cost. The project aims to take the core technologies from laboratory validation to operational deployment in space.
What the Rs 64 crore deal covers
Astrome will design and progressively deploy a constellation of small microsatellites, each weighing around 50 kilograms, in low Earth orbit. Unlike a single large satellite, a constellation works as a network: several small satellites flying together can cover wider areas and revisit the same spot far more often.
The programme brings together three indigenous technologies. The first is an ELINT payload that can detect and classify electronic signals across a broad range of frequencies. The second is AI-powered ground processing software that sifts through huge streams of raw electromagnetic data to flag anomalies and actionable threats in near real time. The third is inter-satellite communication links, which let the spacecraft exchange intelligence directly with each other in orbit instead of waiting to pass over a ground station.
The official announcement does not say how many satellites will form the constellation, or when the first launch will happen. Those details have not been disclosed, and the project is at the development stage, not an operational deployment.
What is ELINT, and why does it matter
Electronic intelligence is different from the imagery most people associate with spy satellites. An optical satellite takes photographs, and clouds or darkness can block its view. An ELINT satellite listens instead: it intercepts, geolocates and analyses radio-frequency and radar transmissions from the ground, the sea and the air.
That kind of listening matters for border management and modern warfare, where tracking radar activations, naval movements and communications chatter can reveal intent long before physical assets cross a boundary. Continuous electromagnetic awareness has become as important as watching the ground itself.
Until now, securing this kind of orbital intelligence has meant either expensive bespoke government launches or buying commercial satellite feeds from foreign providers. That carries real risks: delayed access, filtered data, or geopolitical restrictions during a crisis. A sovereign constellation, built and controlled in India, removes those dependencies.
A bigger shift in India’s space strategy
The Astrome deal is part of a wider pattern. The Centre has been using the RDI Fund to back private Indian firms building strategic deep technology. In October, the Technology Development Board signed a Rs 116 crore agreement with Manastu Space Technologies, another Indian space startup, under the same fund.
TDB Secretary Rajesh Kumar Pathak said the programme reflected the potential of India’s deep-tech ecosystem to develop advanced space platforms that combine artificial intelligence, electronic intelligence and next-generation communications. The message from the government is clear: private startups are now expected to build military-grade space assets, not just supply parts to state-run laboratories.
For Astrome, a Bengaluru company best known until now for its work on high-throughput satellite communication, the deal is a major step up. The programme’s stated goal is to move its technologies from Technology Readiness Level 4, laboratory validation, to Level 9, proven operation in space.
What happens next
The hard work starts now. Astrome must engineer the ELINT payload, build the AI processing software, prove the inter-satellite links, and integrate everything into flight-ready microsatellites. Each stage has to be tested and validated before any launch.
Once the constellation is in orbit, it is meant to give Indian security agencies real-time, unfiltered situational awareness across the subcontinent and the wider Indian Ocean region. For now, though, the honest picture is that this is a development programme with a signed agreement and a funding line, and the satellites themselves are still to be built.
FAQs
What is Astrome Technologies building?
An indigenous, AI-enabled electronic intelligence (ELINT) satellite constellation made up of around 50-kg microsatellites in low Earth orbit, for national security applications.
How much funding has the government committed?
Rs 64.05 crore from the Technology Development Board under the RDI Fund, provided as optionally convertible debt. The total project cost is Rs 128.11 crore.
What is ELINT?
Electronic intelligence: intercepting and analysing radio-frequency and radar signals from the ground, sea and air, rather than taking photographs. It works through cloud cover and darkness, unlike optical imagery.
When will the satellites launch?
No launch date or satellite count has been announced. The programme is at the development stage, aiming to take the technologies from laboratory validation (TRL 4) to operational deployment (TRL 9).
Why is the government backing a private startup for this?
To build a sovereign, self-reliant space-defence industrial base and reduce dependence on foreign commercial satellite feeds, which can be delayed, filtered or restricted during a crisis.
India’s space programme has long been a public-sector story. With the Astrome deal, a private Bengaluru startup is now being trusted to build one of the most sensitive pieces of it.
