INfRASTRUCTURE SERVICES

The engine room for high-performance AI

Power large-scale AI with bare-metal NVIDIA GPUs, AI-tuned storage, and high-speed interconnects to deliver predictable throughput and efficient multi-node training.

Advance compute for superintelligence

High-performance foundations for demanding AI systems

Compute

Give teams maximum control over hardware, drivers, and runtimes for peak efficiency and lower cost per run.

  • Gain full control of the compute layer with no abstraction overhead
  • Predictable performance for large-scale training and tuned workloads
  • Improve reliability and enterprise operability with bare metal nodes

Storage

Prevent unexpected slowdowns and delays to product launches with parallel, GPU-tuned distributed file systems.

  • Prevent bottlenecks in training and inference workloads
  • Scale seamlessly with cluster size, ensuring predictable performance
  • Maintain compliance with sovereign data handling in Nscale’s data centers

Networking

Scale to thousands of GPUs without performance degradation.

  • Increase operational efficiency with low-latency, high-bandwidth fabrics
  • Future-proof demand with low-latency interconnects that support heavy loads
  • Ensure sovereignty with networking for sensitive workloads

Infrastructure you can scale and plan around

Extract peak GPU performance

Squeeze more throughput and lower cost-per-run by pairing direct, bare-metal GPU access with low-latency interconnects.

Predictable I/O

Avoid wasted GPU hours and launch delays with GPU-optimised, tiered storage tightly integrated with the network.

Reliable capacity

Manage budgeting and capacity planning by combining standardized compute shapes, throughput-guaranteed storage, and deterministic networking.

Power enterprise AI at scale

Telco

Scalable, AI-native infrastructure

Telcos can leverage Nscale’s GPU infrastructure to deliver AI services, optimise 5G networks, support advanced AI workflows, and drive next-generation solutions .

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Finance

Unlock AI advantage in finance

Financial service organisations that leverage GPU and Cloud technology are gaining a competitive edge through enhanced efficiency, improved decision-making, and superior customer service.

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Healthcare & Life Sciences

Enhancing efficiency in healthcare

GPU Cloud technology is revolutionising healthcare, impacting areas like bioinformatics, genomics, drug discovery, personalised medicine, and multiomic analysis.

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AI Native

Accelerated AI model deployment

AI-native companies can leverage Nscale’s scalable GPU cluster infrastructure to enhance model development, support critical operations, and drive innovation in their tech solutions.

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Introducing Nscale
fine-tuning service

Access thousands of GPUs tailored to your needs

Reserve GPUs

FAQ

We provide high-speed interconnects and multi-pod/multi-rack topologies (e.g., InfiniBand, NVLink-capable fabrics) designed to preserve low latency and high throughput for distributed training.

Nscale encrypts customer data in transit and at rest and implements tenant-scoped key management so customers retain cryptographic isolation. Access is governed by tenant-scoped RBAC and uni-identity; exceptional or operator access follows an auditable approval process with full logging. For customers with stronger compliance or sovereignity needs we offer per-tenant keys and KMS integrations, and we publish audit trails for access events.

We provide a spectrum of storage options—from high-IOPS NVMe and parallel/shared filesystems for large training jobs to object storage for datasets and model artifacts. Networking is engineered for low-latency, high-bandwidth AI workloads (private network fabric, RDMA/accelerated interconnects where needed, and peering options).

Nscale operates multiple data centers across the world. Our sites are chosen for performance, low cost energy, and sustainability, using renewable energy whenever we can. Not all data centres can operate on 100% renewable energy in every location, but where we’re unable to do so we still focus on reducing overall environmental impact through deliberate site selection, high-efficiency design, advanced cooling, and continual optimisation of how systems operate at scale. See the Data Centers page for more information.