For years, "the cloud" was a polite way of saying "someone else's computer in a warehouse in Virginia." Google apparently took the metaphor personally. It just sent AI chips into actual space.
Four TPUs Ride a Falcon 9
On October 1, 2026, Google's Project Suncatcher prototype satellite, called MVP, launched on a SpaceX Falcon 9 from Vandenberg Space Force Base as part of the Transporter-18 rideshare mission. The refrigerator-sized spacecraft was built with Planet and carries four Trillium-generation Tensor Processing Units, powered by solar arrays rated at about one kilowatt. Google says it has made contact with the satellite and that it is working as expected.
The mission is a survival test. Before launch, Google blasted Trillium TPUs with a proton beam at UC Davis's Crocker Nuclear Laboratory and says they can withstand a total radiation dose greater than a five-year space mission would deliver. In orbit, the chips are expected to run compute in short bursts of roughly 15 minutes before heat forces a cooldown. Next up, in 2027, Google and Planet plan to fly a pair of TPU satellites to test the high-bandwidth laser links that any real orbital cluster would need.
Free Sunlight, Expensive Cooling
The pitch is energy. Google says satellites in the right orbit can generate up to eight times more solar power than ground-based panels. With AI data centers draining power grids and drawing local protests, orbit has one big advantage: no neighbors to complain about noise.
Before anyone tries to move their workloads to low Earth orbit, look at that 15-minute thermal limit. Space is cold, but it's a vacuum, so getting rid of heat is surprisingly hard. Google calls Suncatcher a long-term "research moonshot," and that's an honest label. This is the very first experiment in a long series, not a product launch.
Still, it's worth watching. Google isn't the only one looking upward: on the same Transporter-18 flight, Indian startup TakeMe2Space sent up a satellite that processes Earth-observation imagery with onboard AI instead of sending all the raw data down to the ground. Running compute where the data and the energy are, rather than shipping everything back to a warehouse, is becoming a theme, whether that's at the edge, in your browser, or a few hundred kilometers overhead.
Your website isn't hosted on a satellite yet, but it's fun to know that "where are your servers?" might eventually have a cosmic answer.
Your site doesn't need orbital compute, but it does deserve infrastructure that's fast, efficient, and right-sized, and we're happy to help you work out what that looks like.
Source: CNBC