New Zealand has landed the largest AI cloud contract disclosed for the country, and it comes from across the Tasman. The compute will be delivered from New Zealand, but the site, the power behind it and the customer are all still to be named.
On 16 July 2026, Sharon AI, a Sydney-founded neocloud listed on the Nasdaq as SHAZ and preparing an ASX listing this month, said it had signed a US$1.32 billion, five-year cloud computing agreement to serve a global artificial intelligence lab, with the compute delivered from data centre infrastructure in New Zealand. Sharon AI's shares rose about 10% on the news.
Chief executive James Manning framed the country as a platform for more. New Zealand's "established data center infrastructure and future growth potential," he said, gave Sharon AI "a strong foundation for future expansion," citing demand from "enterprise, government, hyperscale, AI native and research customers across Asia-Pacific." The buyer consumes the compute directly. Sharon AI's first billion-dollar deal, an April contract with an Indian software firm, ran through a reseller, which makes this a different kind of counterparty.
A billion-dollar contract with a small power footprint
A contract of this size shows up in chips and dollars more than in floorspace. Sharon AI reported the deal against company-wide totals and gave no New Zealand figure: 132MW of total AI factory capacity, 116MW now contracted, and more than 62,000 NVIDIA GPUs targeted across the company by mid-2027. It has not broken out the New Zealand share.
On Sharon AI's own disclosed pricing, US$1.32 billion over five years points to roughly 8,000 to 9,000 high-end GPUs and a power footprint on the order of 15MW. That is a large contract sitting on a modest amount of power, because the value is in the processors and the compute they sell, and the building around them is a small part of the cost. For a New Zealand grid still early in its data centre build-out, it is a useful corrective: the biggest AI contracts do not always bring the biggest loads.
New Zealand's specifics are still to be confirmed
Three New Zealand details will shape how the deal lands: the site, its power source, and the customer. Which New Zealand site carries the load, where its firm power comes from by the time revenue starts in the first or second quarter of 2027, and who the customer is. Each matters for a different reason: the site and its power supply decide whether the deployment strains an already-tight grid, and the customer's identity is what would let an investor judge the credit quality behind a five-year, billion-dollar commitment.
The country the contract lands in is still building the capacity to host work at this scale. New Zealand runs about 154MW of operating colocation across roughly 35 facilities, more than 60% of it in Auckland, on a grid that was 85.5% renewable in 2024. Its first campus at hyperscale scale, Datagrid's 280MW build at Makarewa in Southland, was consented in March 2026 and is not due until 2028. A 15MW deployment fits inside the existing market. A larger future footprint, of the kind Manning's "future expansion" language implies, would need capacity that does not yet exist.
Two AI factory models arrive in New Zealand at once
Datagrid describes its Makarewa campus as New Zealand's first AI factory, and Sharon AI describes its New Zealand deployment the same way. The two describe different things. Datagrid is building a campus and a grid connection. Sharon AI is contracting the compute that runs inside someone else's data hall, the asset-light model that lets a neocloud sign billion-dollar contracts while owning almost none of the physical infrastructure. New Zealand now has both models arriving at once: the builder of the halls, and the seller of the compute inside them.
The road to first revenue in 2027
The disclosures still to come will fill in the New Zealand picture. The site and its power source will show where and how the load runs. The customer's identity will give investors a read on the contract's credit quality. And the first revenue, due in the first or second quarter of 2027, will be the first test of how a contracted backlog of this size actually converts. For a market that has spent 2026 talking about ambition, this is the first billion-dollar contract to name New Zealand as the place the work gets done.
A version of this analysis was first published by our Australian sister publication, Certified Strategic, which tracks data centre and AI infrastructure in Australia.