A controversial mega data center project backed by investor and television personality Kevin O’Leary has officially been approved in Utah after a tense county meeting filled with protests, boos, chants, and accusations that local residents were being ignored.
The project, known as Stratos, was unanimously approved Monday night by the three-member Box Elder County Commission after officials delayed the decision for a week amid growing backlash from residents and environmental groups.
The development is enormous in scale. Plans call for a 40,000-acre energy and hyperscale AI data campus in Hansel Valley north of the Great Salt Lake, with supporters calling it a national security and economic necessity while opponents describe it as an environmental disaster waiting to happen.
The debate now reflects a much larger national fight over artificial intelligence infrastructure, energy consumption, water rights, and who ultimately bears the cost of America’s AI expansion.
Protesters Warn Utah Is “Being Sold Out”
Hundreds of residents packed the meeting venue in Tremonton carrying signs reading “NO data center,” “You can’t drink data,” and “Save our water.”
As commissioners discussed projected tax revenue and economic benefits, frustrated residents repeatedly interrupted with chants like “People over profits!” and “We want water!” At one point, tensions escalated so much that county commissioners left the room and continued the meeting virtually while protesters shouted “Shame!” after them.
The anger centered largely on fears that the massive project could place enormous pressure on Utah’s already strained water resources and fragile ecosystem surrounding the Great Salt Lake.
Many residents believe the project is moving forward too quickly without enough public scrutiny, environmental review, or transparency.
Critics argue that ordinary communities are being asked to sacrifice natural resources and long-term sustainability so tech and AI companies can continue expanding at breakneck speed.
Kevin O’Leary’s massive data center was approved by a county commission in Utah last night.
At 40,000 acres, it would be 2.5x the size of Manhattan.
The commission approved the proposal despite opposition from hundreds of locals. pic.twitter.com/1pF9JZD30w
— More Perfect Union (@MorePerfectUS) May 5, 2026
Officials Say the Project Is Necessary for America’s AI Future
Supporters of the project frame it very differently.
Project backers argue that hyperscale data centers are now essential infrastructure for the future of artificial intelligence, national defense, cloud computing, and economic competitiveness against countries like China.
Officials tied the project directly to a broader federal push to expand American AI infrastructure following executive actions from Donald Trump encouraging growth in data centers and domestic power resiliency.
According to project officials, the campus is expected to create jobs, generate major tax revenue, and strengthen the country’s technological leadership.
Backers also insist the facility will largely operate independently by generating its own power through natural gas systems rather than burdening existing electrical grids.
Supporters say the project’s water systems are designed to recycle and reuse water in a closed-loop system, reducing waste compared to traditional industrial facilities.
But many residents remain unconvinced.
The Scale of the Project Has Shocked People
Part of what has fueled public alarm is the sheer size of the development.
The first phase alone is expected to require 3 gigawatts of electricity. For comparison, the entire state of Utah currently uses roughly 4 gigawatts. At full buildout, the Stratos campus is projected to consume around 9 gigawatts of power.
That figure stunned many observers online because it highlights just how energy-intensive the AI revolution is becoming.
The project will reportedly draw power from natural gas infrastructure running through Hansel Valley, with some of the transferred water rights also expected to support cooling systems and energy generation facilities connected to the data center operations.
Critics argue this reveals the uncomfortable truth behind AI expansion: the technology may appear digital and futuristic, but the physical infrastructure behind it consumes staggering amounts of land, water, energy, and natural resources.
Water Has Become the Central Battleground
The biggest concern by far remains water.
Developers reportedly plan to acquire thousands of acre-feet of water rights, enough to support tens of thousands of households annually. Residents fear those resources are being redirected away from communities and ecosystems at a time when drought conditions continue worsening across the American West.
The Great Salt Lake has already become a symbol of growing environmental anxiety in Utah, with shrinking water levels raising concerns about dust pollution, wildlife disruption, and long-term ecological damage.
Opponents fear projects like Stratos could accelerate those pressures.
Supporters counter that the water rights involved are privately owned and legally transferable, arguing that property owners should retain the freedom to use or sell their land and water as they choose.
That argument became a major point of tension during the meeting.
A Much Bigger National Debate Is Emerging
The Utah fight is no longer just about one project.
Across the United States, communities are increasingly clashing with tech companies and developers over the rapid construction of massive AI-focused data centers.
As artificial intelligence becomes the next global economic race, governments and corporations are scrambling to build the infrastructure required to power it.
But residents in many areas are beginning to ask difficult questions:
- How much energy will AI require?
- How much water will it consume?
- How much land will be transformed?
- And should local communities have more power to stop projects they believe threaten their future?
For supporters, projects like Stratos represent progress, economic growth, and technological survival in a world increasingly dominated by AI competition.
For critics, they represent corporate overreach and environmental risk disguised as innovation.
Do you think massive AI data campuses like this are necessary for America’s future, or are communities being forced to sacrifice too much for the AI race?