Infrastructure
GridColo Sites
From flagship energy-integrated campuses to sovereign compute campuses, hyperscale facilities, and regional edge sites, GridColo applies a consistent service framework across different deployment models — with site-specific power, cooling, connectivity, reliability, sovereignty, security, and SLA terms.
Additional Site Types
Hyperscale & Edge Sites
GridColo's service framework extends to hyperscale campuses and regional edge facilities, each following consistent service definitions, access procedures, support processes, and operational accountability — with site-specific design, power, and reliability characteristics.
Edge Sites
Compact, strategically located facilities designed for low-latency workloads and regional demand. Edge sites bring infrastructure closer to end users while maintaining enterprise-grade reliability.
Strategic Geographic Positioning
Located in key markets to minimize latency and maximize regional connectivity
Low-Latency Connectivity
Optimized network paths and carrier-neutral design for fast, reliable connections
Up to 5MW / Scalable Power
Right-sized infrastructure with room to grow as your needs expand
Enterprise-Grade Security
Security protocols and access controls implemented per site type, threat model, and operating classification
Hyperscale Sites
Large-scale campuses engineered for energy efficiency, density, and long-term growth. Hyperscale sites provide the foundation for the most demanding cloud, AI, and enterprise workloads.
Multi-Megawatt Capacity
Substantial power infrastructure designed to support high-density computing at scale
High-Density Infrastructure
Advanced cooling and power distribution supporting the most demanding deployments
Energy-Efficient Design
Optimized for operational efficiency with pathways to renewable energy integration
Campus Expansion Capability
Room to grow with phased development options as your infrastructure needs evolve
Choosing the Right Site Type
Flagship Energy Campus is ideal for:
- AI/HPC and high-load digital infrastructure
- Anchor tenants and large footprint deployments
- Organizations seeking powered land or powered shells
- Utility-constrained deployments
- Long-term campus-scale capacity planning
- Power, space, cooling, connectivity, and operations coordinated together
Hyperscale Sites are ideal for:
- Large-scale cloud infrastructure
- AI/ML training and inference
- Big data processing and analytics
- Enterprise private cloud
- Large deployments from dedicated suites to full buildings
Edge Sites are ideal for:
- Content delivery and caching
- Regional application hosting
- IoT and edge compute workloads
- Disaster recovery
- Smaller regional deployments
Canadian Sovereign Compute Campus is ideal for:
- AI/HPC and high-density workloads requiring Canadian data residency support
- Canadian enterprise, regulated, research, and public-sector-adjacent deployments
- Customers evaluating sovereignty, access control, encryption, and operating-governance requirements
- Powered land, powered shell, and turnkey colocation customers seeking different levels of control
- Hydro-powered / hydro-backed infrastructure strategies
- Large-load deployments requiring phased capacity reservations
Mixed-Use Compute District is ideal for:
- Enterprise, hyperscale, and anchor compute tenants seeking district-integrated environments
- Operators combining compute with office, hospitality, retail, or residential development
- Organizations requiring district-level connectivity, thermal, and managed services coordination
- Deployments targeting urban and mixed-use zoning environments
- Phased gigawatt-scale capacity with district utility integration
- Dallas/Fort Worth or Denver-region deployments evaluating formation-stage reservations
Featured Sites
Energy Compute Campus
500-acre energy-integrated compute campus
Energy Compute Campus is built with GridCore and operated through the GridColo service framework. It is GridSite's flagship implementation of the GridCore campus model and a GridColo-standard service environment — combining on-site generation (U.S. campus strategy), medium-voltage campus distribution, powered land, powered shells, turnkey colocation, carrier-grade connectivity, and integrated operations.
Capacity, phasing, service availability, and commercial terms are subject to project-specific agreements, engineering, permitting, and readiness milestones.
Gigawatt+
Phased Capacity
500 Acres
Campus Footprint
4
Service Models
24/7
Operations Model
Status
Prospective customer engagement and capacity planning
Sovereign Shield Energy Compute Campus
Hydro-powered Canadian compute campus
Sovereign Shield Energy Compute Campus is built with GridCore and positioned as a Powered by GridColo service environment for Canadian sovereign AI, HPC, enterprise colocation, powered shell, powered land, and connectivity-supported deployments. The campus is planned around hydro-powered / hydro-backed capacity, Canadian data residency support, high-density compute readiness, and documented customer operating boundaries.
