Once you hear a certain silence on Main Street in a little American town that has lost its youth, you can hear it everywhere. The hardware store turned vaporizer shop. The diner is still open, but half of the booths are dark. Nearly all of the grads of this high school are heading to Austin, Seattle, or wherever their jobs take them. One of the greatest wealth-generating events in human history has been the tech boom of the past 20 years, and an incredible amount of it has occurred in perhaps six zip-code clusters while the rest of the nation watched on a screen that still buffers in far too many locations.
When you look at it directly, the concentration is what’s so astounding. Despite all the hype of dispersal to Miami and Austin during the pandemic, PitchBook’s analysis has demonstrated for years that venture capital has gotten more concentrated, not less, with the Bay Area and New York continuing to be the two largest marketplaces. The vast bulk of startup funding actually flows to Boston, Seattle, Austin, and Los Angeles. Around 2021, there was a positive narrative that the sector will spread across the nation due to remote work. Most of the time it didn’t. Capital clusters around talent pools, incubators, and casual discussions in the hallway that develop into businesses. In reality, a bright founder in rural Ohio is a brilliant founder who needs to relocate.
The brain drain trend is silently depleting rural human resources. Every STEM graduate who relocates from a small town to a coastal city in search of a tech wage makes a tiny, self-rational choice that ultimately results in a structural disaster for the area they leave behind. The workforce in rural areas is getting older. The tax base gets smaller. The lack of a partner to marry into a job makes it difficult for the local hospital to hire new employees. The system is designed so that skill and ambition must leave in order to be rewarded, not because rural residents lack these qualities. Witnessing a community’s most talented youth become into its largest export is a truly depressing experience.
The digital divide, which is both a cause and a symptom, lies beneath it all. Roughly 22% of Americans in rural areas still do not have access to high-speed internet, compared to 1.5% in metropolitan areas, according to the FCC‘s National Broadband Map. It is the difference between a community that can accommodate telemedicine, internet enterprises, and remote workers and one that is unable to engage in the contemporary economy at all. When connectivity fails during a downpour, it is impossible to create a tech environment or even allow your residents to work remotely. Physical infrastructure issues include deteriorated roads, outdated water systems, and bridges that are too costly for any modern facility to establish.
This is when the tale becomes more nuanced than the straightforward “rural America gets nothing” storyline, and in order to be honest, you have to sit with the complexity. For an unromantic reason—the conventional hubs are running out of land and power—the AI boom has actually begun to force some investment outward. Purchases of data center bandwidth increased by over 330% between 2020 and 2024, and developers are increasingly focusing on rural areas with open land and the possibility of new fiber due to the tightening electrical supply in locations like Northern Virginia. According to the Fiber Broadband Association, fiber route miles in the United States could need to almost double by 2029. A portion of the fiber will travel to locations it would not have otherwise. The same AI gold rush that is squeezing the city can unintentionally bring connectivity to rural areas.
However, the rural towns affected by the data center growth are rapidly realizing that it is a two-edged sword. These buildings use a lot of water and power, but they create very few long-term local jobs. After construction, a data center would employ a few dozen people, which is far less than the manufacturing-plant employment of the old economy. Even worse, they raise expenses for everyone in the vicinity. Researchers at Carnegie Mellon calculated that the expansion of data centers might result in an increase in electricity costs of about 8% nationwide and up to 25% in some local markets. Therefore, a rural county may “win” a large tech facility and discover that its citizens are paying more for utilities to run someone else’s AI models while receiving little in the way of job opportunities. That isn’t progress. That’s extraction with improved branding.
In this argument, the more astute voices have begun advocating for something tangible: community benefit agreements. According to experts at Brookings, when a data center moves into a community, it should come with legally binding pledges, such as funding for broadband that really reaches households rather than just the server farm, local jobs, and infrastructure investment. The goal is to create something that compounds locally from a one-time land grab. For years, groups like the Center on Rural Innovation have been calling for rural towns to create their own innovation ecosystems instead of waiting for Silicon Valley to take notice. It’s slow, unglamorous job that defies concentration’s gravitational pull. However, it’s most likely the only effective solution.
