Gigascale
Capacity delivered at scale
Our gigascale developments provide the foundation for large, contiguous deployments, bringing together land, power and infrastructure to support long-term growth. Designed for AI and hyperscale demand, they enable rapid expansion, operational efficiency and resilience.
Gigascale
Defining Characteristics
Our Gigascale facilities are designed for large-scale, high-density deployment, combining dedicated infrastructure, advanced cooling, and resilient power architecture within campus-scale environments supporting long-term expansion.

- Single story, large footprint facilities
- Single tenant, dedicated and secure environments
- High density deployments
- Liquid or hybrid cooled architecture
- Large-scale, contiguous data halls
- Building-to-building connectivity for Scale-Up, Scale-Out and cluster deployments
- Located in Tier 2 or Tier 3 markets
- Direct grid connection or on-site substations
- Concurrently maintainable M&E infrastructure
- Designed for high availability (typically 99.9%)
Gigascale
What We Deliver
Infrastructure designed to support long-term expansion, operational resilience, and scalable deployment across large-format campus environments.
- Campus-scale developments with expansion potential
- Multi-gigawatt capacity roadmaps for future demand
- Modular, repeatable designs optimized for scale
- Phased deployment models to support rapid expansion
- Infrastructure designed for hyperscale and advanced compute environments
- Interconnectivity for GPU cluster and supercluster deployments
Our Data Centers
Gigascale campuses
positioned for expansion
Core Infrastructure
Infrastructure engineered for gigascale deployment
- Power Strategy & Capacity
- Cooling Solutions
- Design Standards & Engineering

Power Strategy & Capacity
Key capabilities:
- Direct grid connections and dedicated on-site substations
- Multi-gigawatt capacity planning aligned to long-term expansion
- High density power delivery designed for advanced compute workloads
- Resilient architecture (N+1, 2N, and beyond)
- Right-sized system design and availability for improved Total Cost of Ownership (TCO)
- Renewable energy and low carbon power integration at scale

Cooling
Key capabilities:
- Liquid and hybrid cooling architecture designed for high density environments
- Engineered to maintain performance under sustained, intensive workloads
- Optimized for energy and water efficient operation at scale

Design Standards & Engineering
Key capabilities:
- Repeatable design frameworks supporting scalable deployment
- Large-format, single-story buildings optimized for operational efficiency
- Modular construction supporting phased expansion
- Engineered for consistent performance across campus-scale environments
- Continuous optimization focused on efficiency, resilience and sustainability
What to explore next