Proposed development
A new vision for compute infrastructure. High-density computing, on-site power, liquid cooling and global connectivity on one purpose-built campus, designed for enterprise, hyperscale, telecommunications and government customers.
Customers bring their own compute and network equipment; The Hyper Hub delivers the space, power, cooling and connectivity. Scroll through each system.
Planned
High-density halls with direct-to-chip liquid cooling, matched to tenant-selected equipment. Customers bring their own compute and network equipment; The Hyper Hub delivers the space, power, cooling and connectivity.
On site
Planned
Direct-to-chip liquid cooling on a closed loop, supported by a water reuse plant and an atmospheric water generation campus of industrial air modules. Atmospheric water output varies with temperature and humidity.
On site
Planned
On-site generation on a natural gas pipeline connection, sized to the phase in service: 20 MW to 300 MW, scalable to 600 MW, backed by 150 MW / 1 hour of battery storage, a substation and switchgear yard, and a 20-acre solar field.
On site
Proposed
Diverse fiber entrances and meet-me facilities, rooftop LEO equipment with ground pads for large antennas, licensed microwave links, and dry cable entrance space for potential subsea interconnection.
Ground network, sky and sea
Vendor-specific
Dedicated space and service pathways for future quantum systems, specified by the selected technology.
On site
Proposed
Traditional IT, network equipment and interconnection, plus capacity reserved for federal agencies and public services, subject to agreements.
On site and ground network
Illustrative model, not to scale or an engineering layout. Proposed development; each service will be developed around customer and engineering requirements, and the facility is not yet operational.
The connectivity concept brings together several access options, with physical routes and services established through carrier coordination.
Diverse entrances and meet-me facilities for carrier connectivity.
Proposed
Infrastructure for suitable licensed links and continuity needs.
Planned
Rooftop LEO and communications equipment, with ground pads for large antennas.
Proposed
Dry cable entrance space and pathways for potential subsea interconnection, subject to carrier agreements and permits.
Subject to agreements
Services are proposed. No operating quantum system, submarine cable landing, carrier route or tenant deployment is announced.
Our vision reaches beyond today's workloads. Explore how adaptable infrastructure can support accelerated compute, emerging quantum technologies and new approaches to computing and communication.
Read our vision
Power, cooling and water are being considered together from the start, alongside the local environment and the communities around the proposed facility.
Physical protection and resilience are designed in from the start, with detailed measures developed privately with qualified specialists.
Dedicated power for high-density infrastructure: on-site generation on a natural gas pipeline connection, sized to the phase in service: 20 MW to 300 MW, scalable to 600 MW, backed by 150 MW / 1 hour of battery storage, a substation and switchgear yard, and a 20-acre solar field.
Planned
Direct-to-chip liquid cooling on a closed loop, supported by a water reuse plant. Heat rejection and makeup-water needs will be established in the site-specific water balance.
Planned
An atmospheric water generation campus of industrial air modules supplements the water reuse plant. Atmospheric water output varies with temperature and humidity; essential water and fire services remain part of site planning.
Planned
The campus is proposed for a 300–500 acre site in Texas or North Florida: a 300,000 sq ft Phase 1 that scales to a 1,000,000 sq ft flagship, with three future hyperscale building pads. Site size varies by location.
Candidate campus sites
Evaluating two candidate regions for land, utility service, regional connectivity and a coordinated local planning pathway.
Two candidate regions
Built to scale
We intend to explore local procurement, skilled employment and training pathways as the project develops.
Potential colocation opportunities for schools, universities, public safety and other public services would be evaluated through appropriate agreements. Fiscal benefits and infrastructure needs will be assessed with the relevant jurisdictions.
Institutional relationships and public-sector services remain proposed.
Now: site evaluation and feasibility
A proposed development: a Phase 1 flagship data center, with three future hyperscale building pads. The facility is not yet operational and an opening date has not been announced.
Site suitability, utility availability, connectivity and environmental conditions.
Engineering, water balance, permitting and customer requirements.
Definitive agreements, delivery planning and financing.
Construction, commissioning and operations once the preceding milestones are met.
A 300–500 acre campus in Texas or North Florida, anchored by a single-story, circular data center with a windowless, hardened, hurricane-resilient envelope, built for 24/7 mission-critical operations. The build starts at 300,000 square feet and scales to 1,000,000 square feet, and the campus includes three future hyperscale building pads. Site size varies by location.
By an on-site generation campus on a natural gas pipeline connection, sized to the phase in service: 20 MW to 300 MW, scalable to 600 MW, backed by 150 MW / 1 hour of battery storage, a substation and switchgear yard, and a 20-acre solar field.
Contact the project team using the inquiry form below. We welcome discussions with prospective customers, carriers, technology providers and community stakeholders. Detailed technical and commercial materials can be considered through an appropriate confidential process.
Discuss infrastructure requirements, connectivity opportunities or regional collaboration with our project team.