A full stack from compute to inference
High-density accelerator infrastructure, connected systems and a pathway to managed inference. Customers can focus on their models and workloads while we take responsibility for the underlying platform.
Sovereign AI infrastructure
1spot is developing high-density GPU infrastructure, managed inference, and governed AI services for New Zealand and the wider APAC region. Our focus is practical: reliable capacity, efficient deployment, and less infrastructure complexity for teams building AI.
Capacity, availability, service levels and deployment timelines are subject to site development, commissioning and contracted specifications.
Our vision
1spot aims to make compute more than a raw resource: dependable, governed infrastructure that helps organisations move AI workloads into production.
High-density accelerator infrastructure, connected systems and a pathway to managed inference. Customers can focus on their models and workloads while we take responsibility for the underlying platform.
Reserved capacity options, dedicated deployment models and clear service commitments. AI infrastructure depends on predictable performance, transparent operations and dependable access to compute.
Sovereign AI factory stack
A modular architecture in which each layer can be governed, observed and evolved independently — and integrated into a complete AI platform.
Four service lines
A service model spanning dedicated infrastructure, AI platform operations and technical expertise.
Dedicated GPU infrastructure, available through reserved or agreed deployment models. High-density compute architecture for demanding training, fine-tuning and inference workloads.
Infrastructure and platform support for model training and fine-tuning, inference deployment, API integration and production operations. Service scope is defined for each workload.
Dedicated and logically isolated environments, with access controls, data-handling workflows and audit capabilities designed around customer and regulatory requirements.
Architecture design, cluster deployment, network optimisation, monitoring, maintenance coordination and hardware lifecycle planning — from project design through operations.
Governed reliability
Operational resilience depends on facility design, equipment redundancy, observability and clearly defined response processes. Service levels are agreed against the deployed environment.
Start a conversation
Tell us about your infrastructure requirements, workload profile and deployment timeframe. We’ll work with you to assess the right approach.