Built for the next wave of distributed compute • Faster deployment • Lower friction
THE CHALLENGE

Hyperscale data centers are hitting a wall.

Massive new builds face years of permitting battles, community opposition, power grid constraints, and environmental pushback. The result: delayed capacity, skyrocketing costs, and missed opportunities for the AI era.

3–5 YEARS
Average permitting timeline

Local resistance, environmental reviews, and infrastructure fights drag projects out.

COMMUNITY FRICTION
NIMBY lawsuits & protests

Water usage, noise, and visual impact concerns stall even approved sites.

POWER & LAND
Grid and site scarcity

Hyperscalers compete for the same limited large parcels and substation capacity.

OUR APPROACH

Small-scale compute in existing buildings.

We retrofit underutilized industrial spaces in small towns. Faster timelines, lower impact, and real economic benefit for communities ready for the next era of infrastructure.

1. Site Selection

Identify existing industrial buildings with available power and fiber in welcoming small-town markets.

2. Rapid Retrofit

Minimal new construction. Focus on electrical, cooling, and security upgrades inside already-permitted structures.

3. Community Alignment

Partner with local economic development. Create jobs and tax base with dramatically lower visual and environmental footprint.

4. Deploy & Scale

Months to first MW instead of years. Replicable model across dozens of towns.

FOR INVESTORS

A new asset class for distributed compute.

Lower execution risk. Faster capital deployment. Strong alignment with both AI demand and local economic development incentives.

18–24 mo
Time to revenue
3–8 MW
Per site capacity
Low drama
Permitting & community