Powering the Future of
AI Infrastructure.
Two purpose-built enclosure variants — AIZ Air Node and AIZ Thermal Node — engineered for ultra-low PUE and rapid deployment. Designed and manufactured in Christchurch, New Zealand.
Why legacy architecture does not scale efficiently for AI workloads.
| Metric | Traditional DC | AIZ Air Node · Thermal Node |
|---|---|---|
| PUE | 1.4–1.8 | <1.14 Air · <1.08 Thermal |
| Form factor | Rigid custom builds | 5.4 × 1.1 × 2m · 1 × 42U rack |
| Deployment | 12–24 months | Weeks — plug-and-play on-site |
| Cooling | Legacy CRAC / CRAH | Precision air or dielectric liquid |
| Scalability | Proprietary lock-in | Modular — add nodes as demand grows |
| Carbon intensity | High | Near-zero — NZ renewables |
PUE targets validated against ASHRAE thermal guidelines. AIZ Air Node is in production. AIZ Thermal Node is under R&D with controlled thermal validation.
The data centre model
requires redesign for modern AI workloads.
AI compute is the new electricity. Centralised generation made sense when demand was predictable. It no longer does.
Every millisecond of latency adds cost. Every kilometre of distance adds inefficiency. Every megawatt lost to legacy cooling reduces system performance.
We build the infrastructure that closes the gap. Modular. Ultra-efficient. Deployable in weeks. At the edge, where the work happens.