New Delhi, May 4 (BNP): India is set to take a major step in space technology with the planned launch of its first artificial intelligence-powered orbital data centre satellite, named Pathfinder, under a collaboration between space-tech company Pixxel and AI startup Sarvam AI. The mission is targeted for launch in the fourth quarter of 2026.
The 200-kg class satellite is designed to process data directly in space, reducing the need to transmit large volumes of raw information back to Earth. This approach is expected to enable faster, real-time insights for applications such as environmental monitoring, defence analysis, and resource management.
Sarvam AI will provide the artificial intelligence systems for the mission, including advanced language models and onboard GPU-based computing for in-orbit data processing, training, and inference.
Pixxel will be responsible for the development, manufacturing, launch, and operation of the satellite. The spacecraft will be built at its upcoming Gigapixxel facility, which is designed for large-scale satellite production.
The project also aims to address limitations of traditional ground-based data centres, such as high energy consumption, land requirements, and cooling challenges, by leveraging solar power in space.
The initiative reflects a broader push toward digital and space sovereignty, focusing on running India-developed AI models on Indian-built infrastructure in orbit, reducing dependence on external cloud systems.
In parallel developments, Indian space startups are also expanding capabilities in advanced satellite technologies. GalaxEye has recently introduced “Drishti,” an OptoSAR satellite combining optical and radar imaging for all-weather observation, while other ventures like NeevCloud and AgniKul are exploring space-based data centre concepts, with pilot projects expected in the coming years.
Overall, the Pathfinder mission marks a significant step in integrating artificial intelligence with space infrastructure, positioning India at the forefront of next-generation space computing technologies.
