this post was submitted on 02 Jul 2026
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There's a bunch of sealed underwater data centres and they found reliability went right up (see Project Natick). Underwater has the benefit of actually having cooling though ..
Yet Microsoft abandoned the idea because it was so fraught with commercialisation issues. Which is exactly what the experts are saying
Can't maintain, can't upgrade, can't repair, it pollutes the environment with abandoned shit and it doesn't scale
Reliability probably went up because of the extra expense put into making sure it won't immediately fail and need to be repaired
I'm not saying the space data centres are a good or even viable idea, just saying you can improve the reliability significantly if you try. The space data centre planis a non starter, there's nowhere for the heat to go.
Yes, investing in reliability will increase reliability
You can radiate the heat with a biiiig long radiator but it doesn't solve any of the other problems or improve commercial scalability
You may note that this thread is talking about data centre reliability ..
Also you can't radiate heat in space ..
The ISS has 475m^2 of ammonia filled radiators that like to disagree with you. https://en.wikipedia.org/wiki/External_Active_Thermal_Control_System
Sure. What did it cost? How many flights to get it up there? How many human spacewalk missions to maintain it?
How does the Sun work?
You can ONLY radiate heat in space..
Right, I'm sure the hard radiation will help with that as well.