What if the most hated building in American land use became the anchor of the local food system?Last week, at POLITICO's California Agenda summit in Sacramento, OpenAI's vice president for global policy, Ann O'Leary, said something you rarely hear from inside the AI industry:"If you think about the amazing work we're trying to do with AI … it's all incredible, and it's inspiring. But when you have a data center in your backyard, it's not inspiring you. And so I think we have real work to do."She's right. And the candor matters, because the industry's usual posture – community benefit agreements, tax revenue talking points, a ribbon cutting – hasn't moved the needle. Data center opposition is now one of the few genuinely bipartisan movements in American local politics. Moratoria, zoning fights, and referenda are stacking up from Long Island to Northern Virginia to Tucson.Here's the uncomfortable part: the opposition is rational. A hyperscale campus consumes power at the scale of a small city, draws down water for cooling, hums at the property line, and employs – after construction – a workforce you could fit in a school bus. The community absorbs the costs. The benefits ship out over fiber to everywhere else.You cannot message your way out of that asymmetry. You can only build your way out of it.The asset everyone rejectsA data center is, thermodynamically, a heat engine that happens to compute. Nearly every watt that enters the building leaves as low-grade heat. Today, that heat is treated as garbage – rejected to the sky through cooling towers and dry coolers, often at real cost in water and energy.The industry's own technology trajectory is quietly changing the math. The shift to direct-to-chip liquid cooling – driven by AI chip densities, not by environmentalists – produces return water warm enough to actually use. The exhaust is becoming a product. Most operators just haven't noticed, because rejecting heat is what the playbook says to do.Europe noticed a decade ago. Data centers in Denmark, Sweden, and Finland routinely feed waste heat into district heating networks that warm homes and businesses; Stockholm has actively recruited data centers as heat suppliers. Germany has gone further, writing waste-heat reuse requirements for new data centers into national efficiency law. In these markets, a data center's exhaust is a revenue line and a civic contribution – not a rounding error.The American translationThe standard objection is that the European model doesn't port: the United States never built widespread district heating, so there's no pipe network waiting for the heat.True. But district heating is only one heat sink. There's another that can be built adjacent to any campus, on land the developer often already controls, with proven technology: the commercial greenhouse.Controlled-environment agriculture is one of the most heat-hungry industries there is – heating is typically its largest operating cost after labor. A greenhouse co-located with a data center can take the thermal output the operator currently pays to throw away and turn it into something a community can see, touch, and eat: year-round local produce, grown a few hundred feet from the servers, with local jobs in the greenhouse rather than behind a security fence.Notice what this does to the political equation. The data center stops being a windowless box that takes and starts being the reason there are fresh tomatoes in the school cafeteria in February. The heat that was the neighborhood's complaint becomes the neighborhood's asset. No press release achieves that. Infrastructure does.Virginia is already movingIf this sounds theoretical, consider what just happened in the state that hosts more data center capacity than any place on Earth.This year, the Virginia Senate passed HB 323 – legislation directing the Commonwealth to examine data-center waste-heat reuse – by a vote of 39 to 0. Not 21–18. Thirty-nine to nothing, in a legislature that agrees on almost nothing else. A state work group is due to report its findings September 1.Read that vote as a signal. Legislators in the most data-center-saturated jurisdiction in the world looked at waste heat and saw, unanimously, an answer to the exact problem O'Leary named: communities that host the infrastructure should visibly benefit from it. When the politics of an issue are 39–0, industry doesn't need to be persuaded to act. It needs to act before it's compelled to.The real workO'Leary said the industry has real work to do. Here is what that work looks like, concretely: stop designing data centers as if the community around them is an obstacle to be managed, and start designing them as if the community is a customer of the facility's second product – heat.The engineering is not exotic. The European precedent is a decade deep. The cooling-technology transition is already funded and underway for reasons that have nothing to do with community relations. What's missing is simply the decision, made early enough in the design of a campus, to route the heat somewhere useful instead of into the sky.The question the industry keeps asking is: how do we get communities to accept data centers?That's the wrong question. The right one is: how do we build a data center the neighbors would fight to keep?The answer is, currently, sitting in the exhaust._______________________________________________________________________________________________________Andrew Potter is the founder of Intelligent Harvest, a Virginia-based developer of waste-heat-recovery greenhouses co-located with data centers, and a professional operatic bass. The views here are his own.