As high-density AI clusters transition to liquid cooling, the risk of catastrophic leaks is no longer theoretical. Serinity provides advanced wide-area sensing for mission critical assets.
Data centers are evolving. Liquid-to-chip cooling is now mandatory for H100 and B200 clusters, but it introduces a critical single point of failure: Undetected Leaks.
Non-conductive fluids aren't detected by other sensors, causing silent hardware degradation.
Slow leaks lead to pressure drops and catastrophic heat accumulation before standard alerts.
Conventional puck- and rope-style sensors leave leak detection up to chance.
With humidity and pressure sensors, small dribbles often go unnoticed until they become large problems.
Printed, flexible sensing films that detect fluids through impedance changes at the molecular level.
Identifies the specific fluid type, differentiating between coolant, condensation, and oil.
Ultra-low power wireless edge nodes convey real-time notifications to the DCIM, no hard-wired installation needed.
ML models predict leaks before they become serious problems by analyzing subtle signal patterns.
Unlike conventional sensors, sensing films are delivered to the site as rolls and can be cut to the desired footprint to catch any leak, anywhere in the data center.
Universal compatibility with standard water-based systems and next-generation non-conductive dielectric liquid cooling.
Immediate spatial mapping of leak events. No more hunting through plumbing—know exactly where and what is leaking before damage occurs.
Liquid Cooling Adoption by 2030
The transition to GPU-heavy workloads is driving an unprecedented shift. Serinity is the only protection built for this scale.
LIQUID COOLING TAM
Preserve capital investments, ensure resiliency, and provide peace of mind.
Transition from reactive to proactive risk management, preserving massive capital expenditures for the long term.
Leak localization ensures minimal disruption to compute clusters during remediation.
Lower your risk profile and insurance premiums by deploying the only wide-area precision leak detection system.