When AI Begins to Change Cities: The New Governance Questions Behind Switch’s Data Center Expansion

— AI and Public Governance Series (Part 1)

Artificial intelligence (AI) has become one of the defining themes of technological progress in recent years. Most discussions focus on increasingly capable chatbots, more powerful foundation models, and the ways AI may reshape work and everyday life. Yet beneath these highly visible innovations, another transformation has quietly begun. AI is not only changing the technology industry—it is also changing what local governments are expected to govern.

In June, the Clark County Commission approved Switch’s expansion of a new data center campus in the southwest Las Vegas Valley. At first glance, it appeared to be another routine development proposal. But the discussion surrounding the project extended well beyond the building itself. Commissioners raised questions about electricity supply, land use, and whether Clark County should develop a dedicated regulatory framework for future data centers.

What makes this project significant, therefore, is not simply that another data center will be built. It is that the project illustrates how AI infrastructure has begun to redefine the agenda of local governance.

From Invisible Infrastructure to a Public Policy Issue

Many residents in Las Vegas drive past Switch’s campuses every day without realizing the role the company plays in the digital economy.

Founded in 2000 and headquartered in Las Vegas, Switch designs, builds, and operates large-scale data centers. Unlike companies such as OpenAI, Google, or Microsoft, it does not develop AI models or consumer applications. Instead, it provides the physical infrastructure that makes those technologies possible, including data halls, power systems, network connectivity, and secure operating environments.

For decades, data centers remained largely invisible to the public. Email, streaming services, cloud computing, and enterprise software all depended on them, yet few people ever considered where those digital services actually resided.

The rapid growth of AI has changed that relationship.

Training and operating large AI models requires enormous numbers of GPUs, servers, and uninterrupted electricity. Infrastructure that once primarily supported the internet economy has become one of the essential foundations of the AI economy. As a result, data centers have moved from the background of the technology sector into the foreground of public policy.

Why Las Vegas?

For many people, Las Vegas is associated with tourism, entertainment, and gaming rather than technology.

For data center operators, however, the city offers a different set of advantages. Relatively abundant land, extensive fiber-optic connectivity across the western United States, and an established electrical infrastructure have made Southern Nevada increasingly attractive for large-scale digital infrastructure projects. As land costs continue to rise in traditional technology hubs such as Silicon Valley, more companies are looking beyond California for future expansion.

This reflects a broader transformation already underway.

For more than two decades, Southern Nevada has sought to diversify its economy beyond tourism. Logistics, healthcare, advanced manufacturing, and film production have all become part of that strategy. AI infrastructure now represents another chapter in the region’s long-term economic transition, and Switch’s expansion is only one visible example of that larger trend.

Why Are Data Centers Becoming a Governance Issue?

Although data centers are classified as industrial facilities, they differ from traditional industrial development in several important ways.

Historically, local governments reviewing industrial projects focused primarily on issues such as building height, traffic impacts, parking, noise, and drainage. AI-driven data centers introduce a different set of policy questions.

Electricity is perhaps the most obvious example. A large AI data center may require power comparable to that consumed by a small city. Can the existing electrical grid accommodate that demand? Will additional transmission lines or substations be required? Who should bear the cost of expanding that infrastructure? Could those investments ultimately affect electricity prices for other customers?

Land use presents another challenge. While the impact of a single facility may appear manageable, local governments must increasingly consider the cumulative effects of multiple projects on land planning, community development, natural resources, and long-term infrastructure capacity.

In other words, AI is introducing not simply a new type of industrial development, but an entirely new category of public policy questions.

What Is Clark County Really Debating?

Against this backdrop, the Clark County Commission’s discussion extended beyond the Switch project itself.

While approving the proposal under existing zoning regulations, commissioners also began considering whether future data centers should be governed under a more specialized regulatory framework rather than relying solely on conventional industrial development rules.

This reflects a familiar pattern in American local governance. When confronted with rapidly evolving industries, local governments rarely respond by either prohibiting development outright or allowing unrestricted expansion. Instead, they typically continue approving projects that comply with current regulations while simultaneously evaluating whether those regulations remain adequate for future circumstances.

The discussion, therefore, is no longer simply about Switch.

It is about how Clark County intends to govern an emerging category of infrastructure that is likely to become increasingly important over the coming decades.

AI Is Changing More Than the Technology Industry

Every major technological transformation eventually reshapes public governance.

Industrialization required new transportation systems, public utilities, and urban planning. The automobile age produced highways, traffic regulations, and parking policy. The internet era brought new debates over privacy, cybersecurity, and digital regulation.

AI is beginning to reshape governance in much the same way.

Data centers, electrical grid capacity, energy planning, and digital infrastructure are becoming subjects that local governments must increasingly address—not because technology itself demands it, but because communities must decide how that technology fits within broader public priorities.

For that reason, the significance of Switch’s expansion extends far beyond a single construction project. It demonstrates that AI is changing not only the industries of the future, but also the institutions responsible for governing them.

For most residents, these discussions may seem far less exciting than the latest AI products or software releases. Yet they may ultimately have a much greater influence on how cities develop over the coming decades. Because while technological innovation may shape the future, it is public governance that determines how societies choose to live with it.

By Voice in Between