Capacity, phasing, power delivery, carrier availability, service availability, sovereignty controls, reliability classification, SLA terms, and commercial terms are subject to project-specific agreements, utility and hydroelectric power coordination, engineering, permitting, commissioning, and readiness milestones.
1.05 GW+
Planned Capacity
150 MW
Phase 1 Target
4
Service Models
Canada
Sovereign Compute Market
Status
Reservations in preparation / Phase 1 customer engagement
The Giga Zone
A compute-anchored mixed-use district integrating gigawatt-scale data center capacity, premium connectivity, district utilities, heat reuse, managed services, and urban commercial development.
The Giga Zone is a proposed next-generation district model where digital infrastructure becomes the foundation for a broader commercial ecosystem. Planned around phased gigawatt-scale compute capacity, the project integrates retail, office, hospitality, residential, entertainment, district energy concepts, premium connectivity, and managed operational services into a coordinated mixed-use environment.
Rather than treating data centers as isolated industrial assets, The Giga Zone is designed to create long-term operational, economic, and sustainability value at district scale through coordinated infrastructure and mixed-use integration. Initial locations are currently under evaluation, with Dallas/Fort Worth and Denver-region opportunities prioritized for partner engagement and site formation activities.
Positioning note: Planned as a future GridColo-standard service environment operating within the broader GridCore ecosystem. The Giga Zone extends the GridColo operating model into integrated mixed-use district environments combining compute, utilities, connectivity, and commercial activation. Site, zoning, entitlement, capacity, phasing, service availability, and commercial terms are subject to site formation, partner agreements, regulatory approvals, engineering, and project readiness milestones.
1 GW+
Planned Capacity
4 × 250 MW
Phase Structure
2029
Initial Launch Target
DFW / DEN
Regions Under Evaluation
Status
Formation stage — reservations and partner inquiries open
Infrastructure Models
Same Service Framework. Site-Specific Power Models.
GridColo's role is to standardize the service framework: capacity reservations, service orders, access procedures, support workflows, operating boundaries, documentation, and commercial service definitions. The underlying power and deployment model may differ by site. Energy Compute Campus uses an on-site generation strategy. Sovereign Shield uses a Canadian hydro-powered / hydro-backed strategy. The Giga Zone extends the model into a proposed compute-anchored mixed-use district environment. GridColo environments are designed to support a wide range of deployment models — from dedicated energy-integrated campuses to premium mixed-use compute districts.
Service Models
Service Models Across Sites.
Customers can evaluate capacity through four primary service models. The right model depends on how much control the customer needs over facility design, IT deployment, personnel access, operations, cooling, encryption, network routing, and long-term service responsibility.
- Turnkey Colocation: Managed high-density capacity under GridColo operating procedures.
- Powered Shell: Compute-ready shell capacity with customer fit-out responsibility.
- Powered Land: Customer-controlled facility development inside a governed campus environment.
- Connectivity: Carrier access, cross-connects, fiber pathways, and customer demarcation services.
Directory
Current and Featured Sites
Energy Compute Campus
500 acres / Gigawatt+ phased capacity
Sovereign Shield Energy Compute Campus
Canadian hydro-powered / hydro-backed sovereign compute campus planned for AI, HPC, enterprise, regulated, research, public-sector-adjacent, and sovereign cloud deployments.
The Giga Zone
Proposed compute-anchored mixed-use district — Dallas/Fort Worth and Denver-region opportunities under evaluation.
Site participation note: GridColo sites may participate through different operating and affiliation models. Some sites are directly operated, some are Powered by GridColo service environments, and some may participate through marketplace listing, integrated workflows, compliance-readiness support, or managed operations services. Site-specific ownership, service availability, reliability classification, capacity, sovereignty controls, SLA terms, and operating responsibilities are documented in applicable service agreements.