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All of us must do our bit to counteract the effects of climate change, no matter how small. This, I firmly believe. Meta appears to be taking this principle to heart, as it's proudly announced that it's to build the floor of [[link]] its data center.

The company says it has developed an open-source AI tool to design concrete mixes that are stronger and more sustainable. The efforts are part of a collaboration with cement manufacturer and the University of Illinois Urbana-Champaign in order to "accelerate the discovery of new concrete mixtures that meet traditional requirements alongside newer sustainability needs."

It's not just in the name of minimising climate impacts, either. Concrete takes time to cure, and Meta is scaling up its data center capability so quickly, it's currently while it waits for the buildings themselves to be finished.

Never mind that the concrete itself [[link]] has to be somewhat specific to the purpose. Data center racks are tremendously heavy, and the floor needs to support vast numbers of them at once, along with cooling lines, vibration dampening, and all sorts of other factors specific to the use case.

Meta's AI model uses and , two types of open-source software that specialise in Bayesian optimisation and adaptive experimentation, respectively. The model takes into account all sorts of factors, from compressive strength curves to the sustainability of the sourcing of key concrete ingredients, in order to come up with a suitable recipe for a sturdy-yet-penguin-friendly data center floor—such as the one that's been poured at the Rosemount data facility.

And, it must be said, current concrete production does appear to be a major contributor to CO2 emissions, accounting for . So, minimising the unwanted effects in large-scale constructions like this is a task worth undertaking, if you ask me.

But I can't help but think about the environmental impacts of, y'know, the data center itself. While progress is being made in renewable energy solutions, these modern data centers that it's difficult to see how renewable energy can possibly keep up.

It's not just power, either. Data centers require huge volumes of water for cooling, where the wet stuff is a precious commodity. And I haven't even started on Meta's current plans for expansion. Meta's CEO, Mark Zuckerberg, recently announced , the first of which, Prometheus, is due to come online next year.

And that's before we get to planned "titan clusters", gigantic, almost unfeasibly-large data facilities dedicated to developing AI features that, with the best will in the world, don't feel like [[link]] the highest priority when the planet appears to be .

Zuckerberg says that Meta is building "multiple more" of these gigantic facilities, and that Still, at least the floors may be made of very eco-friendly concrete.

I don't know about you, but I'm going to sleep soundly tonight knowing that fact.

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