They've essentially said "pen company won't let us use their pens as neutron flux regulator rods, so anyone building power plants for us isn't allowed to use these pens as pens"
(and yeah, there might be a completely legitimate reason to stop your subcontractors from using HuaweiSpyPens, but determining that ACME Pens is just as dangerous because they refused your neutron flux regulator order looks like a punitive measure, not practical risk reduction)
I don't think anyone doubts that subcontracts exist. They doubt that Anthropic's insistence that Claude isn't capable of being the operating system for an automated killbot and associated terms the DoD previously agreed to means that there's any danger to the US military from Lockheed Martin using Claude as a code assistant to build GUIs.
When I looked it up earlier, it seemed to me that to scale this up we would require larger rockets than Starship if we cannot launch hundreds of times per day.
People use that argument because one of the chief bullshit arguments put forward by proponents of space based datacentres is "space is cold", when what they actually mean is "space lacks the possibility of using relatively efficient conductive cooling, so we need to expensively launch large amounts of additional mass to use radiative cooling, consider the extent to which we can shield our miles of active cooling loops from impact, and under current plans all of this mass must be replaced on the same cycles as the chips"
"Space is cold" is classic zero effort to make, significant effort to refute stuff: proponents imply complete nonsense about vacuums being optimal for cooling and anyone who understands why this is a lie to gull retail investors ends up getting bogged down in "sure, but Boltzmann equations proving it's prohibitively expensive doesn't prove it isn't possible"...
Yeah. Starcloud is notable for two things: firstly that they've raised a lot of money and secondly that theyve already abandoned the nonsense in their white paper and shifted to a "lots of satellites" model like everyone else exploring orbital datacentres...
"Guys with guns" can be found to work for pretty much anyone willing to pay them. Organizations don't struggle to recruit hired guns for organisations that are illegal or regarded by much of the public as akin to the Gestapo, they're not going to collectively boycott guarding buildings housing the cute little chatbot on their phone out of social impact concerns.
The disadvantage is that your power generation infrastructure needs replacing at the same time as your chips (at least under current designs) which negates any advantage of needing fewer solar panels at any one point in time and less energy storage.
Also you have to pay for them to be launched, which isn't cheap even if you're SpaceX.
It's mostly overflowing with wannabe business influencers using AI to generate all their "insights". Say what you like about the Instagram selfie set, at least they put the effort in.
Laser links for satellites work fine, but if you're up against a 10 year old spy satellite or you're selectively jamming their SAR (radar imaging) or GLONASS positioning rather than their comms...
It's also a favourite stat of the UK space industry that a large percentage of UK GDP is vaguely linked to space in some way, and "some of your financial transactions touch a satellite uplink or require location data" is one of the more tangible non-obvious ones.
(and yeah, there might be a completely legitimate reason to stop your subcontractors from using HuaweiSpyPens, but determining that ACME Pens is just as dangerous because they refused your neutron flux regulator order looks like a punitive measure, not practical risk reduction)
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