01
Smart Pumps
Pump-integrated intelligent nodes spanning gaming, 2U–8U immersion tanks, and rack-server cooling — each pump a sensing, self-adjusting node.
Naroller Motor
↳ Smart Pumps↳ Two-Phase Cooling↳ AI CDU Controller
As AI compute density approaches its physical limits, cooling becomes the infrastructure that decides whether compute can run at all. We engineer the intelligence that keeps it flowing.
Key words
Discover SPIN™→Cyber-physical systems and industrial Edge AI — integrating physics-informed machine learning with advanced thermal-management architectures.
FocusAI DC Cooling
ArchitectureTwo-Tier Control
OriginTaiwan
IPPATENT
About
Today's flagship AI racks already draw 120–140 kW, and the next generation pushes toward hundreds of kilowatts per rack. At these densities, air cooling is physically out — direct liquid and two-phase cooling are the only path forward.
Naroller builds the intelligent layer of that path: smart pumps, two-phase systems, and an AI-based CDU controller that together form a two-tier control architecture — intelligence at every pump node, orchestration at the system core.
Our edge is not a single product. It is the rare ability to coordinate electromagnetics, thermal, and structural dynamics at the limits where AI infrastructure now operates.
120–140kW
Power density of current flagship AI racks
3–8weeks
Cooling degradation detected before failure
49% ↓
Reduction in pump energy, via affinity-law speed optimisation*
Architecture
A two-tier control architecture — an AI CDU core orchestrates the cooling loop, while every smart pump is a sensing, self-adjusting node across DLC, two-phase and immersion systems.
- ↳Core — system-level orchestration, arbitration and safety.
- ↳Nodes — pump-integrated SPIN intelligence at every actuator.
- ↳Network — one architecture spanning every cooling type.
Capabilities
02
Two-Phase Cooling
Two-phase direct-liquid (DLC) and two-phase immersion systems for the highest-density, next-generation thermal envelopes.
03
AI CDU Controller
An AI-based control core that spans DLC, two-phase DLC and immersion systems — the brain that orchestrates the cooling loop in real time.
04
Liquid-to-Air / Liquid-to-Liquid CDU
Coolant distribution units that integrate cleanly with any existing infrastructure — non-invasive, brand-agnostic deployment.
05
Vapour Recycle & Filtration
Vapour-recovery and liquid-filtration subsystems that protect the loop and extend service life — engineered as recurring-value consumables.
06
Physics-Informed Intelligence
Physics-informed machine learning and digital-twin modelling that turn multiphysics simulation into deployable, self-optimising control.
Product Spotlight
A pump-integrated intelligent controller that monitors the cooling system 24/7, detects silent degradation weeks before failure, and adjusts cooling automatically — keeping AI compute online and efficient.
24/7
Continuous monitoring of the cooling system
3–8 wks
Early detection of degradation before failure
~8.76M
kWh/yr saved — PUE −0.1, 10 MW DC representative case*
Non-invasiveNo CDU / IT modificationWorks with any CDU brandPatent protected
* Results based on simulation and projected estimates. Actual performance subject to site-specific validation.