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Indian Startup To Launch Computing Satellite on SpaceX Rocket

Reported by Ananya Das (Senior Writer) · Indian Express - Technology ·

Verified — Confirmed by a second source: Economic Times - Tech

Confirmed by a second source: Economic Times - Tech

Important
Indian Startup To Launch Computing Satellite on SpaceX RocketRepresentative image · Wikimedia Commons

Launch Plan

Indian space startup TakeMe2Space plans to launch the country's first orbital computing satellite on October 1 using a SpaceX rocket. The spacecraft, named MOI-1A, weighs less than 50 kilograms and will fly on SpaceX's Transporter-18 rideshare mission. Founder and CEO Ronak Samantray stated that the satellite carries Nvidia Orin NX edge-computing processors and has about 150 watts of power.

Customer Base

The company has signed 23 customers for this mission. These users include geographic information system companies, educational institutions, and commercial firms working in agriculture, mining, supply-chain management, and insurance. US-based space data analytics firm Little Place Labs is among the clients. Instead of downloading heavy raw datasets, customers can upload containerized AI models to process data directly in orbit over a target area and receive only the final analysis back on Earth.

Future Goals

TakeMe2Space previously ran a technology-demonstration mission in late 2024 to test uploading applications and running AI inference in orbit, though a subsequent satellite named MOI-1 was lost due to a launch-vehicle third-stage failure. The startup designs and builds most satellite subsystems in India while buying chips, solar cells, and propulsion systems from outside suppliers. The long-term plan includes building larger, networked satellites starting in 2027 and offering cold storage in orbit for financial and defence data backups.

Context

Space startups are increasingly looking at edge computing in orbit to cut down the high bandwidth costs of sending massive amounts of raw satellite imagery back to Earth. Processing data directly in space allows users to get critical insights much faster while avoiding terrestrial network bottlenecks.

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