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Sovereign-Ready Environments
By submitting this form, you agree to be contacted regarding your inquiry.
Sovereign-Ready Environments
INFRASTRUCTURE PLATFORM
PetroCompute develops and operates AI-native infrastructure engineered to support mission-critical workloads, enable sovereign deployment, and scale with the region’s rapidly expanding demand for compute.
The Physical Foundation of Sovereign AI
AI-Native Architecture
Modular by Design
Built for Scale
AI ACCELERATED FACTORIES
PetroCompute AI Accelerated Factories - large-scale environments engineered to support national AI capability and compute-intensive systems. Designed for performance, stability, and long-term expansion, these platforms enable organizations to build and scale within mission-critical infrastructure while supporting the region’s emerging AI ecosystem.
Early-stage AI applications, including platforms such as Wkeel, reflect the emerging demand layer this infrastructure is designed to support - reinforcing PetroCompute’s role in enabling a regional AI innovation ecosystem.
Early-stage AI applications, including platforms such as Wkeel, reflect the emerging demand layer this infrastructure is designed to support - reinforcing PetroCompute’s role in enabling a regional AI innovation ecosystem.
Infrastructure Environments Designed for the AI Economy
Running GPUs with builds compounding national self-sufficiency by:
A domestic GPU rental industry provides greater margin, flexibility, and independence than reliance on foreign clouds.
- Generating higher ROI at server layer than through purely at colocation utility layer.
- Keeping rental ROI in-region to fund the national interest instead of foreign hyperscalers like AWS and Oracle.
A domestic GPU rental industry provides greater margin, flexibility, and independence than reliance on foreign clouds.
Digital Self-Sufficiency
HyperScale + Modular
Hybrid Multivendor Deployment Strategy:
For Maximum Speed and Diversification
Sovereign AI requires coordinated infrastructure — both physical and software-defined.
National interoperability
PetroCompute unifies and standardizes a nation’s entire GPU infrastructure into a single platform.
This lets numerous investors and operators finance their own projects across the same software infrastructure while accessing the same global customer base.
This provide stakeholders a single core platform where all benefit from seamless scaling, operations, monetization, and export control compliance.
This lets numerous investors and operators finance their own projects across the same software infrastructure while accessing the same global customer base.
This provide stakeholders a single core platform where all benefit from seamless scaling, operations, monetization, and export control compliance.
MODULAR INFRASTRUCTURE ARCHITECTURE
PetroCompute infrastructure is built on ModFlex — a modular architecture engineered to support high-performance AI workloads within resilient, rapidly deployable environments.
Prefabricated and assembled on-site, ModFlex enables accelerated infrastructure rollout while maintaining enterprise-grade reliability. The architecture supports predictable scaling through repeatable deployment models, allowing capacity to expand efficiently as compute demand increases.
This approach establishes a structural foundation capable of supporting next-generation AI systems without compromising uptime, redundancy, or operational performance.
Prefabricated and assembled on-site, ModFlex enables accelerated infrastructure rollout while maintaining enterprise-grade reliability. The architecture supports predictable scaling through repeatable deployment models, allowing capacity to expand efficiently as compute demand increases.
This approach establishes a structural foundation capable of supporting next-generation AI systems without compromising uptime, redundancy, or operational performance.
Engineered for Performance, Designed for Scale
Redundant design ensuring continuous operations & seamless maintenance.
Liquid-to-chip and RDHx cooling optimized for AI thermal profiles.
Supports workloads requiring substantial and sustained power delivery.
Engineered to Tier III / IV standards with redundant design.
Resilient Infrastructure Design
Advanced Cooling Systems
High-Density Power Capacity
Tier-Aligned Architecture
OFF-PLANET RESILIENCE
Space Data Storage
In partnership with Lonestar Data Holdings, PetroCompute extends its sovereign infrastructure stack beyond Earth's atmosphere. Off-planet disaster recovery. The ultimate air gap.
2
Lunar Missions Completed
100 PB
Target Capacity
6
Spacecraft Commissioned
LUNAR
Cislunar orbit · Lunar surface · Solar powered
Resiliency as a Service
Air-gapped backup completely independent of terrestrial infrastructure. Solar-powered, naturally cooled. No ground-based dependency.
Data Sovereignty
Assets fall under launch-state jurisdiction via international space law. True sovereign data independence beyond any terrestrial legal framework.
Proven Technology
Tested payloads on Intuitive Machines IM-1 (Feb 2024) and IM-2/Freedom (Feb 2025). Successfully stored and retrieved data from lunar surface and orbit.
Gulf Alignment
Complements GCC sovereign ambitions in space. Process on the ground, back up in space. The complete sovereign infrastructure stack.
AI-NATIVE INFRASTRUCTURE
PetroCompute infrastructure is engineered specifically to support the performance, density, and operational continuity required by modern AI workloads. Designed beyond traditional data center models, our environments enable sustained compute, resilient operations, and secure deployment aligned with regional requirements.
Purpose-Built for Artificial Intelligence
Capacity structured to expand alongside accelerating AI demand.
Redundant systems designed for continuous availability.
Infrastructure aligned with regional governance requirements.
Engineered to support compute-intensive workloads.
