Every Applied AI Factory begins with site fundamentals that determine long-term performance and scalability.

Large, contiguous land parcels enable multi-building campuses that scale over decades without rework or relocation.

Low-cost, expandable utility power with clear pathways for future capacity and long-term growth.

Diverse, scalable fiber connectivity designed to support high-throughput AI workloads today and evolving network demands over time.
Power, cooling, layout, and network architecture are integrated at the outset to support modern GPU and accelerator platforms as they evolve over time.
Campuses are designed to efficiently support both AI training and inference within the same infrastructure, enabling better utilization and long-term relevance.
Rather than optimizing for a single architecture, our facilities are designed to adapt to changing compute platforms, densities, and deployment models.
Cooling and electrical systems are engineered to support next-generation rack densities while maintaining efficiency targets appropriate for long-term operations.
Systems are fully redundant and concurrently maintainable, allowing upgrades and servicing without disrupting live AI workloads.
Physical security, fire protection, and building management systems are integrated as foundational elements — not afterthoughts.




We standardize critical electrical and cooling systems with proven partners to reduce variance at scale.

Long-term supplier agreements and pre-secured lead times keep phased expansions on track.

Prefabrication and parallel construction compress timelines without cutting corners.



Partner with Applied Digital to develop infrastructure built for long-term performance.
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