Intergalactic Data Centers develops enterprise-grade AI compute facilities from site selection through commissioning — engineered for density, built for longevity, and developed across high-value markets throughout the United States.
Modern AI workloads require a fundamentally different approach to power density, cooling architecture, and network throughput. We develop facilities purpose-built for these requirements — not retrofitted from a prior generation. Our projects are built in strategic partnership with world-class AI infrastructure operators and next-generation compute hardware manufacturers, bringing institutional-grade construction capability and hardware ecosystem depth to markets that have never seen it.
Our construction approach is built on a foundation unavailable to conventional data center developers: factory-prefabricated modular infrastructure, co-developed with one of the world's largest AI computing operators, and validated for the most advanced liquid-cooled GPU clusters available today.
Every component — from building facades to equipment pipelines — is fabricated in a controlled factory environment before arriving on site. This eliminates weather risk, compresses schedules, and produces dramatically more consistent quality than traditional stick-built construction.
Our facilities are engineered to support the latest generation of liquid-cooled, high-density GPU clusters — validated for next-generation compute hardware from the world's leading silicon manufacturers. Rack densities up to 130–140 kW with PUE ≤ 1.1.
End-to-end delivery covering technical design, factory production, transportation, on-site installation, and full commissioning — in as little as 8 months. For government and enterprise clients with defined deployment windows, this timeline is a structural advantage.
Full Uptime Institute Tier III/IV certification support — 99.982% or greater availability, N+1 to 2N redundancy across all critical systems. Supported by intelligent digital twin O&M platforms and 24/7 remote monitoring. Built to the standards government and enterprise require.
We develop AI infrastructure across a broad range of scales — from regional inference nodes serving state and local government workloads to large-scale campuses serving enterprise and research institutions. Every deployment is designed to specification.
Our facilities are validated for next-generation GPU clusters from the world's leading silicon manufacturers — spanning both dominant AI training and inference architectures. Whether your workload demands the latest liquid-cooled cluster configurations or high-throughput inference at scale, our infrastructure is engineered to support it without compromise. We maintain direct relationships across the AI hardware supply chain, giving our clients access to capacity, support, and roadmap visibility that generic colocation providers cannot offer.
From land acquisition and permitting through power infrastructure, construction management, and operations — we manage the full development lifecycle so our clients don't have to.
Strategic site identification based on power availability, transmission proximity, water access, zoning, and community partnership — evaluated across markets nationally for structural long-term advantage.
Hybrid energy design combining grid access with on-site renewable generation — tailored to each market's grid, utility structure, and energy profile. We navigate interconnection, permitting, and utility coordination from day one.
Deep experience working with county commissioners, city councils, and state agencies. We structure projects to create genuine local economic benefit — jobs, tax revenue, and infrastructure investment.
Facilities engineered for modern GPU workloads: direct liquid cooling, high-density power distribution, and rack configurations built for the hardware that matters today and tomorrow.
End-to-end construction oversight with a focus on schedule, cost discipline, and quality. We work with regional and national contractors experienced in mission-critical data center builds.
24/7 facility management, carrier-neutral connectivity, and flexible colocation structures for enterprise clients, government agencies, and hyperscale tenants.
We select markets based on a rigorous set of criteria: grid access and power cost, land availability, permitting environment, proximity to fiber infrastructure, and long-term energy trajectory. The markets below represent our active development pipeline.
Texas anchors our development pipeline across two distinct market opportunities: the emerging AI infrastructure corridor in West Texas — adjacent to some of the largest data center campuses in North America — and the Permian Basin, where structural energy oversupply creates power cost advantages that are difficult to replicate elsewhere.
Structural power oversupply in the Permian Basin creates some of the lowest sustained energy costs in the United States — a durable advantage for compute-intensive workloads.
Oklahoma offers a compelling combination of sub-$0.05/kWh industrial power, abundant land, and a central US geographic position that reduces network latency to both coasts. The state has established data center tax incentive programs and a permitting environment actively supportive of large-scale infrastructure investment.
Geographic center of the continental US provides latency symmetry to both coasts — a meaningful advantage for distributed AI inference and real-time workloads.
Wyoming's cold climate dramatically reduces cooling operating costs — one of the largest components of data center opex. Combined with abundant wind energy resources, no state corporate income tax, and a state government actively recruiting large-scale infrastructure investment, Wyoming represents a differentiated long-term development opportunity.
Among the highest wind generation capacity per capita in the US. Renewable-forward power profile supports sustainability commitments for enterprise and government clients.
West Texas offers a rare combination of abundant land, renewable energy resources, a growing transmission network, and a state government actively invested in positioning Texas as the nation's AI infrastructure hub. Shackelford County is home to one of the largest data center corridors in North America — and we're building alongside it.
Market selection is driven by power cost trajectory, grid stability, land availability, permitting environment, and long-term infrastructure investment signals. We evaluate new markets on an ongoing basis and are open to site-specific development partnerships.
Discuss a Market →Or reach us directly:
info@intergalacticdc.com