SATOKIE: Texas Data Center

Satokie West Texas is a purpose-built digital infrastructure facility operated by Satokie, located in West Texas, a region widely recognized for its abundant energy resources and favorable operating conditions for high-density compute workloads. Strategically positioned within one of the most power-rich areas of the United States, the site benefits from access to large-scale electrical generation, competitive power economics, and a regulatory environment supportive of energy-intensive operations. Designed to support high-performance and power-dense deployments, Satokie West Texas aligns with the company’s focus on scalable infrastructure for specialized compute use cases, including blockchain and next-generation high-load applications.

⚙️ Facility Highlights

1. Purpose-built facility design optimized for high-density, power-intensive compute environments.
2. Robust power infrastructure engineered to support continuous, large-scale operations.
3. Grid-connected architecture leveraging West Texas’ strong energy availability.
4. Cooling systems designed for efficiency in hot and variable climate conditions.
5. Modular infrastructure approach, allowing scalable deployment as capacity requirements grow.
6. Dedicated operational focus on uptime, performance stability, and infrastructure resilience.
7. On-site monitoring and operational support tailored to high-load environments.

🔐 Security & Compliance

1. Controlled site access with restricted entry points to critical infrastructure areas.
2. Perimeter security measures designed to protect large-scale infrastructure assets.
3. Continuous monitoring of facility operations and access activity.
4. Fire detection and suppression systems appropriate for high-density electrical environments.
5. Operational practices aligned with standard data center safety and security expectations.
6. Segregated deployment areas supporting tenant isolation where required.

🌐 Connectivity & Carrier Access

1. Connectivity designed primarily for operational monitoring, management, and workload coordination.
2. Network infrastructure sufficient to support control-plane, telemetry, and management traffic.
3. Regional connectivity supporting integration with broader distributed infrastructure deployments.
4. Not positioned as a carrier hotel or interconnection hub, prioritizing power delivery and compute efficiency.
5. Suitable for workloads where power availability and infrastructure scale outweigh low-latency interconnection needs.

💼 Who It Serves

1. Blockchain and digital asset infrastructure operators requiring large-scale, power-dense environments.
2. Organizations deploying specialized compute workloads with sustained energy demands.
3. Infrastructure operators seeking long-term capacity in energy-advantaged U.S. regions.
4. Companies expanding distributed compute footprints across North America.
5. Operators prioritizing power economics, scalability, and operational simplicity over dense interconnection.