Core Service
Architecture & Integration
The design work that determines whether an AI estate performs in production or becomes an underused asset with a maintenance contract attached.
The layers we resolve together
| LAYER | WHAT IT COVERS |
|---|---|
| Workload | Training, fine-tuning, inference, retrieval and analytics, profiled before anything is specified. |
| Platform | OpenStack and Kubernetes control planes, tenancy, scheduling, metering and self-service provisioning. |
| Compute | Accelerator tiering matched to the workload mix, staged so that capital follows demonstrated demand. |
| Fabric and storage | High-performance interconnect and storage sized to keep accelerators supplied with data. |
| Facility | Power envelope, thermal design and physical security, engineered concurrently with the compute. |
GPU Cluster Deployment
End-to-end design and provisioning of high-performance computing (HPC) environments. We optimise for thermal efficiency, power consumption, and maximum compute utilisation.
- Compute Sizing & Selection
- Cooling & Power Strategy
- Physical Rack Design
High-Speed Networking
AI workloads demand unprecedented bandwidth. We architect zero-bottleneck networking topologies to ensure seamless data flow across your entire AI infrastructure.
- InfiniBand & Ethernet Specs
- Low-Latency Topologies
- Security Segmentation
Hybrid Cloud Integration
We seamlessly connect your on-premise hardware with public cloud environments, giving you the flexibility to burst compute when needed while keeping sensitive data secure.
- Multi-Cloud Architecture
- Data Pipeline Integration
- Edge Node Deployment
Silicon-agnostic by design.
We hold direct technical alignment with both NVIDIA and AMD and specify against the workload rather than the incumbent. Accelerator selection, tiering and roadmap planning are driven by the client’s workload profile, not by a single supply relationship.
Capabilities
- Multi-vendor GPU cluster design and deployment
- Edge and core data centre integration
- Storage architecture design
- Hybrid cloud and on-premises integration
- Modular data centre infrastructure coordination
- Unified operational fabrics for infrastructure