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This breakthrough demonstrates that orbital data centers can effectively run complex computing models while potentially solving the growing power and water consumption crisis facing digital infrastructure on the ground.

As artificial intelligence consumes more electricity than earthly power grids can easily provide, companies explore using constant solar energy available in orbit.

Solar-powered satellite networks promise unlimited energy for artificial intelligence, enabling massive computing scale without earth's resource demands.

University of Würzburg researchers mark a world first by using artificial intelligence to autonomously guide a satellite's orientation, paving the way for self-learning space systems.

Novel algorithms help Low Earth Orbit (LEO) satellite constellations process data in real time for global connectivity.

Ambitious plans target gigawatt-scale computing in space to bypass ground-based energy and cooling constraints.

New platforms bring powerful, energy-efficient AI processing to satellites and orbital data centers, enabling real-time decisions and faster analysis of Earth imagery.

Satellites help new blockchain Bounce process transactions faster and save energy compared to Solana and Bitcoin.

A study shows that radio signals from satellites in low-Earth orbit could serve as backups when GPS services face disruptions.

A groundbreaking small satellite with a smart digital twin will monitor its own health in space.