This was a completely vapid article. I expected some technical details at least, but instead it's an LLM generated poem confirming it worked in a short interval, which nobody doubts it would. All eyes are on long term heat dissipation and the impact of radiation and success of radiation hardening meterials and processes.
Making it difficult to shut down AI’s is very important. There’s a real chance we end up with a regulatory capture cartel that’s enforced because of “safety”.
But there are solid engineering and logistical advantages. Not having to deal with nimby’s, permitting, data center blowback is a big advantage. It’s difficult to spin up new power infrastructure in western countries, and putting up a satellite with direct 24/7 solar power means you can skip the headache of building new power infrastructure. My electricity bill has increased by 50% in the last year and most of that increase is likely because of data centers powering AI. If we can instead directly power that compute in orbit from the sun then it will not increase demand on existing power infrastructure.
The standard motivation is 24/7 unfiltered sunlight to power the AI with, where you're not in anyone's backyard and don't need to convince a planning commission.
> The standard motivation is 24/7 unfiltered sunlight to power the AI with, where you're not in anyone's backyard and don't need to convince a planning commission.
The orbit that this is in doesn't meet that criteria. While it is in a near polar orbit, it is not in a dusk dawn orbit ( https://en.wikipedia.org/wiki/Sun-synchronous_orbit ). Half of its orbit is in shadow.
As I wrote this, it is above Campo Grande, Brazil. The time there is 10 pm.
You do, though. The FAA/AST govern launches. I'm no rocket scientist but building a rocket and launching it is probably much harder than building a small data center.
It’s probably a lower regulatory burden to get the approval of the FAA than it is any number of municipal bodies to get approval for building and powering a new data center. There are a lot of people that need to sign off on things. When you’re talking about space, if you can afford and build it, that list is pretty short.
I’m not convinced that the economics are favorable to space based data centers, but ironically, it still might be a lower hurdle than terrestrial data center approval.
The FAA is federal, and may pre-empt state/local laws (see: CFTC, Kalshi/Polymarket/etc).
It's also pretty well accepted that the FAA is very cozy to SpaceX, and partially because NASA is basically dependent and beholden on SpaceX at the moment.
It’s not though. There’s existing rocket launches that fit within a well established federal regulatory framework. Building data centers has overlapping state and municipal regulations as well as local opposition.
A competing team at Google already exfiltrated the weights of the model running on the satellite and uploaded them to huggingface! https://huggingface.co/google/gemma-4-E4B
Putting AI in space is a silly idea. How do you cool it reliably? How do you handle rad-hardness? How do you even get the gear up there? It's one of the most expensive places to put mass.
Using geothermal power or floating solar arrays in the ocean makes way more sense. It's much easier to access, you have water for a heat sink, and you're far away from anyone or anything that would really care.
More controversially, if geothermal or solar doesn't pan out, you could power it via nuclear microreactors (just what I want floating in my world's ocean) or gas that would otherwise be flared off from a deep sea oil well (CO2 non-withstanding).
Satellite cooling is long figured out, the problem is that it requires a ton of expensive mass.
Radiation hardening is not a huge issue in LEO either. It is an issue, not the issue.
Overall, it's like choosing international flights as your choice of a restaurant. It's...fundamentally...doable...? But nobody knows why you would want that, unless flying GPUs is the point rather than to offer a competitive service using the server sats.
The public doesn't need to. If these companies actually try to build datacenters in space they will bankrupt themselves. It's a ridiculously stupid idea.
The fact that this comment is being downvoted says so much about so many things. And so many people. This community--not just HN, I'm talking about tech at large--has totally lost its way.
Is this the piece of junk that can only run for 15min at a time before it overheats? They probably could have done some more analysis before launching it into space.. Like put the radiator in a vacuum chamber maybe? Or do some thermal modelling? Or did they know it would do this and launch it anyway? Would love to know why.
> The chips can operate for about 15 minutes in space before needing to be shut down so they can cool off, said Travis Beals, Google’s senior director of product management for Project Suncatcher.
What a load of horseshit. A model running on a ESP32 running off a questionable powerbank supply with dodgy coding and worse storage reliability can do that.
The only thing anyone cares about is whether the (economic)math works on put AI in space.
But there are solid engineering and logistical advantages. Not having to deal with nimby’s, permitting, data center blowback is a big advantage. It’s difficult to spin up new power infrastructure in western countries, and putting up a satellite with direct 24/7 solar power means you can skip the headache of building new power infrastructure. My electricity bill has increased by 50% in the last year and most of that increase is likely because of data centers powering AI. If we can instead directly power that compute in orbit from the sun then it will not increase demand on existing power infrastructure.
The orbit that this is in doesn't meet that criteria. While it is in a near polar orbit, it is not in a dusk dawn orbit ( https://en.wikipedia.org/wiki/Sun-synchronous_orbit ). Half of its orbit is in shadow.
As I wrote this, it is above Campo Grande, Brazil. The time there is 10 pm.
https://satellitemap.space/sat/100902
I’m not convinced that the economics are favorable to space based data centers, but ironically, it still might be a lower hurdle than terrestrial data center approval.
It's also pretty well accepted that the FAA is very cozy to SpaceX, and partially because NASA is basically dependent and beholden on SpaceX at the moment.
I suppose it’s beyond hard anyone would hijack their satellite but still. Wonder if they put any physical security on it anyway.
Using geothermal power or floating solar arrays in the ocean makes way more sense. It's much easier to access, you have water for a heat sink, and you're far away from anyone or anything that would really care.
More controversially, if geothermal or solar doesn't pan out, you could power it via nuclear microreactors (just what I want floating in my world's ocean) or gas that would otherwise be flared off from a deep sea oil well (CO2 non-withstanding).
Radiation hardening is not a huge issue in LEO either. It is an issue, not the issue.
Overall, it's like choosing international flights as your choice of a restaurant. It's...fundamentally...doable...? But nobody knows why you would want that, unless flying GPUs is the point rather than to offer a competitive service using the server sats.
It’s totally doable.
https://m.youtube.com/watch?v=FlQYU3m1e80
> The chips can operate for about 15 minutes in space before needing to be shut down so they can cool off, said Travis Beals, Google’s senior director of product management for Project Suncatcher.
https://www.nytimes.com/2026/09/24/technology/google-suncatc...
What a load of horseshit. A model running on a ESP32 running off a questionable powerbank supply with dodgy coding and worse storage reliability can do that.
The only thing anyone cares about is whether the (economic)math works on put AI in space.
This is a greater fool market. The only thing anyone cares about is whether they think someone else will believe the math will work out.