Container data centers are racing to hit T+9, site power to IT-ready in nine months. Butlr gives every module a live thermal view from the day it arrives, so you can check the power path after shipping and validate cooling in the real climate, not just the CFD model.
Speed is the point of a modular build. These are the two places it gets lost.
Shipping shakes connectors loose. It's why most ODMs still ship the container and the racks separately. Today, finding the loose ones means a technician with a thermal gun, one connection at a time.
A module designed in one climate gets deployed in another. Tropical and equatorial sites are hard to simulate, and a CFD model can't tell you how the module is actually running.
Kentec, a Kenmec Group company delivering infrastructure and liquid cooling for AI data centers, builds Butlr thermal sensing directly into its AI compute containers. Its modules see heat from day one, for both use cases above.
Read the Kentec story“Kentec’s AI compute containers that see heat from day one, along with Butlr thermal sensing technology, provide a real-time view of every zone to ensure cooling aligns with demand while also accelerating commissioning.”
One sensor layout covers the cooling loop, the power path and the racks themselves.
Server depreciation is roughly two-thirds of the cost of running AI compute. Every year of useful life you add to a GPU fleet changes the math.
Modelled estimates and industry framing, not guarantees. The line-item model is available under NDA.
We map sensor placement to your module design: busway and whips, power panel, cooling loop and racks.
Wireless sensors in the white space, wired PoE in the racks, so the module ships ready to report. [CONFIRM: integration at the factory, on site, or both]
Every module shows up in the Butlr Platform the same way, with alerts routed to your existing tools.
Bring your module spec and target site. We'll show you commissioning checks, cooling validation and the payback model.
