Hosting & colocation
Define rack or container requirements, electrical demand, access, security and operating boundaries. Availability and service levels are agreed per project.
WES Data Centers
Infrastructure for what comes next.
Connect power, cooling, connectivity and physical infrastructure for customer computing equipment. Develop each facility around its workload and location.
Discuss a project ↗Inside the scope.
Designed as a system.
Energy-first design
Assess fuel and power supply alongside cooling, network routes and phased expansion.
Future GPU & cloud services
A development direction requiring GPU investment, network architecture and an operating platform. Offered scope depends on the project and partners.
WES / Keep exploring.
Keep exploring.
↗WES / ENGINEERED IN KAZAKHSTAN
Kandyagash ↗
Kandyagash, Kazakhstan. A data center project profile with a published project capacity of 35 MW.
↗WES / ENGINEERED IN KAZAKHSTAN
Power generation ↗
Gas-engine power generation designed as part of the complete energy and computing system.
↗Interface concept · not a product screenshotWES / ENGINEERED IN KAZAKHSTAN
WES-Technologies ↗
Five WES-developed products connect operating data, engineering insight and AI-assisted review. Built around the workflows of energy and industrial teams.
ENGINEERED IN KAZAKHSTAN