Global Operations & Digital Computing Infrastructure
Grabek Global's operations are supported by a combination of large-scale digital infrastructure, energy management systems, specialized high-performance computing hardware, and advanced cooling technologies.
Our operational model is designed around three fundamental priorities: infrastructure reliability, computational efficiency, and operational scalability. By aligning industrial electrical capacity with specialized ASIC computing environments, Grabek Global maintains infrastructure capable of supporting high-density computational workloads.
Our Global Facilities
Grabek Global's digital infrastructure is organized around strategically selected locations where access to industrial power, connectivity, and favorable operational environments supports large-scale computing operations.
Helios Facility • Texas
Located in Dickens County, Texas, the Helios campus represents a premier large-scale computing environment featuring massive industrial power infrastructure and single-phase immersion cooling.
Hrazdan Facility • Armenia
Located adjacent to the established Hrazdan Thermal Power Plant in Armenia, this facility leverages immediate proximity to dedicated high-voltage power generation and stable regional transmission.
Industrial Power & Advanced Cooling Systems
Energy represents the primary operational factor in large-scale computational infrastructure. Grabek Global incorporates dedicated industrial substations, high-voltage transformer yards, automated load balancing, and redundant distribution architectures to ensure uninterrupted uptime.
Immersion & Thermal Engineering
Continuous operation of high-performance ASIC equipment generates intense thermal energy. Our facilities deploy single-phase immersion cooling technology, submerging computing hardware into non-conductive dielectric fluid.
- Direct dielectric fluid heat transfer
- Elimination of high-failure mechanical fans
- Significant reduction in acoustic noise pollution
- Protection from dust, humidity, and oxidation
- Extended hardware operational lifespan
- Automated real-time thermal sensor monitoring
Power & Energy Management Systems
Transformer Infrastructure
Dedicated on-site industrial transformers stepping down transmission-level voltage to computing operating levels.
Dynamic Load Balancing
Automated power allocation and real-time adjustment to balance electrical demand against grid conditions.
Equipment-Level Telemetry
Granular energy metering to detect efficiency deviations, power surges, or phase imbalances instantly.
Electrical Redundancy
Redundant busways, switchgear protection, and backup controls to prevent cascading interruptions.
Hardware Optimization, Network & 24/7 Monitoring
Large-scale digital infrastructure operates 24 hours a day, 365 days a year. Our management framework incorporates around-the-clock monitoring software that continuously tracks individual ASIC hashing performance, rejects, power efficiency, and ambient parameters.
Continuous Monitoring Telemetry
- Real-time hash-rate performance tracking
- Equipment availability and chip-level health
- Fluid dielectric and ambient thermal monitoring
- Redundant low-latency carrier connections
- Hardware alert and automated throttling systems
- Predictive maintenance and component diagnostics
Security & Physical Infrastructure
Protecting computing assets requires institutional-grade security. Grabek Global facilities utilize perimeter security barriers, multi-factor electronic access control, 24/7 CCTV surveillance, and dedicated on-site technical security personnel.
Operational Resilience Matrix
Uptime is preserved through multi-layer redundancy designed into every physical and digital layer:
Power Resilience
Continuous monitoring and active management of high-voltage substations and electrical distribution to minimize unplanned interruptions.
Thermal Resilience
Closed-loop fluid cooling systems with redundant pumps, heat exchangers, and secondary airflow failovers.
Hardware Resilience
Distributed computing load across modular racks, enabling isolated maintenance without shutting down entire clusters.
Network Resilience
Multi-homed carrier lines providing diverse fiber paths to prevent packet loss, latency spikes, or network outages.
Human & Engineering Resilience
Certified engineering and technician teams on-site for fast hardware hot-swaps, diagnostics, and repairs.
Environmental Responsibility & Continuous Improvement
Energy-intensive computing demands proactive environmental stewardship. Grabek Global evaluates opportunities to improve power utilization efficiency (PUE), explore surplus renewable energy off-takes, and investigate thermal recapture for agricultural or industrial heating.
Our 6 Pillars of Continuous Improvement:
- Greater Efficiency: Reducing watts consumed per terahash (J/TH) across all hardware fleets.
- Greater Reliability: Increasing redundant power infrastructure and equipment availability.
- Greater Automation: Expanding AI-driven diagnostics, load balancing, and fault detection.
- Greater Scalability: Designing modular electrical and cooling blocks ready for rapid expansion.
- Greater Sustainability: Maximizing renewable grid integration and fluid recycling efficiency.
- Greater Transparency: Verifiable telemetry, operational integrity, and auditable performance metrics.
Building the Next Generation of Digital Infrastructure
Grabek Global combines high-capacity physical infrastructure with advanced computational technology to support the evolving digital economy. Explore our full portfolio of real assets.