The factory
A factory is a working environment, not a pile of accelerators.
We design for thermal efficiency, density, and reliability — then procure, integrate, and operate. Same partner at rack-scale as at a single workstation.
Air-cooled
For many enterprise halls: high-density GPU systems within the existing thermal envelope, with fabric and storage specified together.
Liquid-cooled
When density and thermal load require it: direct-to-chip or rear-door liquid, manifolds, and rack integration designed as one system.
Drag to rotate · liquid-cooled rack
01
Thermal efficiency
Air where the hall can carry the load. Liquid when density and thermal design require it. We size cooling as a first-class constraint, not a facilities afterthought.
02
Density
Rack-scale GPU systems packed for the power and cooling envelope you actually have. The factory is designed to the room, not copied from a brochure.
03
Reliability
Redundancy, maintainability, and operational procedures so the factory stays a production system. Engineered for thermal efficiency, density, and reliability.
04
Rack integration
Power, cooling manifolds, networking, cable plant, and mechanical integration delivered as one system. The unit of work is a working rack or hall.
05
Reference architectures
Repeatable patterns for workstation, cluster, air-cooled factory, and liquid-cooled factory — with a migration path between them.
06
Deployment
Physical install, fabric, storage, Kubernetes, AI software stacks, and operational readiness. Same partner from architecture through go-live.
Deployment includes the stack.
Rack, cool, network, Kubernetes, AI software, operational readiness. We do not drop a box and leave. Migration to next-generation platforms is documented at design time.
How we workRequest a briefing
Design a factory brief.
Tell us the hall, the density, and whether air still works. We will say plainly if liquid cooling is required — and if we are the right partner.