Our Factories
Our data centers are purpose-built for AI – delivering unmatched speed, reliability, and efficiency. With a vertically integrated approach, we design, build, and operate high-performance data centers and infrastructure that eliminate inefficiencies, reduce costs and maximize compute power. Built to meet your AI needs today-built for your next move


Optimize Efficiency, Performance & Security with AI Infrastructure

Cost Efficiency
Linear Pricing: Unlike cloud pricing models, adding more resources doesn’t increase costs, each additional resource costs the same as the previous one.
Flexible Commitment: Choose between flexible hourly billing or long-term contracts tailored to your needs.

Performance
Dedicated Resources: Guaranteed, isolated compute capacity. Your workloads run at full speed without competition.
Full Hardware Utilization: Get direct access to raw compute power without the overhead of multiple virtualization layers

Security
Single-tenant Infrastructure: Eliminate the risk of data leakage from shared, multi-tenant environments
Confidential Computing: Run in the most secure environment possible - fully isolated through physically and logically separated workloads
Iron powered by nature

Renewable Energy Sources
The Nordic region offers a strong foundation for powering large-scale AI workloads with reliable energy. In Sweden, the electricity mix is supported by a robust supply of hydro, wind and solar power. This creates an ideal environment for energy-intensive operations.

Reliable Power at Scale
Abundant access to hydro, wind, and other low-emission energy sources makes Sweden a highly attractive location for energy-intensive AI operations. A consistent electricity surplus contributes to lower energy prices.

Cool Climate for Natural Cooling
The Nordic climate offers a built-in advantage: cold air. Our data centers are designed to take full advantage of the naturally low temperatures, reducing the need for cooling and lowering the energy consumption.
Secure, enterprise-grade infrastructure and high-performance compute for AI workloads
