- Artificial Intelligence
- Backup
- Cloud
- Cold Aisle Containment
- Colocation
- Connectivity
- Cross-Connects
- Data Center
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- Enterprise
- Fiber
- High performance computing
- Hyperscale
- Inference
- Interconnection
- Internet Exchange Points
- Internet Service Providers
- IT Governance
- Mergers and Acquisitions
- Multicloud
- Multitenant
- Networking
- on-premises
- Power
- Power Usage Effectiveness
- Precision Cooling
- Public Cloud
- Remote Hands
- Scalability
- Services
- Space
- Storage
- Sustainability
- Uninterruptible Power Supply
- Virtualization
- Wholesale
- Wide Area Network
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Who is STACK INFRASTRUCTURE?
STACK INFRASTRUCTURE is a data center company that develops, owns, and operates colocation facilities for enterprise and hyperscale workloads.
- Wholesale and retail colocation services for enterprise and hyperscale customers (colocation).
- Development and delivery of build-to-suit and scalable data center capacity across multiple North American markets (data center infrastructure).
- High-density power, cooling, and floor space engineered for cloud, Artificial Intelligence (AI), and other compute-intensive workloads (AI infrastructure / High performance computing (HPC) facilities).
- Interconnection options with carriers, cloud providers, and network partners for low-latency connectivity (network interconnection).
- Facility design, construction, and operations focused on reliability, energy efficiency, and sustainability reporting (data center operations).
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More About STACK INFRASTRUCTURE
STACK INFRASTRUCTURE operates as a developer, owner, and operator of multi-tenant data centers that provide colocation capacity to enterprises, cloud platforms, and hyperscale technology companies. Its portfolio covers multi-building campuses and individual facilities in several North American metros, with power and space configurations suited to both wholesale deployments and more granular retail footprints. Customers typically deploy core infrastructure such as compute, storage, and networking hardware within STACK INFRASTRUCTURE facilities and connect back to their corporate Wide Area Network (WAN), cloud regions, and Internet Exchange Points (IXP).
The company’s offerings are structured around data center space, power, and cooling, combined with remote hands and operational support services. Facilities are engineered to support high-density racks and suites, which are relevant for workloads such as cloud-scale virtualization, container platforms, GPU-based AI training and inference, big data analytics, and content delivery. Typical technical attributes include redundant power feeds, Uninterruptible Power Supply (UPS) systems, backup generators, hot- or cold-aisle containment designs, and precision cooling systems. These environments are designed to meet enterprise expectations for uptime and are usually aligned with standard data center design topologies such as N, N+1, or 2N for power and cooling redundancy.
From a connectivity perspective, STACK INFRASTRUCTURE campuses provide access to multiple telecommunications carriers, Internet Service Providers (ISP), and in many cases direct or private connectivity options into public cloud platforms (network interconnection). This enables enterprises and service providers to run hybrid or multi-cloud architectures, placing latency-sensitive or regulated workloads in colocation while consuming cloud services over dedicated links. Network meet-me rooms, cross-connects, and sometimes dark fiber or wavelength services via partners allow flexible design of network topologies and traffic flows.
Architecturally, STACK INFRASTRUCTURE fits within the “data center colocation” and “AI infrastructure / high-performance computing facilities” categories in enterprise IT directories. Customers use these facilities as part of broader infrastructure strategies that may also include on-premises (on-prem) data centers and native public cloud services. Compared with on-prem builds, colocation with STACK INFRASTRUCTURE can reduce the need for corporate capital projects related to land acquisition, construction, and DCO staffing, while still allowing customers to own and manage their IT hardware stack and choose their network and cloud partners.
The company also references sustainability and energy efficiency on its website, reflecting enterprise and institutional requirements for Power Usage Effectiveness (PUE) targets, renewable energy sourcing, and environmental, social, and governance (ESG) reporting. For infrastructure leaders, this places STACK INFRASTRUCTURE within vendor shortlists for data center consolidation, cloud adjacency, and AI-capable hosting environments, where facility reliability, available power, scalability, and connectivity options are core evaluation criteria.
Our description of STACK INFRASTRUCTURE. Updated December 2025.
