Modern civilization now rests on four primary pillars:
1. Water for drinking and agriculture.
2. Energy for homes and industry.
3. Sewage systems for waste treatment.
4. Compute capacity for information processing.
Data centers compete with society for two of these pillars namely water and power. They require enormous amounts of both, and their demands are growing rapidly as the AI arms race accelerates. This pressure comes at a time when many regions are already economically strained. In some places, utility costs are rising while post-COVID economic aftereffects have weakened local tax bases. The result is a growing tension between digital infrastructure and public well-being.
I think data centers will continue to be the focus of increasing public resentment, growing protest and potentially violence. You can already see the pattern emerging. Across municipalities, people are agitated about water and power being diverted toward these facilities. They ask a fair question: Why should the needs of data centers outweigh the needs of local communities?
It’s easy to see how the modern data center has become a kind of universal symbol of broader public anger and resentment. Both data centers and AI have come to be seen as a mysterious monster that sucks up water and power like an invisible digital Godzilla. When people feel ignored and pushed aside, when the essentials of life are rationed or made more expensive, people look for something to blame. A massive structure, owned by distant billionaires and filled with silent machines drinking power and water 24/7, makes for an easy villain.
Agreed very good points. The thing I wonder though is in America, do we even have a societal and business culture that would’ve produced the type of forward looking vision and planning that you describe.
Well said Kenneth. But the truth is, this conflict between data centers and local communities over water and power should never have existed in the first place—or at the very least, it should have been integrated and resolved right at the start of this massive AI investment boom. This could have been a historic opportunity to upgrade America’s infrastructure (a point I’ve discussed before with Will Smith’s audience).
The reason I say it shouldn't exist is by looking at counterexamples: even a manufacturing-first nation like China strictly separates industrial power and water from residential supply, explicitly pricing industrial usage much higher.
What the U.S. urgently needs today is a full-scale infrastructure overhaul—deploying solar, wind, utility-scale battery storage, ultra-high-voltage (UHV) transmission, and smart grids all at once. Just look at what Elon Musk has been preaching and building: America doesn't lack the core technologies (except perhaps for the last two). These grid upgrades should have been a non-negotiable component of the hundreds of billions in AI capital expenditure, which would have ultimately modernized energy access for surrounding communities as well.
It should have been a win-win. Instead, due to short-sighted planning, it has devolved into friction and a backlash against AI development. What a missed opportunity.
Ah, is this that piece about the successful AI jailbreak that went viral at lightning speed around the globe? I absolutely loved reading it!! And then honestly speaking, this thrilling and enjoyable piece is a classic case of a non-STEM observer successfully crafting a STEM story. Without all the anthropomorphism and philosophical speculation, the whole event boils down to a dry PIA among SRE engineers: a group of people checking logs, finding one or more infrastructure bugs, creating a few Jira tickets, and then waiting for those issues to be fixed before running another plain, unexciting sandbox test next week—and that’s it.
100% agree with this article—I sincerely hope more people read it and join the discussion.
At the end of the day, the real shame comes down to two glaring oversights: Why wasn't a comprehensive plan to upgrade power infrastructure integrated into the CHIPS and Science Act in the first place? And how on earth did Big Tech expect to free-ride and compete with local communities for existing resources?
Modern civilization now rests on four primary pillars:
1. Water for drinking and agriculture.
2. Energy for homes and industry.
3. Sewage systems for waste treatment.
4. Compute capacity for information processing.
Data centers compete with society for two of these pillars namely water and power. They require enormous amounts of both, and their demands are growing rapidly as the AI arms race accelerates. This pressure comes at a time when many regions are already economically strained. In some places, utility costs are rising while post-COVID economic aftereffects have weakened local tax bases. The result is a growing tension between digital infrastructure and public well-being.
I think data centers will continue to be the focus of increasing public resentment, growing protest and potentially violence. You can already see the pattern emerging. Across municipalities, people are agitated about water and power being diverted toward these facilities. They ask a fair question: Why should the needs of data centers outweigh the needs of local communities?
It’s easy to see how the modern data center has become a kind of universal symbol of broader public anger and resentment. Both data centers and AI have come to be seen as a mysterious monster that sucks up water and power like an invisible digital Godzilla. When people feel ignored and pushed aside, when the essentials of life are rationed or made more expensive, people look for something to blame. A massive structure, owned by distant billionaires and filled with silent machines drinking power and water 24/7, makes for an easy villain.
Agreed very good points. The thing I wonder though is in America, do we even have a societal and business culture that would’ve produced the type of forward looking vision and planning that you describe.
Well said Kenneth. But the truth is, this conflict between data centers and local communities over water and power should never have existed in the first place—or at the very least, it should have been integrated and resolved right at the start of this massive AI investment boom. This could have been a historic opportunity to upgrade America’s infrastructure (a point I’ve discussed before with Will Smith’s audience).
The reason I say it shouldn't exist is by looking at counterexamples: even a manufacturing-first nation like China strictly separates industrial power and water from residential supply, explicitly pricing industrial usage much higher.
What the U.S. urgently needs today is a full-scale infrastructure overhaul—deploying solar, wind, utility-scale battery storage, ultra-high-voltage (UHV) transmission, and smart grids all at once. Just look at what Elon Musk has been preaching and building: America doesn't lack the core technologies (except perhaps for the last two). These grid upgrades should have been a non-negotiable component of the hundreds of billions in AI capital expenditure, which would have ultimately modernized energy access for surrounding communities as well.
It should have been a win-win. Instead, due to short-sighted planning, it has devolved into friction and a backlash against AI development. What a missed opportunity.
Strongly agree.
Ah, is this that piece about the successful AI jailbreak that went viral at lightning speed around the globe? I absolutely loved reading it!! And then honestly speaking, this thrilling and enjoyable piece is a classic case of a non-STEM observer successfully crafting a STEM story. Without all the anthropomorphism and philosophical speculation, the whole event boils down to a dry PIA among SRE engineers: a group of people checking logs, finding one or more infrastructure bugs, creating a few Jira tickets, and then waiting for those issues to be fixed before running another plain, unexciting sandbox test next week—and that’s it.
100% agree with this article—I sincerely hope more people read it and join the discussion.
At the end of the day, the real shame comes down to two glaring oversights: Why wasn't a comprehensive plan to upgrade power infrastructure integrated into the CHIPS and Science Act in the first place? And how on earth did Big Tech expect to free-ride and compete with local communities for existing resources?
These missteps need to be corrected immediately.