Enterprise Colocation
Purpose-built facilities engineered for high-density AI workloads. 100% renewable hydroelectric power, direct-to-chip liquid cooling up to 250kW per rack, and carrier-neutral fiber connectivity from 1Gbps to 100Gbps+.
Infrastructure Built for AI
Every layer of our facilities is engineered from the ground up for high-density compute.
Power
Powered by 100% renewable hydroelectric energy with dual-feed 480V/277 and 415V/240 three-phase distribution. Enterprise battery UPS systems ensure uninterrupted operation through any grid event.
- 100% Renewable Hydroelectric
- Dual-Feed 3-Phase Distribution
- Battery Backup UPS Systems
Cooling
Purpose-built for high-density AI workloads with direct-to-chip liquid cooling supporting up to 250kW per rack. Evaporative and adiabatic systems maintain optimal temperatures year-round without mechanical chillers.
- Direct to Chip Liquid Cooling
- Evaporative & Adiabatic Systems
- 250kW Per Rack Capacity
Connectivity
Multi-homed fiber connectivity with carrier-neutral facilities and diverse fiber paths. Scalable bandwidth from 1Gbps to 100Gbps+ delivers the redundancy and throughput modern AI workloads demand.
- 1Gbps — 100Gbps+ Fiber
- Carrier-Neutral Facilities
- Diverse Path Redundancy
Rack-Scale Liquid Cooling
Rack-ready, liquid-cooled GPU clusters engineered for AI and HPC workloads. Scalable, efficient, and ready for rapid deployment.
250kW
Per Rack
Direct-to-chip liquid cooling for maximum density
90 Day
Deployment
Rack-ready infrastructure for rapid scaling
100%
Renewable
Hydroelectric energy powering every rack
Available Locations
Strategically positioned facilities across the United States, each optimized for different workload profiles.
Eastern Washington
Available Now
Strategic Edge Compute Hub. Ultra-low latency liquid cooling ecosystem powered by renewable hydro-energy.
- 10 MW Available Capacity
- Liquid Only Cooling Infrastructure
- 100GB — 6.4TB Transfer Available
- 8,000 sq ft Facility Size
Western Montana
2026
Future-Ready AI Fortress. Massive scale liquid-only infrastructure designed specifically for next-gen GPU clusters.
- 20 MW Available Capacity
- Liquid Only Cooling Infrastructure
- 100GB — 6.4TB Transfer Available
- 20,000 sq ft Facility Size
Pennsylvania
2026
East Coast Hyperscale Gateway. Flexible hybrid cooling architecture offering bespoke high-density solutions.
- 30 MW Available Capacity
- Air or Liquid Cooling Options
- 100GB — 6.4TB Transfer Available
- Flexible Design to Spec
Oregon
Available Now
Pacific Efficiency Node. Rapid deployment air-cooled facility optimized for immediate high-throughput workloads.
- 6 MW Available Capacity
- Air Cooling Only
- 100GB — 6.4TB Transfer Available
- Immediate Deployment