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Google–SpaceX

Google has deployed a prototype satellite carrying four Tensor Processing Units into low Earth orbit, initiating a long-term experiment to determine if space can host scalable artificial intelligence infrastructure. The mission aims to test whether the benefits of unfiltered solar power can outweigh the severe thermal and radiation challenges of a vacuum.

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Google's Project Suncatcher prototype launched aboard the SpaceX Transporter-18 rideshare mission on October 1.From: Google Launches First Project Suncatcher Satellite to Test In-Orbit AI Computing

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Satellites in sun-synchronous orbits can generate up to eight times more solar power than ground-based installations.From: Google Launches First Project Suncatcher Satellite to Test In-Orbit AI Computing ·
Illustration: Google's Trillium TPUs underwent extensive radiation testing at the UC Davis Crocker Nuclear Laboratory prior to launch.From: Google Launches First Project Suncatcher Satellite to Test In-Orbit AI Computing ·
Illustration: Future iterations of Project Suncatcher will test optical laser links to synchronize multiple orbital computing nodes.From: Google Launches First Project Suncatcher Satellite to Test In-Orbit AI Computing ·
Engineers must ensure the delicate TPU chips can survive forces up to 100 times Earth's gravity during launch.From: Google to Launch First AI Chips Into Space Aboard SpaceX Rocket ·