We deploy GPU capacity into colocation, containers, or data centers, sized to the return profile of any check. Each route puts the capacity next to industrial power we contract for directly.
Rack space in an existing facility. Fastest to revenue and the smallest commitment, at someone else’s power price and on someone else’s operating terms.
Fastest to deployOur own units on a site we have contracted for power. We fabricate, energize, and operate them, which is where the power price and the control both come from.
Owner operatedA full hall for deployments large enough to justify the build and the timeline. Highest ceiling on scale, longest path to energization.
Largest scaleWe look for industrial power first and the site second. Cost per kWh, firmness, and how quickly the interconnect can be energized decide whether a site is worth anything.
Units are built to the deployment rather than bought off a shelf, because the rack layout, the cooling loop, and the electrical distribution all follow the hardware going into them.
Pad transformer, switchgear, and the container set. This is the step that slips on most projects, and it is the reason we do it ourselves.
Our own team runs the fleet around the clock. There is no third party operator between the equipment and the people accountable for its uptime.
A configuration we have built, including the power price we contracted for at that site. Units and sites are specified case by case, so this is one point in a range rather than a fixed product.