Powering mission-critical compute for the tactical edge
Defense and security workloads like autonomous systems, ISR and real-time AI inference at the tactical edge demand compute that works reliably in conditions that would disable conventional infrastructure. Iceotope precision liquid cooling technology enables high-density, ruggedized compute in sealed, fanless chassis that withstand dust, vibration, humidity, and extreme temperatures.
Liquid cooled systems eliminate acoustic signature, reduce thermal overload risk, and deliver data centre-grade processing density in vehicle-mounted, shipborne, airborne, and forward-operating environments where failure is not an option.
Resilient, silent, and deployable for whatever the mission demands
Iceotope precision liquid cooling technology in a sealed, fanless chassis captures almost 100% of system heat, with no moving parts and no dependence on conditioned air. The result is compute infrastructure that is as reliable in a forward operating base as it is in a protected data facility.
Acoustic stealth for sensitive operations
With no fans and sub-50dB operation, Iceotope-cooled systems produce no acoustic signature, ideal for deployments where noise discipline is a operational requirement.
Ruggedised for harsh and contested environments
Sealed chassis protects against dust, sand, and humidity. Precision liquid cooling maintains stable thermal performance across extreme temperature ranges.
High-density AI compute in constrained form factors
Vehicle-mounted platforms have no space for conventional air-cooled rack infrastructure. Precision liquid cooling removes the need for facility water or CRAC units.
Precision liquid cooling solutions ready for the next generation of AI.
A liquid-cooled AI inferencing cluster that integrates compute, cooling, networking, memory and storage into a compact solution that can be deployed in almost any environment, without requiring facility water or dry chillers.
Liquid-cooled data center solutions designed to handle the increasing demands of high-density, low-latency workloads. Compatible with existing rack deployments, KUL AI ensures stable thermal management, even under peak load conditions.
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