The World's First
Tap Water-Cooled Computer
A new era of liquid cooling begins.
Assignment
Air Cooling Has Reached Its Limit - Liquid Cooling Still Faces Challenges
With the rapid adoption of generative AI and agent-based AI, the global demand for massive computing resources is skyrocketing.
However, conventional air-cooled data centers have reached their limits in cooling efficiency, creating serious challenges such as increased environmental impact and soaring power consumption. Even liquid cooling, which is gradually being adopted worldwide, requires special oils, coolants, and large-scale facilities, making it available only to a limited number of large installations.
That's why World Scan Project developed "ZEXA CLUSTER"
Feature01
A groundbreaking cooling method : immerse CPUs directly in water
ZEXA CLUSTER is the world's first immersion cooling system that uses ordinary water — such as groundwater or industrial water — to submerge CPUs directly while in operation.
This eliminates the need for special liquids or expensive cooling infrastructure, fundamentally redefining cooling technology.
Feature02
ZEXA CLUSTER 72 PCs, on a single board
Each board houses 72 chips, all operating independently.
In other words, it's like having 72 small PCs integrated into a single board, designed to run multiple agent-based AIs simultaneously.
Feature03
Cooled by tap water. No large facilities or special fluids required
All you need is regular water.
High-performance AI processing can now be achieved in places previously unimaginable—such as a corner of your office or a research lab.
Benefits of Introducing ZEXA CLUSTER
Merit01
Space-Saving
Only just 1㎡ required
- Operates on a desktop or a single rack unit
- Usable even in labs or small offices in urban areas
- Flexible operation without dependence on large data centers
Merit02
Low Cost
Reduce cooling costs to 1/10 (Cooling costs cut by 90%)
- Cooled with tap water, no large-scale equipment needed
- Significantly reduces power consumption, lowering running costs
- Minimal capital investment enables sustainable, energy-efficient operations
Merit03
High Scalability
Tens of thousands of computing units
- Each board integrates 72 chips
- Deploying 200 boards achieves the equivalent power of 72,000 PCs, forming an “AI virtual army”
- Run massive numbers of AI agents simultaneously
- Supercomputer-class parallel processing within your own environment
From research to business, an environment where anyone can harness AI
ZEXA CLUSTER enables the simultaneous operation of vast numbers of agent-based AIs, making large-scale parallel processing and new forms of automation possible. In research labs, it allows next-generation AI experiments and proof-of-concept testing in small environments — without the need for massive data centers. For small and medium-sized enterprises, it offers a secure, high-performance AI infrastructure that can be deployed in-house, dramatically accelerating the adoption and utilization of AI.