Scalable Systems by Design
Operational Resilience
Sovereign-Ready Deployment
High-Density Architecture
AI Factories Engineered for Density and Performance
High-Density Racks
50–140 kW per rack; up to 150 kW Peak load. Designed to go up to 300 kW making it Future ready.
Power Envelope
0.5–5 MW per module within a compact footprint, with built-in scalability.
Rapid Deployment
16 to 36 weeks from design agreement to RFS.
Standards-Compliant
Tier III-ready, vendor-agnostic, globally compatible. With Option for a non-critical setup.
Cooling Architecture
Direct-to-Chip Liquid Cooling (DLC)
- Cold plate loops mounted directly to GPU/CPU dies
- Supports thermal loads >100 kW per rack
- Low Delta T and thermal resistance, ensuring minimal energy loss
- Circulated via cooling distribution units (CDUs)
Rear Door Heat Exchangers (RDHx)
- Rack-mounted liquid-to-air exchangers
- Removes the 5- 20% residual heat post-DLC
- Passive/active failover to ensure thermal protection during component failure
Chiller/Drycooler Strategy
- Hybrid N+1 architecture (chillers + drycoolers)
- Grundfos VFD pumps ensure stable flow and hydraulic balance
- Adiabatic option: Enables PUE reduction in moderate climates
This is our base model, engineered to deliver up to 5 MW of compute power. It supports up to 36 air-cooled 19-inch racks, all equipped with high-efficiency Rear Door Heat Exchangers to ensure optimal thermal management. All of this starting from a 416m² footprint (32-13m)
Built to meet Tier III standards, this model offers exceptional reliability and uptime and can be upgraded to Tier IV for even greater fault tolerance and resilience.
Designed with scalability in mind, it enables seamless, uninterrupted expansion as your needs grow, forming the foundation for a 20 MW+ AI campus.
Built to meet Tier III standards, this model offers exceptional reliability and uptime and can be upgraded to Tier IV for even greater fault tolerance and resilience.
Designed with scalability in mind, it enables seamless, uninterrupted expansion as your needs grow, forming the foundation for a 20 MW+ AI campus.
Modflex
- Standard: Build to a TIER III/IV design
- Modular Architecture: Scalable from 1 MW to 20 MW
- Rack Capacity: 26–36 racks per module
- Power System: Dual scalable power pods (A & B feeds), UPS- backed
- Fire Protection: Argonite-based detection and suppression
- Purpose: Rapid, turnkey AI infrastructure with integrated compute
- Deployment Time: 24 weeks
Modflex
Our Modular Rooms offer scalable AI infrastructure with unlimited space flexibility, engineered to accommodate projects of any size and diverse use cases. While optimized for indoor deployment, these solutions can be adapted to virtually any environment.
Our modular units are pre-fabricated at our manufacturing facility, with final assembly and installation completed on-site by our certified technical teams. The modular design enables unlimited configuration possibilities and is particularly well-suited for countries with strict import regulations, as components are shipped unassembled to reduce costs and simplify customs clearance.
Our modular units are pre-fabricated at our manufacturing facility, with final assembly and installation completed on-site by our certified technical teams. The modular design enables unlimited configuration possibilities and is particularly well-suited for countries with strict import regulations, as components are shipped unassembled to reduce costs and simplify customs clearance.
Modular rooms
Modflex NVL
- Concurrent Maintainability: All critical systems (power, cooling, connectivity) can be serviced without downtime.
- Standard: Build to TIER III/IV standard
- Redundancy on Cooling: N+1 or 2N configuration for all vital components.
- Redundancy on Power: 4 makes 3 busbar design (NVIDIA reference design)
- Uptime SLA: 99.999% (5 min 16 sec downtime/year)
- Purpose: Enterprise-grade reliability for mission-critical AI workloads
- Cooling: Liquid-to-chip + RDHx
- Power Capacity: 2.5 MW per unit
- IT space: Modular rooms
- Utility rooms: Containerized Build to the Modflex standard.
- 2.4 MW GB300 NVL72 compute capacity
- Supports 16 DLC racks and 12 air-cooled racks for network and A storage
- Rear Door Heat Exchangers on all racks for efficient cooling
- Built to Tier III/IV
- Seamless scalability to a 20+ MW AI campus
Single Pod configuration
- 7 * 2.4 MW GB300 NVL72 clusters
- A Service corridors on either sides for accessibility and fire systems suppression
- Scalable
- Access control
Multi Pod configuration
Scalable AI requires infrastructure engineered from the ground up.
INFRASTRUCTURE ECOSYSTEM
PetroCompute collaborates with leading infrastructure and technology organizations to support the deployment of high-performance AI environments. These alliances establish an integrated foundation for sovereign compute while strengthening execution capability and enabling platform-scale growth.
Delivered Through Strategic Collaboration
Exploring next-generation deployment environments beyond terrestrial infrastructure.
Frontier Infrastructure Partner
Providing long-term compute supply aligned with infrastructure-scale deployment.
GPU Supply & Capacity Partner
Supporting connectivity and infrastructure expansion across Sultanate of Oman.
Oman Data Center Partner
Delivering high-performance compute environments powering advanced AI workloads.
Compute Platform Partner
Supporting deployment of high-performance modular environments for AI workloads
Modular Infrastructure Partner