Architecture

Layer 9. Orchestration

How is a distributed fleet operated, simulated and, critically, guaranteed? Coral partners for the simulation engine and builds the product on top: every pod published as a simulation-ready asset, and a live per-pod digital twin that makes a guaranteed thermal performance service level agreement contractible rather than a datasheet promise.

Operations room monitoring infrastructure sites in snowy, coastal and dry climates.
Conceptual fleet view; not a map of deployed CoralDC sites.
The Engineering Question

The engineering question

How is a distributed fleet operated, simulated and, critically, guaranteed?

Decision

What Coral decided

Partner the engine, build the product

Physically accurate digital twin engines with credible computational fluid dynamics heritage exist and integrate with the dominant AI factory design environments. Coral does not build one.

Publish the pod as an asset

Publish every Coral pod as a simulation-ready asset so that any consulting engineer designing an AI facility can drop a Coral pod into their own model. This is a distribution strategy disguised as an engineering deliverable.

Build the performance contract

A live digital twin plus continuous telemetry makes a guaranteed Tokens per Megawatt service level agreement contractible. Coral's position is that a modular infrastructure vendor should be willing to guarantee thermal performance, and that the reason nobody does is that nobody has the instrumentation to.

In the Pod

Where this appears in the pod

Next Step

Request an architecture review.

A structured technical assessment of power, thermal capacity, density, jurisdiction and deployment sequencing for a specific site.