Sovereign AI inference, powered at the source.

Built where energy opportunity meets compute demand.

For compute buyers

Run production inference on UK-based infrastructure. Explore the proposed compute model, workload fit, sovereignty approach and route to capacity.

For renewable operators

Turn constrained generation into a new on-site opportunity. Assess whether a wind site could host modular compute and support NorthArc’s first deployments.

Energy in. Intelligence out.

NorthArc’s proposed architecture connects on-site generation, power control, high-density compute and secure workload delivery in a repeatable modular system.

Renewable generation

Power is used at or near the generation site, subject to each project’s final design.

Storage and control

Battery systems and telemetry are designed to smooth power and optimise operations.

Modular compute

Containerised, inference-focused GPU infrastructure is assembled for repeatable deployment.

Distributed network

Planned nodes form the NorthArc Compute Network, with orchestration defined as the platform develops.

A different route to AI infrastructure.

Sovereignty by design

A UK-first infrastructure model for organisations with data-residency and operational-control requirements.

Modular by design

Standardised units are intended to be built off-site, deployed in phases and upgraded as requirements change.

Renewable-linked by design

Locate compute alongside generation to explore productive use of energy that may otherwise be constrained.

Technical depth without platform sprawl.

The current concept focuses on the infrastructure layer for production inference. Final hardware, power and service specifications will be confirmed per deployment.

Enterprise GPU class

High-density systems proposed for sustained inference workloads. Vendor configuration and availability subject to final procurement.

Site-dependent BESS

Power and duration must be disclosed together once each site design is confirmed.

Telemetry and control

Planned systems for energy, thermal and workload visibility across each node.

Cooling and site integration

Cooling, acoustics, fire strategy and environmental controls are engineered around local site conditions.

Proof should keep pace with progress.

NorthArc will publish validated deployment, architecture, energy and delivery information as the platform develops.

Deployment status

Architecture and availability

Energy methodology

Partners and team

Technical questions, answered plainly.

Is NorthArc already operating live compute sites?

NorthArc is progressing towards its first containerised deployments. Public updates distinguish planned capacity from commissioned and operating assets.

How can inference remain available when wind output changes?

The proposed model combines site-specific power design, battery storage, workload orchestration and network resilience. Availability targets and failover architecture will be published once validated.

What does sovereign mean in practice?

For NorthArc, sovereignty covers infrastructure jurisdiction, workload control, support access, supply-chain dependencies and the standards relevant to each customer.

Which workloads are a fit?

The focus is production AI inference. A technical discovery process confirms model architecture, GPU and memory needs, latency, data sensitivity, utilisation pattern and deployment timeline.