Australian AI infrastructure, built from the grid to the GPU.
QORINAI develops, builds and operates AI data centres — land and power, design and construction, hardware, cluster deployment, 24×7 GPU operations and a sovereign cloud on top. Every link of the chain, one accountable team.
Flagship project · Victoria
A gigawatt AI campus designed around its power.
MELBOURNE · NORTHERN GROWTH CORRIDORA greenfield freehold beside a 500 kV corridor in Melbourne's northern growth corridor, with a formal 1,000 MW transmission response already in hand. Four repeatable 250 MW modules, a new 500 kV terminal station, gas firming and 500 MWh of battery storage — the power process was run first, so the campus can be.
The AIDC chain
Eight links from the transmission line to the token.
Most AI projects stall between the substation and the GPU — four companies, four contracts, nobody accountable for the gap. QORINAI is organised so that the gap doesn't exist.
- 01
Land & power
Sites beside EHV corridors, formal connection enquiries, gas firming and battery storage.
4 MVA → 1 GW - 02
Design
Tier III+ MEP, three cooling tiers, 220 / 33 kV reticulation, design PUE ≤ 1.2.
250 kW per rack · Rubin-ready - 03
Build
Transportable 2.5 MW modules, owner-managed subcontracting, phased power blocks.
10–50 MW blocks - 04
Hardware
HGX B300, GB300 NVL72 and AMD Instinct systems configured and tested in Australia via Hyperscalers.
Australian-built · AU warranty - 05
Deploy
Rack, cable, InfiniBand XDR fabrics, NCCL / HPL burn-in and thermal soak.
Handed over benchmarked - 06
Operate
24×7 GPU fleet management, firmware lifecycle, RMA with hot spares, monthly reporting.
99.9 % node SLA - 07
Host
High-density colocation, capacity hosting for GPU owners, smart hands under 15 minutes.
30–250 kW per rack - 08
Compute
Sovereign GPU cloud, 100+ open-weight models, private cloud — billed in AUD.
No training on your data
Why QORINAI
Australia has no shortage of planned data centres. It has a shortage of energisable land, liquid-cooled halls and people who can run a GPU fleet. So we built a company around all three.
- POWER FIRSTThe connection before the concrete
Transmission and distribution enquiries, system-strength studies and three supply layers — grid, interim distribution, on-site generation — before a hall is designed.
- DENSITY BY DESIGN250 kW liquid-cooled racks from day one
Direct-to-chip cooling, rear-door heat exchange and air halls in every campus, so the next NVIDIA or AMD generation is a rack swap, not a rebuild.
- OWNER-MANAGEDNo master EPC in the middle
Electrical, mechanical, liquid-cooling and compliance trades engaged directly. The margin and the know-how stay with the project.
- SOVEREIGNAustralian owned, staffed and hosted
No prompt caching, no training on your data, no offshore approval between you and your hardware.
- SUPPLY CERTAINTYA manufacturer on the share register
Hyperscalers, Australia's open-OEM manufacturer, is our strategic shareholder — hardware configured and tested in Australia, Australian warranty, lab test drives.
- ONE OPERATORThe team that designed the loop answers the 2 a.m. alert
One contract, one SLA, one phone number from build through operations.
Track record
Delivered by the people who now deliver for QORINAI.
Our delivery partners and engineering leads have built and operated high-density compute in Australia since 2008 — modular sites beside power stations, inner-city colocation, liquid-cooled GPU clusters and a ~14 MW high-density build.
Strategic shareholder
Built in Australia by Hyperscalers.
Financed, deployed and operated by QORINAI.
Where we are
Sydney-led, national by design.
Engineering · VictoriaMelbourne
Engineering and the flagship gigawatt-class campus programme in the state's north.
Head office · NSWSydney
Headquarters at A/200 Bourke Rd, Alexandria. Partner-delivered high-density, modular and liquid-cooled projects across Greater Sydney and regional NSW.
Hardware & lab · ACTCanberra
Hyperscalers' manufacturing, configuration and HyperLabs test-drive facility.
Tell us about the megawatts and the models.
Land and a grid connection, a fleet of GPUs with nowhere to go, or a model with no compute — an engineer replies within one business day.




