Fort Rock Data Center
About Fort Rock Data Center
Fort Rock Data Center is a high-density data center development and infrastructure provider based in the United States, focused on delivering large-scale, power-rich environments for high-performance computing (HPC), AI, and data-intensive workloads.
The company is developing a next-generation data center campus designed to support energy-intensive operations, leveraging access to significant power resources and scalable land capacity. Known for its hyperscale-ready design, high-density capabilities, and focus on emerging compute demands, Fort Rock Data Center targets cloud providers, AI operators, and enterprise clients requiring large-capacity infrastructure.
The project emphasizes scalability, efficiency, and long-term expansion, positioning it as a future-ready platform for advanced computing deployments.
⚙️ Facility Highlights
Data Center Footprint:
- Development-stage campus in the United States
- Designed for large-scale, multi-phase expansion
- Located in a power-accessible region
Flagship / Notable Facilities:
Fort Rock Data Center Campus (U.S.):
- IT space: Not publicly disclosed
- Power capacity: Large-scale (high MW potential, development-dependent)
- Power redundancy: N+1 / 2N (design-dependent)
- Cooling redundancy: N+1 or greater
- Power density: High-density (AI / HPC ready)
- Expansion capability: Significant phased expansion
Service Portfolio Overview:
- Data Center Development
- High-Density Infrastructure Hosting (planned)
- Hyperscale / Build-to-Suit Deployments
🔐 Security & Compliance
Infrastructure Resilience:
- Designed with redundant power and cooling systems
- High-availability architecture aligned with hyperscale standards
- Scalable infrastructure for long-term growth
Physical & Logical Security:
- Controlled site access
- Perimeter security systems
- Surveillance and monitoring
Compliance & Standards:
- Designed to meet industry data center operational standards
- Certifications not publicly disclosed
🌐 Connectivity & Carrier Access
- Carrier Neutrality: Expected (project-dependent)
- Access to regional fiber infrastructure (planned)
- Designed for high-capacity, low-latency connectivity
💼 Who It Serves
- Hyperscale cloud providers
- AI and machine learning workloads
- High-performance computing (HPC) users
- Enterprises requiring large-scale infrastructure
- Energy-intensive compute operations
