Single-tenant modules built for high-density inference, your hardware, our facility, zero shared space.
Traditional colocation treats GPU clusters like standard corporate databases, renting cage space in shared, multi-tenant rooms. We build single-tenant environments.
As both the builder of the physical facility and the systems operator, we eliminate third-party landlords to give your hardware direct, uncompromised infrastructure control.
Your space, completely ring-fenced with zero neighbors. No cage mesh sharing, no cross-talk, and no physical access vectors to your hardware from third parties.
We designed, manufactured, and built the facility your GPUs live in. No sublease chains or remote landlord policies. We run the infrastructure directly.
Liquid-cooling ready and ultra-high-density by default. Supports air cooling up to 40 kW/rack and direct-to-chip liquid cooling configurations up to 250 kW/rack.
We replaced the clipboard with code. Manage physical infrastructure with the speed and transparency of a cloud platform.
Pre-register visitors, assign specific zones, and generate digital keys instantly. No clipboard required.
Ship directly to us. We receive, unbox, scan serials, and stage your hardware. Track inbound inventory in real-time.
Request remote hands and get photo evidence.
Technician shared an attachment
Provision interconnections in hours.
Monitor power draw and thermals.
Engineered specifically for high-thermal load nodes. Compatible with multi-tiered electrical pathways supporting high-density H100 and Blackwell clusters.
Secondary closed-loop cooling infrastructure supporting direct-to-chip secondary loops. Waterless configurations to prevent external moisture risk.
Dual active feeds backed by emergency generator farms and static transfer switches, ensuring continuous power delivery even during grid failure.
Biometrics, dual mantrap airlocks, anti-tailgating sensors, 24/7 security guard presence, and video surveillance archiving to sovereign standards.
Multiple tier-1 dark fiber rings connecting facilities directly to core carrier exchange nodes. High-throughput, multi-path routing fabrics.
Hosted in the same standardized modules: air-cooled CORE or DLC-native HYPER.
Single-tenant, cluster-scale colocation in facilities we own and operate.
