- Erin Brockovich’s data center map now tracks 104 facilities and over 2,716 community-submitted impact reports across the US.
- The data center map captures operational, under-construction, and proposed sites — revealing where AI infrastructure is clashing with local communities.
- Investigating data center impacts is rapidly becoming its own journalism beat as AI demand drives unprecedented construction.
- Some communities are welcoming data centers for economic reasons while others are contesting or blocking them entirely.
- Erin Brockovich’s data center map now tracks 104 facilities and over 2,716 community-submitted impact reports across the US.
- The data center map captures operational, under-construction, and proposed sites — revealing where AI infrastructure is clashing with local communities.
- Investigating data center impacts is rapidly becoming its own journalism beat as AI demand drives unprecedented construction.
- Some communities are welcoming data centers for economic reasons while others are contesting or blocking them entirely.
The Data Center Map Nobody in Big Tech Wanted Built
When most people think of Erin Brockovich, they think of contaminated water in Hinkley, California — a legal battle that became a cultural touchstone. Now she’s turned her attention to a new kind of infrastructure creeping into American communities, and she’s built a data center map to document exactly where it’s landing and what it’s doing when it gets there.
The map, published on Brockovich’s own platform, currently shows 33 operational data centers, 44 under construction, and 27 proposed — a snapshot of an industry expanding at a pace that’s outrunning local oversight in many parts of the country. More striking than the facility count is the community feedback attached to it: over 2,716 reports submitted by residents describing the effects they’re experiencing firsthand.
That number — 2,716 — deserves to sit with you for a moment. These aren’t industry analysts or environmental lawyers. These are people in towns you’ve probably never heard of, filing reports about noise, water usage, power grid strain, and the general disruption that comes when a hyperscale computing facility moves in next door.
Why Brockovich Is Targeting Data Centers Now
The timing isn’t accidental. The AI boom has triggered one of the most aggressive infrastructure buildouts in modern American history. Microsoft, Google, Amazon, and Meta have collectively committed hundreds of billions of dollars to data center expansion over the next several years. The International Energy Agency estimated in 2024 that data centers could account for 4% of global electricity consumption by 2026, up from around 1–1.5% just a decade ago. In the US, that pressure lands unevenly — often in rural areas or smaller cities where land is cheap, power is available, and local governments are eager for investment.
Brockovich frames it in terms that echo her earlier work. On the site, she writes:
“The RACE to build AI infrastructures is unfolding town by town across America. In some places, data centers are welcomed. In others, they are delayed, contested or abandoned altogether. This MAP captures the real-world footprint of that race — revealing patterns of growth, conflict and uncertainty.”
That framing — a race with winners and losers, unfolding at the community level — is exactly the kind of context that tends to get lost in the broader narrative about AI progress. When tech companies announce a new data center, the press release talks about job creation and economic investment. What it doesn’t mention is the water consumption, which for a large facility can run into millions of gallons per day for cooling, or the pressure on local power grids, or the industrial noise that bleeds into residential neighborhoods at 3am.
What the Data Center Map Actually Shows
The data center map itself functions on two levels. First, as a geographic tracker — showing where facilities exist or are planned, with enough density to reveal clustering patterns. Northern Virginia remains the undisputed center of US data center activity, sometimes called “Data Center Alley,
