An Interactive Tool for Transparency

When Oregon resident Isabelle Reksopuro heard that Google was acquiring public land to expand its data center operations in her home state, she struggled to separate fact from rumor. “There’s a lot of misinformation about data centers,” she said. “Google has denied taking that land.” Technically, the city of The Dalles—a small community near the Washington state border—sought to reclaim 150 acres of Mount Hood National Forest, citing a need for more water as its population grows. But critics, including environmentalists, argue the real beneficiary is Google, whose existing data center campus already consumes about one-third of the city’s water supply.

This controversy sparked Reksopuro’s curiosity about the broader backlash to data center construction across the country. A student at the University of Washington studying the intersection of technology and public policy, she decided to build a solution: an interactive map that tracks data center projects and the policies surrounding them. Using data from Epoch AI and scraped legislation, Reksopuro created a tool designed to be simple enough for anyone to use. “I wanted it to be something that my younger sisters could play through and explore to understand what are the data centers in the area and what’s actually being done about it,” she explained. She hoped to shift their opinions without relying on viral social media clips.

How the Map Works

The map is powered by Claude, an AI model that searches for new sources four times a day and cross-references them against Reksopuro’s existing database. “Once it does that, it will write a new summary, add it to the news feed, and populate it on the sidebar,” she said. “I wanted it to be self-updating, since I’m also a student.” The result is a constantly evolving snapshot of data center activity and the regulatory landscape.

The map covers both planned and existing facilities, along with news articles, government filings, and local ordinances. Users can zoom into any state or region to see what data centers are nearby and whether their communities have passed laws to encourage or restrict them. The tool also highlights policy differences: while some states offer generous tax breaks, others have moved to impose moratoriums or stricter environmental reviews.

A Nation Divided on Data Centers

Opposition to data centers is one of the few issues that unites Americans across party lines. After the initial construction phase, these facilities bring few permanent jobs and often drive up local electricity costs. According to Bloomberg, data centers have contributed to “power costs records in much of the US.” Yet the public response is far from uniform. Reksopuro’s map reveals a stark patchwork: some regions welcome the investment, while others push back hard.

Maine, for example, became the first state to pass a moratorium on hyperscale data centers, though Governor Janet Mills later vetoed the bill. The measure reflected growing concerns about water use, land consumption, and strain on the electrical grid. In contrast, Texas “is a huge fan of data centers,” Reksopuro noted. “Texas actually passed a tax exemption for data centers.” The state now provides more than $1 billion in annual tax breaks to the industry, according to The Texas Tribune.

These disparities highlight the lack of a cohesive national approach. Data centers are often built in rural areas where land is cheap and zoning laws are lax, but the infrastructure demands—especially for water and electricity—can overwhelm small municipalities. In The Dalles, the city’s water system was stretched even before Google’s campus expanded. Now, residents worry about long-term sustainability and rising utility rates.

The Transparency Gap

Reksopuro is not opposed to data centers, but she believes the industry benefits from a lack of transparency. “Right now, it’s this really opaque thing—and all of a sudden, there’s a facility,” she said. “I think that if people knew about data centers beforehand, it would give them leverage. They would be able to negotiate: ask for job training programs, tax revenue, environmental monitoring, things to improve their community.”

Her map aims to close that information gap. By compiling publicly available data and news reports in one place, it empowers ordinary citizens to see what their local governments and tech companies are planning. For instance, residents near a proposed data center can quickly check whether their state has passed laws requiring environmental impact statements or community benefit agreements. They can also see how other communities have responded to similar proposals.

Broader Implications for AI and Energy

The rush to build data centers is driven largely by the explosive growth of artificial intelligence. Training large language models and running AI inference requires enormous computational power, which in turn demands massive data center capacity. Tech giants like Google, Microsoft, and Amazon have announced ambitious plans to expand their footprints, often in rural or suburban areas. This has sparked debates over land use, water rights, and the sustainability of AI.

Environmental groups have raised alarms about the carbon footprint of these facilities, even as companies pledge to achieve net-zero emissions. In some regions, utilities are building new natural gas plants to meet the increased demand—undermining climate goals. Others are exploring nuclear or renewable sources, but the timeline remains uncertain. Meanwhile, data center operators often push for expedited permits, citing the strategic importance of AI to national competitiveness.

Reksopuro’s map provides a real-time window into these dynamics. It shows not only where facilities are located but also what controversies have arisen. In Ohio, for example, a proposed data center near a residential neighborhood led to lawsuits over noise and water use. In Virginia, the “data center alley” area has faced backlash from residents concerned about visual blight and property values. Each case offers lessons for policymakers and advocates.

Empowering Communities Through Knowledge

The map has already attracted attention from local activists and journalists who use it to investigate proposed projects. “I’ve heard from people in different states who said they had no idea a data center was being built near them until they saw it on the map,” Reksopuro said. “That’s exactly why I made it.”

She hopes the tool will encourage more community involvement in the planning process. “If you’re a city council member, you can look at what other towns have done and see what worked and what didn’t,” she added. “It’s not about being for or against data centers—it’s about having the information to make informed decisions.”

The map also tracks proposed legislation at the state and federal levels. As AI continues to scale, lawmakers are grappling with how to regulate the underlying infrastructure. Some bills would require data centers to disclose their energy and water usage; others would mandate community benefits agreements or restrict where they can be built. Reksopuro’s database includes these bills alongside news coverage, making it easy to follow the legislative landscape.

Ultimately, the goal is to democratize access to information that has long been scattered across government filings, obscure permit hearings, and local news articles. By centralizing that data and keeping it updated through AI, Reksopuro hopes to level the playing field between tech companies and the communities they enter. “Knowledge is power,” she said, quoting the adage that inspired her project. “And right now, people don’t have enough of it.”

As data centers continue to multiply—and as AI’s appetite for computing power grows—the need for transparency will only intensify. Maps like Reksopuro’s may become essential tools for citizens, journalists, and policymakers alike, helping to ensure that the benefits of the digital age are shared fairly and that the costs are not borne solely by the most vulnerable communities.

Source: The Verge News