It's less than $1/TB. If you have settlement-free peering it's like fractions of a penny at scale. Cloud provider DTO pricing is literally the biggest scam on Earth.
My company spends $8,000,000/month on storage and $4,000,000/month on data with aws... In the financial reports we do we round this number away. Make of that what you will
If only we had a limitless form of energy that comes out of the sky. Or if that doesn't work, maybe there's some miraculous form of energy that can be extracted from rocks, produces no emissions whatsoever, and could power society for thousands of years.
Nah, let's make a really convoluted system to jack up energy prices for everyone, and increasingly rely on a dwindling supply of non-renewable energy.
If all the talk is true that something approximating human intelligence can be scaled simply by building more datacenters, absolutely, it will be the most desired commodity in the world surpassing all others.
> If all the talk is true that something approximating human intelligence can be scaled simply by building more datacenters.
How can an "approximation of human intelligence" be "scaled by building more datacenters"? That doesn't even make sense. You don't need more datacenters to demonstrate that you have an "approximation of human intelligence", all you need is a lab and at most 1 (one) datacenter. Only after you've demonstrated you know how to deliver the goods, you can think about scaling, retail and marketing.
The demand for the current "approximation" is out there for all to see, it's nothing like the "most desired commodity in the world", in fact, it needs huge inflationary subsidies in order to sustain some sort of demand-for-show.
Precisely, if we expect AI/LLM progress to continue as it currently is, then data centers seem like a sure fire bet. They will just print money if AI reached that level.
Back in the late 18th century, England was the world's top economy, in big part due to its textile industry. England had an export ban on the technology, but textile worker named Samuel Slater brought blueprints over (Supposedly in response to a bounty posted in a newspaper by the US government!). The technology diffused rapidly because the legal environment made competition easy, and ironically the US had better sources of energy (superior water-power sites).
Arguably, China is doing the same thing in the 21st century.
Samuel Slater did not bring blueprints over. His father died when he was 14 and he was indentured to a mill at that time. Over the next seven years (as an indentured apprentice) he received some pretty decent training in both how to operate and maintain a 32 spindle Arkwright mill. He memorized parts of the blueprints and moved to the United States. Over seven years, it would be hard not to learn parts of the mill you were indentured to. It was technically his job to learn how it worked.
A mill in Rhode Island acquired a 32 spindle Arkwright and didn’t know how to operate or install it. I have no idea how they actually acquired a 32 spindle Arkwright since that technology could not be exported - but that’s one the biggest IP thefts in human history. Slater found some mechanics who could hand turn the iron needed for the frame, trained children to operate it and by 1791, the mill was in operation.
In 1794, Eli Whitney patented a 72 spindle cotton gin. That invention enabled the American textile industry because it opened up different kinds of cotton to the textile industry.
I’m into the history of the American Industrial Revolution and generally think history is a good guidebook to the future. But the evolution of the American textile industry was a lot more complicated and interesting than this. I really don’t see this connection once you dig into Slater.
Edit - This is kind of messed up to think through with modern sensibilities. But one of Slater’s biggest contributions to the American Industrial Revolution was a slightly different take on child labour. Children generally ran the textiles industry because their hands were small. But Slater came up with a form of apprenticeship in which he would indenture entire families and move them into villages surrounding the mills. Child labour was just great… but even better when you could indenture the entire family. As grisly as that sounds, it led to a very skilled workforce since when the kids hands would get too big, their parents would teach them mechanics.
There’s a joy of studying the Industrial Revolution. Everything sounds okay in comparison.
Mill owners like him are precisely why New England states have child labor laws. My state prohibits anyone under 18 from operating any kind of machinery.
Why? Because mill owners would send kids into running machines to keep them running, and they'd get turned into hamburger.
Also, they'd grow up knowing how to do mill work but be useless to society for anything else.
Really? The USA has built a ton of AI datacenters, exactly because it does have energy. The US IP system has flexed to allow training on all copyrighted content - compare that to Europe where such training is effectively forbidden. Britain doesn't even allow commercial web crawls! And the US has allowed the entire world to sign up and use its LLM APIs.
Consumer energy prices in China aren’t going up because of AI data centers. Easiest way to see they have an oversupply of energy, primarily due to solar.
It absorbs the demand during the day / there’s enough for consumers. Similarly China also has a lot of nuclear. They’ve overbuilt their grid several times over.
That consumer energy prices are going up is simply a matter of public policy. Municipalities have the power to keep rates flat, but they choose not to.
This is a sight-reading test. If a musician practices a piece for thousands of hours, it would no longer be an effective sight reading / creativity test. The purpose of the test was to see how models would compose something novel requiring the ability to compose orthogonal, normally unrelated, components into a coherent image.
We do. People who, for example, memorize question banks to pass certification tests without knowing the underlying material are equally frowned upon for not having the problem solving skills that they purport to. I'll leave the contrasts between LLMs and people to the well-written sibling comments.
More like “This artist won the drawing competition because someone told her the theme in advance and the specifically practiced drawing pelicans for hundreds of hours.”
There is a lot of precedent for this. Even on Earth, in 2026, international maritime law states that there is no such thing as a vessel with "democracy" and that a captain always has supreme command. Ships, airplanes, etc are all in a category that operate as strict autocracies.
> Perhaps, but it is horrifically long in terms of human stuff.
Not really, unless you're obsessed with the idea that great works need to happen within your lifetime. Europe is chock full of cathedrals that took 400-600 years to build, worked on by countless generations who would never live to see them completed.
The difference there being that at the end of your day, having spent it masoning, you could leave the cathedral and go back to your family and have a walk in the fields and drink and be merry with people loved and new. The project wasn't the entiriety of your existence, it was merely the means to pay for it.
Unless we have generational ships the size of small countries, I'm not sure the human brain - unaided and non-forcedly evolved to do so - would be able to handle essential incarceration in a series of metal tubes for its own and its descendents existences.
Generational ships would of course need to be very large, but I doubt it would need to be as large as you think. And it doesn't need to look like metal tubes. Many northern cities have extensive underground or between-building pedestrian bridges and large shopping malls, etc that can provide quite a lot of variety and the feeling of open and green spaces that is pretty attractive during long cold winters. Whether that's 'enough' to avoid mental health issues in a permanent setting is of course a different story, but that's just one of thousands of problems that would need to be solved before that ever comes close to reality :)
Yeah, this is the problem though - ironically highlighted by my still-maintained love and hope for Starship: Beyond Earth orbit, the energy requirement to move even small tens of tons of useful life-sustaining mass is incredibly expensive.
Like, to get a useful amount of people to Mars would be... the wealth of a first world nation for tens of years. Even using nuclear engines.
A generational megaship travelling at some small percentage of c to a nearby useful star (not even the nearest ones, which are all a bit shit)?
There's just nothing within our current projected reality that could even begin to accomodate that possibility.
Never mind the fact you'd need redunancy, and at least a few hundred years of testing to ensure that whatever mega project you could ultimately send wouldn't simply get vaporised halfway through, from realities unknown.
Maybe I'm over-thinking things. It seems like a lot of people's existences essentially revolve around a pocket-sized glowing rectangle.
Future AI and a database of all of humanity's experience before launch might be enough to keep the generational populace amused and distracted for the entiriety of their meagre, trapped existence... .
> It's an unenforceable clause. The affected party has no means to prove that a breach has happened.
Big tech spends hundreds of millions in high powered lawyers, audit logs, and contractual agreements with the sole purpose of proving your point wrong.
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