Core Scientific: Grand Forks Data Center

The Grand Forks Data Center, operated by Core Scientific, is a large-scale, high-density facility located in Grand Forks, North Dakota. Strategically positioned between major connectivity hubs such as Minneapolis, Fargo, and Winnipeg, the site benefits from access to key fiber routes and robust regional infrastructure. Designed as a purpose-built campus for compute-intensive workloads, the facility leverages North Dakota’s reliable power grid and favorable climate to deliver efficient, scalable operations. As part of Core Scientific’s portfolio of next-generation data centers, the Grand Forks site supports high-performance computing (HPC), AI, and digital infrastructure workloads, with a strong emphasis on scalability, energy efficiency, and operational resilience.

⚙️ Facility Highlights

1. Purpose-built high-density infrastructure, designed to support AI, HPC, and large-scale compute workloads.
2. Significant power capacity of approximately 100 MW, enabling hyperscale and energy-intensive deployments.
3. Scalable campus design, with flexible whitespace and expansion capabilities to meet growing demand.
4. Redundant power systems, supported by utility partnerships and backup infrastructure for continuous uptime.
5. Advanced cooling architecture, optimized for high-density environments and leveraging the region’s cool climate for efficiency.
6. Modular deployment model, allowing rapid scaling of infrastructure and phased growth.
7. 24/7 monitoring and on-site operational support, including remote hands services for maintenance and management.

🔐 Security & Compliance

1. Secured campus with perimeter fencing and controlled gated access.
2. Multi-layer physical security, including restricted entry points and monitored facility zones.
3. Continuous CCTV surveillance, ensuring visibility across critical infrastructure areas.
4. Role-based access control systems, limiting access to authorized personnel only.
5. Fire detection and suppression systems, including early warning detection and advanced suppression technologies.
6. Designed in alignment with industry-standard operational and security best practices.
7. Secure deployment environments, supporting dedicated and segregated infrastructure for sensitive workloads.

🌐 Connectivity & Carrier Access

1. Strategically located near major fiber routes, enabling strong regional and cross-border connectivity.
2. Low-latency access to key Midwest and North American markets, including Minneapolis and Winnipeg.
3. Carrier-neutral capabilities, allowing interconnection with multiple network providers.
4. Cross-connect services available for inter-tenant, carrier, and service provider connectivity.
5. Designed for high-throughput data transfer, supporting AI, blockchain, and enterprise workloads.
6. Cloud-ready infrastructure, enabling hybrid and large-scale distributed computing deployments.

💼 Who It Serves

1. Hyperscale operators and AI platforms requiring large-scale, high-density infrastructure.
2. Enterprises running compute-intensive workloads such as analytics, modeling, and simulation.
3. Cloud, SaaS, and managed service providers deploying regional or edge infrastructure.
4. Blockchain and digital asset infrastructure operators requiring high-power environments.
5. Organizations seeking cost-efficient, scalable deployments in a strategic Midwest location.