Butlr is a continuous thermal layer for the high-current power path, from the power panel through the busway to the rack PDU. Standard practice scans those connections once or twice a year. Butlr closes the other 364 days.
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Connections in the high-current path loosen as they heat and cool through load cycles. Resistance climbs, the joint runs hotter, and the process feeds itself. AI workloads accelerate it, because the load is denser and less stable, shifting by rack and zone rather than holding steady.
The places this happens are the places least likely to be checked. Handheld thermal scans catch a developing fault only if someone is standing there at the right moment. Server-level telemetry reports what the hardware sees, not what the power path is doing on the way to it. Butlr monitors that path continuously, so a rising joint is detected before it becomes an event.
Blind-zone coverage
Thermal digital twin
Commissioning
One platform
WHAT IT COVERS
Continuous Monitoring
Every connection, every second. No scan windows, no sampling gaps.
Complete Rack Coverage
White space, above-rack, and in-rack from a single platform.
Alerts Where You Work
Per-zone thresholds, routed to the systems your team already watches.
HOW IT DEPLOYS
No Cameras in the Hall
Thermal sensing only. Nothing that creates a video record inside a secure facility.
Install Without Downtime
Wireless for white space, wired where it matters. No hall shutdown to deploy.
Open by Default
API-first, with existing integrations into building and facility platforms.
The Butlr platform turns thermal and occupancy data into automated energy savings. Instead of cooling data halls to worst-case assumptions, operators match energy use to where the hall actually runs hot, measured in real time and without cameras. As part of a broader efficiency strategy, spatial intelligence can reduce energy demand by 20 to 30 percent, with the data to prove it.
