Cooling that moves before the heat does.
ThermalOps predicts thermal loads across the rack in real time and adjusts coolant flow the instant it's needed — cutting energy, preventing overheating, and extending hardware life in high-density AI compute.
Lower energy draw
Flow is matched to real load instead of a fixed worst case, so pumps and chillers stop working harder than the racks require.
Overheating, prevented
Loads are caught as they build. Coolant responds before a rising hotspot ever turns into a thermal throttle.
Longer hardware life
Steadier thermals mean less thermal cycling and stress on the silicon — extending the working life of every server you cool.
A closed loop that learns your facility, rack by rack.
Forecast the load
Machine-learning models read telemetry across the facility and predict thermal loads in real time, zone by zone — before they peak.
Move the coolant
Coolant flow ramps and eases dynamically, delivering exactly the cooling each zone needs and nothing it doesn't.
Compound the gains
Efficiency and longevity build over time — sustainable, high-performance cooling that scales with density.
The hotter the compute, the more it pays to think ahead.
AI training clusters and high-density racks push heat faster than static cooling can react. ThermalOps is designed for exactly that regime — where every watt of cooling and every degree of headroom counts.
Cooling smarter starts with a conversation.
Tell us about your facility and thermal envelope — we'll show you where predictive coolant control fits.
Email the team