Missouri recalled its government over a GPU farm

A small Missouri town voted out half its city council after they approved a $6 billion AI data center. It is the first major case of local democracy directly clashing with AI infrastructure buildout, and it will not be the last.

What happened in Festus

Festus is a city of about 14,000 people, roughly 35 miles south of St. Louis. In August 2025, CRG, a subsidiary of Chicago-based construction giant Clayco, approached city officials about building a hyperscale data center on 360 wooded acres on the city's southwest side. By November, the city council had voted to annex and rezone the land from residential to industrial. The operator of the facility was never publicly identified. On March 30, 2026, the council voted 6-2 to approve an infrastructure, development, and funding agreement for the $6 billion project. Key details about who would ultimately run the facility and how it would impact local resources were unclear. Residents packed the meeting in opposition. It did not matter. The vote went through anyway. One week later, voters showed up in record numbers and ousted four of the eight incumbent council members, every single one of them a yes vote on the data center deal. Karl Weekley, Allen Joseph McCarthy, Dan Moore, and Rick Belleville replaced them, all pledging greater transparency and opposition to the project. "It's really the way the deal was handled that led to this kind of uprising," Rick Belleville told Politico. But the voters were not done. A grassroots group called Wake Up JeffCo began gathering signatures for a recall petition targeting the mayor and remaining council members. Residents also filed a lawsuit against both the city and CRG, alleging unlawful "spot zoning," Open Records Law violations, insufficient public notice for key meetings, and secret communications between officials and the developer. Emails and texts obtained through records requests reportedly showed that political support for the project reached Missouri Governor Mike Kehoe, who was described as willing to lobby planning commissioners. Campaign finance records revealed a labor-backed PAC had spent nearly $40,000 on ads and signs supporting the incumbents who lost.

The NIMBY moment for AI infrastructure

We have seen this pattern before. Wind farms, nuclear plants, 5G towers, pipelines, all faced intense local opposition despite broad support in the abstract. Data centers are now squarely in the same category. The numbers tell the story. According to Data Center Watch, $64 billion worth of U.S. data center projects have been blocked or delayed over the past two years due to local opposition. Of that, $18 billion was blocked outright, with developers withdrawing applications or local authorities denying permits. At least 142 activist groups across 24 states are now organizing against data center construction. Festus is not even the first time voters have used elections to fight data centers. In Cascade Locks, Oregon, voters recalled two Port Authority officials in 2023 for supporting a $100 million data center from Roundhouse Digital. The new board promptly canceled the project. In Warrenton, Virginia, residents voted out all town council members who supported Amazon's proposed data center in November 2024. The newly elected council then voted unanimously to ban data centers from the town's zoning ordinance entirely. And on the same day Festus voters threw out their council members, something arguably more significant happened 600 miles north. Port Washington, Wisconsin, a Milwaukee suburb of about 12,000 people, passed the nation's first anti-data center referendum. With 66% voting yes, residents approved an ordinance requiring public approval for any tax increment financing district over $10 million. The measure was a direct response to a $15 billion AI data center project planned for the city by Oracle, OpenAI, and Vantage. A Marquette University poll found that around 70% of Wisconsin voters believe the costs of large data centers outweigh the benefits. This opposition is notably bipartisan. Data Center Watch found that among elected officials who have publicly opposed data center projects, 55% are Republicans and 45% are Democrats. Republicans tend to cite concerns about tax abatements and grid strain. Democrats focus more on environmental impacts. Both sides agree on the basics: these facilities consume enormous resources and the communities hosting them bear the costs while the benefits flow elsewhere.

