Distributed AI compute • heat recovery • water efficiency
EDGE AI • HEAT RECOVERY • WATER EFFICIENCY • DISTRIBUTED RESILIENCEEDGE AI • HEAT RECOVERY • WATER EFFICIENCY • DISTRIBUTED RESILIENCE
Cloud Wash Laundry edge computing concept
Distributed edge infrastructure

The next data center may already be in your neighborhood.

Cloud Wash Laundry converts energy-intensive commercial sites into distributed AI compute nodes designed to reuse server heat, reduce water demand and move compute closer to users.

294.4 tModelled CO₂ mitigation/site/year
99.999%Network design target
<2 msEdge latency target
24/7Distributed compute
A different infrastructure model

Stop wasting the heat you already paid to create.

Centralized AI campuses reject enormous quantities of heat. Our concept places compute beside businesses that already need heat, power and water infrastructure.

Heat becomes an asset

Recover server heat for hot water, drying and other thermal loads.

Water gets a second life

Filter and reuse suitable grey water while reducing dependence on evaporative data-center cooling.

Compute moves closer

A distributed topology can place AI capacity closer to customers while diversifying physical infrastructure.

Distributed edge network map
Distributed by design

A network, not another mega-campus.

Our architecture is designed around many smaller compute sites with automated workload routing, thermal integration and local infrastructure reuse.

Connected initiatives

More than one way to rethink infrastructure.

Artificial Inventor

Artificial Inventor

An agentic AI learning and invention initiative designed to help young people explore ideas, science and problem solving.

Visit ArtificialInventor.ai
Jardines Digitales

Jardines Digitales

A rural Spain initiative connecting energy, food, digital infrastructure and community benefits around the Fuente de Cella region.

Visit JardinesDigitales.es