The Constant Hum That Never Stops
Mital Gandhi was watching the 2024 NBA Finals at his home in Ashburn, Virginia, when something felt deeply wrong. The crowd noise, the squeak of sneakers on hardwood, the bounce of the ball — none of it could cut through the persistent, low-frequency hum emanating from just down the road. That sound, Gandhi quickly recognized, was coming from one of four data centers located less than 2,000 feet from his front door.
"You can see them from my front porch. You can hear them sometimes from my pool," said Gandhi, 47, in an interview with Business Insider. "It's not appealing to me to hear them or to be surrounded by them."
For Gandhi and his neighbors in The Regency — a 143-home development in Loudoun County, Virginia — this is not an occasional inconvenience. It is their daily reality. And if Gandhi has his way, it may not be their reality for much longer. He wants to sell the entire neighborhood to a data center developer.
Welcome to Data Center Alley: The World's Most Wired Suburb
Ashburn, Virginia sits at the epicenter of one of the most remarkable infrastructure transformations in modern American history. The area, known internationally as "Data Center Alley," is home to approximately 200 data centers — the highest concentration of such facilities anywhere on Earth. Loudoun County alone handles an estimated 70 percent of the world's internet traffic at any given moment, routed through fiber cables buried beneath roads that were once flanked by cornfields and quiet cul-de-sacs.
What was once a sleepy suburban stretch of Northern Virginia has been systematically reshaped by the voracious demand for digital infrastructure. Cloud computing, streaming services, e-commerce platforms, and now the explosive growth of artificial intelligence have all contributed to a building boom that shows no signs of slowing. Data centers require vast amounts of land, reliable power, and low-latency connectivity — and Ashburn, positioned near major internet exchange points and with access to relatively affordable land, became a perfect candidate decades ago.
Today, residents who bought homes in the area years ago now find themselves living alongside facilities the size of big-box retail stores, encircled by security fencing, floodlights, and the ceaseless mechanical roar of industrial cooling systems running around the clock.
Why Residents Are Reaching a Breaking Point
The frustrations of Ashburn residents go well beyond the aesthetic. Noise pollution from data center HVAC systems and backup generators has become a persistent quality-of-life issue, with some homeowners reporting that they can hear the hum indoors, even with windows closed. Property values in neighborhoods directly adjacent to data center campuses have become a subject of intense debate, with some owners fearing that proximity to industrial-scale facilities will hurt their long-term investment.
There are also broader community concerns about the strain on local infrastructure. Data centers are among the most power-hungry facilities ever built. A single large hyperscale campus can consume as much electricity as a small city, and the rapid proliferation of AI-optimized facilities — which require significantly more power per square foot than traditional cloud data centers — has raised alarms about grid stability and the environmental impact of runaway energy demand.
Water usage is another concern. Many data centers rely on evaporative cooling systems that consume millions of gallons of water annually, putting pressure on local water utilities and raising environmental questions in regions already grappling with resource constraints.
One Man's Radical Solution: Sell the Whole Block
Gandhi's proposal is, by any measure, unconventional. Rather than simply listing his own home and moving away, he has been exploring the idea of organizing a collective sale of The Regency's 143 homes as a single package to a data center developer. The logic is straightforward: individually, the homes fetch standard residential prices. As a single assembled parcel in the heart of Data Center Alley, the land could be worth exponentially more to a buyer with industrial ambitions.
The strategy, known in real estate as "land assembly" or "assemblage," is not unheard of in commercial real estate but is exceptionally rare in purely residential contexts. Pulling it off requires near-unanimous agreement among homeowners — a notoriously difficult threshold to reach — as well as navigating complex zoning, legal, and logistical hurdles.
Still, Gandhi's idea reflects a broader sentiment among residents who feel they have already lost the battle for their neighborhood's character. If the suburb is destined to become a server farm anyway, the thinking goes, the homeowners might as well extract maximum value from the transition rather than watching it happen around them one parcel at a time.
The Broader Trend: AI Is Accelerating the Suburban Data Center Boom
Gandhi's situation is not unique to Ashburn. Across the United States and in many parts of Europe and Asia, residential communities are increasingly finding themselves in proximity to data center development driven by the AI infrastructure arms race. Tech giants including Microsoft, Google, Amazon, and Meta have all announced multi-billion-dollar data center investment plans in recent years, and much of that construction is landing in suburban and semi-rural areas where land is cheaper and power infrastructure more accessible than in dense urban cores.
Communities in Arizona, Texas, Georgia, Ohio, and the Pacific Northwest have all seen similar conflicts emerge as data center campuses expand outward from established tech corridors. Residents, local governments, and utility regulators are increasingly grappling with the question of how to balance the economic benefits of hosting this critical digital infrastructure — jobs, tax revenue, local investment — against the very real costs borne by the people who live nearby.
What Comes Next for Data Center Alley?
For Mital Gandhi and his neighbors, the future remains uncertain. Organizing a collective sale of an entire residential development is a monumental undertaking, and there is no guarantee that a developer would be willing to pay the premium that would make such an agreement worthwhile for every homeowner involved. Zoning approvals, environmental reviews, and community opposition processes add further layers of complexity.
But the very fact that a homeowner is seriously proposing to sell his neighborhood wholesale to avoid living next to a data center speaks volumes about how dramatically the relationship between digital infrastructure and residential life has shifted — and how much further that shift may still have to go as artificial intelligence continues to reshape the physical landscape of America's suburbs.
As demand for AI computing power accelerates with no end in sight, communities across the country may soon find themselves facing the same uncomfortable choice that Mital Gandhi is wrestling with today: adapt, resist, or sell.