Build with us

The global execution partner for AI infrastructure.

We turn capital and chips into energized, operating compute — from power generation to the compute hall, across five continents. Hyperscale-ready AI infrastructure, delivered.

Build with us How we work
Five continents 500+ MW energized Power + hall Certainty of delivery

Power is the binding constraint. Capital and chips aren’t.

The capital is committed. The chips are on allocation. What’s missing is the muscle to energize on schedule — to procure long-lead gear, clear interconnection, and execute in hard geographies where the grid wasn’t built for gigawatts of new load.

This is the constraint that gates the buildout: the bottleneck is electrons and execution, not silicon or funding. We take no position on AGI timelines. We take a position on delivery.

Energized high-density compute, site by site.

Texas, USA Texas, USA Norway Norway Finland Finland Sweden Sweden Kazakhstan Kazakhstan Paraguay Paraguay Uruguay Uruguay Ethiopia Ethiopia
500+ MW Energized · 5 continents

We sell certainty of delivery, not concrete.

End-to-end delivery

We carry the project end to end — one accountable team across every discipline, held to the schedule, the budget, and the outcome. Nothing else.

Long-lead risk discipline

Transformers, switchgear, generation, cooling — long-lead risk goes on the critical path day one, not month six. We procure ahead of the curve in hard geographies.

Integrated power + compute

One scope from power generation to the compute hall. No seams between the energy build and the data hall — the two are planned and delivered as a single system.

Nothing gets handed off between the layers.

See the integrated scope

Onsite generation, integrated with the compute hall.

G G G G 01 / GENERATIONUTILITY TIE02 / TRANSFORMATION03 / DISTRIBUTION04 / COMPUTE HALL MV BUSLV DISTRIBUTIONUPS / PDU
Generation · firm capacity · power + compute

Technology-agnostic. Cleaner by preference.

Renewables and BESS lead wherever they can hold the load. Cleaner thermal and fuel-cell pathways close the gap. When the project calls for gas — bridging or primary — we select the cleanest form available, and say so plainly.

The power approach
  1. Renewables + BESSFirst preference
  2. Cleaner thermal / fuel-cellWhere it fits
  3. GasCleaner form, selected

We measure efficiency three ways.

PUE
≤ 1.2 Power usage effectiveness — the design target, not a best case.
WUE
Near-zero Closed-loop cooling: one fill at commissioning, then effectively no draw.
Carbon
Renewables-first The lowest-carbon energy the site can deliver on schedule.
Our sustainability approach

Capital and chips, energized into operating compute — anywhere.

Build with us One conversation, with the people accountable for the outcome.