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NASA tests a new radiation-hardened processor 500x more powerful than current chips, aiming to give spacecraft the intelligence to explore deep space on their own.

A new approach to training humans to operate robots on the moon’s surface.

Artificial intelligence helps spacecraft make decisions in real time, but challenges like power and trust slow progress in space missions.

A perfect backgrounder on the Odysseus Moon landing by Matteo Borri, an open source roboticist and inventor of a chlorophyll detecting laser that was included on the Mars Perseverance Rover.

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.

Discovery of near-surface water ice in Amazonis Planitia could support future human missions and reveal clues about Mars’ past habitability.

Northrop Grumman is using NVIDIA technology to improve spacecraft operations and develop advanced robotics for complex space missions.

New ideas for NASA's Innovative Advanced Concepts (NIAC) program range from robotics to lunar construction. 

Using 26 cameras, "PLATO" will look for potential habitable zones that can be examined in detail, and will study their Sun-like stars