Technology Development Board Grants Rs 64.05 Crore to Astrome for AI-ELINT Constellation

The Technology Development Board has signed an agreement with Bengaluru-based enterprise Astrome Technologies to provide Rs 64.05 crore in financial assistance for an indigenous artificial intelligence electronic intelligence satellite constellation, according to FinTech BizNews Service. The initiative represents an overall project investment of Rs 128.11 crore supported through the central government's Research, Development and Innovation Fund. Financing will be extended through optionally convertible debt instruments to advance indigenous spaceborne intelligence systems from Technology Readiness Level 4 to operational readiness at Level 9. The space project seeks to establish a sovereign intelligence architecture tailored for persistent strategic surveillance and national security applications.

Constellation Architecture and Satellite Payload Engineering

The technological initiative encompasses the engineering, progressive fabrication of specialized microsatellites within the 50 kg mass class. Designed to operate in low Earth orbit, the constellation aims to deliver high-revisit frequencies and persistent signal monitoring across strategic geographical zones. The satellite platform integrates a wideband electronic intelligence sensor payload engineered to intercept, identify, and analyze radiofrequency emissions across broad spectral bands. Complementing spaceborne sensors, artificial intelligence algorithms embedded in ground stations will automate the rapid sorting, classification, and interpretation of complex signal data. The comprehensive programme integrates three primary technological pillars, comprising an electronic intelligence payload, artificial intelligence ground processing systems, and inter-satellite communication links.

Inter-Satellite Communications and Deep-Tech Integration

A central technological component of the programme involves developing direct optical or radiofrequency inter-satellite crosslinks between individual orbital nodes. In-orbit data networking allows constellation satellites to exchange operational intelligence directly in space. The development framework sits within the deep-technology space sub-sector, combining satellite fabrication, electronic intelligence gathering, and artificial intelligence data processing. The project represents the convergence of frontier aerospace engineering with secure orbital telecommunications to support defense and intelligence modernization. The orbital architecture is structured around low Earth orbit platforms, with the objective of progressively enhancing coverage and revisit frequency as successive spacecraft join the constellation.

Strategic Capabilities and Deep-Tech Funding Milestones

Technology Development Board Secretary Rajesh Kumar Pathak stated that growing domestic space capabilities provide valuable opportunities to combine indigenous engineering with artificial intelligence. Pathak emphasized that developing sophisticated deep-technology platforms requires sustained capital allocation and disciplined industrial validation across Indian private enterprises. Astrome Technologies stated that public funding support will accelerate systems integration to transition the AI-ELINT architecture toward full operational readiness. The agreement follows an earlier October pact where the board committed Rs 116 crore to Manastu Space Technologies to develop green satellite propulsion systems. The board previously supported Astrome Technologies Private Limited on July 23, 2022, for the productization and commercialization of its GigaMesh Solution, according to Press Information Bureau.