Putting a datacenter in space is one of the worst ideas I've heard in a while. Reliable energy? Possible, but difficult -- need plenty of batteries Cooling? Very difficult. Where does the heat transfer to? Latency? Highly variable. Equipment upgrades and maintenance? Impossible. Radiation shielding? Not free. Decommissioning? Potentially dangerous! Orbital maintenance? Gotta install engines on your datacenter and kee…
Starcloud can’t put a data centre in space at $8.2M in one Starship
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Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#82Earlier quoted context omitted.
there literally is nothing to absorb the heat. Conduction and convection are out, all you got is radiation. new vc rule: no investing in space startups unless their founders have 1000 hours in KSP and 500 hours in children of a dead earth
I’d settle for at least a high school physics education. This idea seemed insane when I first heard about it a few weeks back. This analysis just makes it that much more crazy. If YC is hell bent on lighting piles of money on fire, I can think of some more enjoyable ways.
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#83Space roboticist here. As with a lot of things, it isn't the initial outlay, it's the maintenance costs. Terrestrial datacenters have parts fail and get replaced all the time. The mass analysis given here -- which appears quite good, at first glance -- doesn't including any mass, energy, or thermal system numbers for the infrastructure you would need to have to replace failed components. As a first cut, this would re…
On Earth we have skeleton crews maintain large datacenters. If the cost of mass to orbit is 100x cheaper, it’s not that absurd to have an on-call rotation of humans to maintain the space datacenter and install parts shipped on space FedEx or whatever we have in the future.
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#84Space roboticist here. As with a lot of things, it isn't the initial outlay, it's the maintenance costs. Terrestrial datacenters have parts fail and get replaced all the time. The mass analysis given here -- which appears quite good, at first glance -- doesn't including any mass, energy, or thermal system numbers for the infrastructure you would need to have to replace failed components. As a first cut, this would re…
I won't say it's a good idea, but it's a fun way to get rid of e-waste (I envision this as a sort of old persons home for parted out supercomptuers)
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#85Space roboticist here. As with a lot of things, it isn't the initial outlay, it's the maintenance costs. Terrestrial datacenters have parts fail and get replaced all the time. The mass analysis given here -- which appears quite good, at first glance -- doesn't including any mass, energy, or thermal system numbers for the infrastructure you would need to have to replace failed components. As a first cut, this would re…
Why does it need to be robots? On Earth we have skeleton crews maintain large datacenters. If the cost of mass to orbit is 100x cheaper, it’s not that absurd to have an on-call rotation of humans to maintain the space datacenter and install parts shipped on space FedEx or whatever we have in the future.
Consider that we've been at the point where layers of monitoring & lockout systems are required to ensure no humans get caught in hot spots, which can surpass 100C, for quite some time now.
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#86Putting a datacenter in space is one of the worst ideas I've heard in a while. Reliable energy? Possible, but difficult -- need plenty of batteries Cooling? Very difficult. Where does the heat transfer to? Latency? Highly variable. Equipment upgrades and maintenance? Impossible. Radiation shielding? Not free. Decommissioning? Potentially dangerous! Orbital maintenance? Gotta install engines on your datacenter and kee…
There will probably be a lot more edge computing in the future. 20 years ago engineers scoffed at the idea of deploying code into a dozen regions (If you didn’t have a massive datacenter footprint) but now startups do it casually like it’s no big deal. Space infrastructure will probably have some parallels.
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#87- lots of cheap power - deploy 100s of ASICs, let each of them fail as they go
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#88good use case for bitcoin mining? - lots of cheap power - deploy 100s of ASICs, let each of them fail as they go
Re: Starcloud can’t put a data centre in space at $8.2M in one Starship
#89Putting a datacenter in space is one of the worst ideas I've heard in a while. Reliable energy? Possible, but difficult -- need plenty of batteries Cooling? Very difficult. Where does the heat transfer to? Latency? Highly variable. Equipment upgrades and maintenance? Impossible. Radiation shielding? Not free. Decommissioning? Potentially dangerous! Orbital maintenance? Gotta install engines on your datacenter and kee…
We’re probably thinking of it the wrong way. Instead of a single datacenter it’s more likely we build constellations and then change the way we write software. There will probably be a lot more edge computing in the future. 20 years ago engineers scoffed at the idea of deploying code into a dozen regions (If you didn’t have a massive datacenter footprint) but now startups do it casually like it’s no big deal. Space i…
Are there many startups actually taking real advantage of edge computing? Smaller B2B places don't really need it, larger ones can just spin up per-region clusters.... and then for 2C stuff you're mainly looking at static asset stuff which is just CDNs?
Who's out there using edge computing to good effect?