Years to deploy
Traditional data centers take years to plan, permit and build.
The right way to build your data center.
Mission
The problem
AI workloads demand more power, more density and faster deployment, but traditional data centers are slow, expensive and resource-intensive.
Traditional data centers take years to plan, permit and build.
High upfront infrastructure cost and increasing operational expense.
Conventional cooling can limit where dense AI capacity can be built.
Our solution
Integrated power, immersion compute, dry heat rejection, service stations and automation in a repeatable architecture.
Utility power and fiber connect directly to the platform.
Power conversion, controls, network aggregation and maintenance hub.
Closed secondary loop with water-free heat rejection.
Rail-based robotic service integrated with each compute trench.
Power, network and controls distributed through redundant pathways.
High-density compute in independent trench-integrated immersion modules.
Automated maintenance
A rail-mounted system extracts, transports and services immersed servers so routine maintenance is built into the platform.
How it works
A repeatable module-level design from civil work to automated service.






Preliminary estimates. Subject to change due to customer scope, site conditions, redundancy and commercial terms.
Traction
Strategic partner
Signed MOU and pilot deployment discussions with a data center developer, owner and operator.
Commercial validation
Engagement with data center owners and operators around initial deployments and commercial validation.
Follow us
Updates, milestones and insights as we build the next generation of AI infrastructure.
The right way
to build your data center.
Get in touch
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