After taking one small however historic step for space-based AI, a Seattle-area startup known as Starcloud is gearing up for an enormous leap into what might be a multibillion-dollar enterprise.
The enterprise mannequin doesn’t require Starcloud to handle how the information for synthetic intelligence functions is processed. As a substitute, Starcloud offers a data-center “field” — a solar-powered satellite tv for pc outfitted with the {hardware} for cooling and communication — whereas its companions present and function the information processing chips contained in the field.
Starcloud CEO Philip Johnston mentioned his firm has already labored out a contract alongside these strains with Denver-based Crusoe Cloud, a strategic companion.
“In the long run, you possibly can consider this extra like an power supplier,” he advised GeekWire. “We inform Crusoe, ‘Now we have this field that has energy, cooling and connectivity, and you are able to do no matter you need with that. You may put no matter chip structure you need in there, and the rest.’ Meaning we don’t must pay for the chips. And by far the costliest a part of all this, by the way in which, is the chips. Far more costly than the satellite tv for pc.”
If the association works out the way in which Johnston envisions, offering utilities in area might be profitable. He laid out an bold roadmap: “The contract is 10 gigawatts of energy from 2032 for 5 years, at 3 cents per kilowatt-hour. That involves $13.1 billion price of power.”
‘Greetings, Earthlings’ from AI
Placing the items in place for that enterprise is a main focus for Redmond, Wash.-based Starcloud, which was based in 2024 by Johnston, chief know-how officer Ezra Feilden and chief engineer Adi Oltean. The co-founders are constructing on the expertise they gained at ventures starting from SpaceX’s Starlink operation to Airbus and McKinsey & Co.
Starcloud was one of many first startups to look critically into the concept of utilizing satellites as information facilities. Initially, the enterprise mannequin centered on processing information from different satellites earlier than sending it all the way down to Earth, thus economizing on the price of downlinking the uncooked information. Now, tech corporations are additionally gauging the advantages of uplinking information to orbital information facilities for processing.
The main corporations in AI — together with OpenAI, Microsoft, Amazon, Google and Meta — are spending lots of of billions of {dollars} on information facilities which might be more and more hungry for sq. footage, electrical energy and cooling capability. That has led the titans of AI, and startups like Starcloud and Sophia Area, to look towards Earth orbit as the following frontier.
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Starcloud’s first large transfer in area got here with final month’s launch of Starcloud-1, a 130-pound satellite tv for pc outfitted with an Nvidia H100 chip. Launched by a SpaceX Falcon 9 rocket, the mission aimed to show that the {hardware} on Starcloud-1 may course of AI information reliably within the harsh radiation surroundings of outer area.
This month, executives confirmed success. Utilizing the Nvidia chip, Starcloud skilled a big language mannequin known as NanoGPT, a feat that hadn’t been accomplished in area earlier than. The AI agent was skilled on the entire works of William Shakespeare — and so it answered queries in sometimes-stilted Shakespearean English. (For instance, “They will it such as you from me converse.”)
Starcloud-1 produced higher outcomes with a pre-trained model of Gemma, an open-source AI mannequin from Google. When requested for its first assertion, Gemma responded with “Greetings, Earthlings! Or, as I desire to consider you — a captivating assortment of blue and inexperienced.”
Former Google CEO Eric Schmidt, who’s now govt chairman and CEO of Relativity Area, mentioned in a put up to X that Gemma’s efficiency was “a critically cool achievement.”
Starcloud will get critical
Arising with orbital witticisms is just the start. “We’re additionally going to be operating some extra sensible workloads,” Johnston mentioned.
Subsequent 12 months, Starcloud-1’s Nvidia H100 chip will begin analyzing synthetic-aperture radar information from Capella Area’s satellite tv for pc constellation. “The thought is that we will draw insights from that information on orbit and never have to attend a number of days to downlink all that information over very sluggish RF ground-station hyperlinks,” Johnston mentioned.
Starcloud-2 is due for launch subsequent October, with about 100 occasions the power-generating functionality of its predecessor. It would carry a number of H100 chips and Nvidia’s extra superior Blackwell B200 chip. “We’re additionally flying some on-premises {hardware} from one of many large hyperscalers. I can’t say precisely who but,” Johnston mentioned.
“From there, we scale as much as Starcloud-3, which is a couple of 2-ton, 100-kilowatt spacecraft that can launch on the Starship ‘Pez Dispenser’ type issue,” he mentioned. “So we will launch lots of these.”
What number of? Johnston envisions a constellation of tens of 1000’s of satellites in low Earth orbit, or LEO. The satellites would journey in a globe-girdling “prepare,” with information transmitted from one satellite tv for pc to the following one by way of laser hyperlinks. “We simply principally have a laser mounted [on each satellite], after which we very barely regulate with a really finely tuned mirror. … You’ve got one goal that you simply’re aiming for,” Johnston mentioned.
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Johnston mentioned the corporate has begun the method of looking for a license from the Federal Communications Fee for the Starcloud-3 constellation. The plan additionally will depend on the event schedule for SpaceX’s Starship super-rocket, which might be charged with deploying the satellites.
Starcloud will want funding as properly, from traders and from potential prospects such because the U.S. Area Pressure. “We’ve raised about $34 million as of at the moment,” Johnston mentioned. “So we’re funded truly via the following two launches no less than.” He mentioned the corporate could think about a Sequence A funding spherical within the first half of 2026 to help the event of Starcloud-3.
Starcloud presently has 12 crew members. “We may simply triple the dimensions of the crew now … however we’ve received among the most kick-ass engineers within the enterprise,” Johnston mentioned. The corporate is prone to be in search of a much bigger facility subsequent 12 months. “We’ll keep in Redmond, virtually definitely,” Johnston mentioned.
Over the previous 12 months, business observers have been debating whether or not orbital information facilities may actually supply a greater worth proposition than terrestrial information facilities. However in mild of the curiosity that’s been coming from the likes of SpaceX’s Elon Musk and Blue Origin’s Jeff Bezos, Johnston feels as if the controversy has now been settled.
“Individuals appear to belief that if Elon needs to do it, then there have to be a smart approach to determine that out,” Johnston mentioned.
Can Starcloud deal with the competitors from SpaceX or the dominant gamers within the information heart market? Johnston famous that Google not too long ago introduced an AI-in-space moonshot known as Challenge Suncatcher, “which is precisely what we’re doing.”
“They’re paying Planet Labs to do a demo in 2027, and as I perceive it, the demo they’re doing in 2027 is much less highly effective than the one we’ve received in orbit — so we’ve an enormous head begin in opposition to all of these guys, AWS and SpaceX being the exceptions,” Johnston mentioned.
“I believe we develop into an fascinating companion for a few of these of us,” he added. “And I don’t imply an acquisition goal essentially. I do imply doubtlessly a companion.”
Placing tens of 1000’s of satellites in low Earth orbit appears like a job of astronomical proportions. But when all the pieces comes collectively the way in which Johnston hopes, Starcloud’s power-generating, data-crunching satellites may go even farther on the ultimate frontier.
“There are various completely different locations you possibly can put them, additional away from Earth,” Johnston mentioned. “We’re lunar orbits. We’re another Lagrangian factors — the lunar L1 to Earth, additionally simply the Earth L1. It’s truly much less radiation than in LEO.”