The tension nobody wants to name

Governments want the AI economy. They want the jobs, the tax revenue, the prestige of being part of the technological frontier. Missouri Senator Josh Hawley introduced a bill in February 2026 to limit the impact of data centers on local residents' energy prices, but that is a regulation, not a rejection. The underlying assumption is that data centers are coming, and the question is how to manage the fallout. Residents, on the other hand, see something different. They see 360 acres of woodland being cleared. They see a facility that could consume as much water per day as a town of 10,000 to 50,000 people. They see research showing data centers create "heat islands" that warm surrounding land by up to 16 degrees Fahrenheit. They see confidential dealings between city officials and developers, NDAs preventing transparency, and rushed votes that ignore public comment. The core problem is structural. The benefits of AI infrastructure are vast but diffuse, spread across millions of users who will never know where their queries are processed. The costs are intensely local: noise, water consumption, energy grid strain, property value impacts, environmental degradation. A town of 14,000 does not benefit proportionally from hosting a $6 billion facility whose operator will not even reveal its name. This is the political version of the energy constraint discourse. The conversation about data centers and power consumption has been largely technical: where do we find the gigawatts? But Festus shows that the constraint is not just electrical. It is democratic. Communities have to consent to hosting this infrastructure, and increasingly, they are saying no.

Second-order effects

If communities can reliably block data centers, something interesting happens. AI infrastructure does not disappear. It concentrates. It flows to places with less organized opposition, weaker local governance, or more desperate economic circumstances. It flows to places where the trade-off between economic development and environmental cost is calculated differently. The Data Center Watch report already maps this dynamic: as Virginia's opposition has professionalized, with 42 activist groups and a dedicated Data Center Reform Coalition coordinating across the state, developers are looking elsewhere. This creates a troubling feedback loop. Wealthier, more organized communities successfully push data centers out. Less affluent communities, eager for investment, absorb them. The infrastructure that powers everyone's AI assistant ends up disproportionately burdening the communities with the least power to object. This is not a new pattern in American infrastructure development, but the speed and scale of the AI buildout makes it especially acute. There is also the question of what happens when opposition reaches critical mass. If enough communities say no, if enough referendums pass, if enough councils get voted out, the economics of building AI infrastructure in the United States shift. Companies are already exploring international alternatives. The voluntary, non-binding Ratepayer Protection Pledge that tech giants signed at the White House is an acknowledgment that the social license to build is eroding.

The land-scarce version of this problem

For countries like Singapore, this tension is amplified by an order of magnitude. At 734 square kilometers, the city-state is smaller than New York City, yet it hosts over 1.4 gigawatts of data center capacity with vacancy rates below 1.4%. Average temperatures hit 33 degrees Celsius with humidity above 80%, among the worst conditions for data center cooling on Earth. Singapore imposed a moratorium on new data center construction from 2019 to 2022 specifically because of energy and water concerns. When it lifted the pause, the government attached the strictest sustainability requirements in Asia-Pacific, including a 50% green energy mandate for new allocations. In October 2025, Singapore announced 20 hectares of land on Jurong Island, its industrial heartland, would be set aside for the country's largest low-carbon data center park at up to 700 megawatts. Every square meter in Singapore is contested. The government's approach, centralized allocation with mandatory sustainability standards, is one answer to the democratic tension playing out in Festus. But it only works in a place where the state has near-total control over land use. For the vast majority of the world, the Festus model is more likely: local communities discovering that the cloud has a physical address, and deciding they do not want it on their street.

The gap between digital ambition and physical reality

There is a persistent myth in technology that digital infrastructure is weightless. That the cloud is somewhere up there, abstract and frictionless. That AI lives in the ether. It does not. AI lives on 360 acres of cleared woodland in Missouri. It lives in cooling towers that consume millions of gallons of water per day. It lives in power lines that strain local grids and drive up electricity bills. It lives in the gap between a tech company's press release about the future and a city council meeting where residents demand to know why their town was rezoned in secret. Festus is not an anomaly. It is a preview. As AI infrastructure scales, every community hosting a data center will face the same question: who benefits, who pays, and who gets to decide? The residents of Festus answered that question at the ballot box. Other communities are watching. The technology that promises to be weightless and virtual keeps demanding more from the physical world. And the physical world, it turns out, votes.