Finance, build and expand GPU infrastructure.
Decentralised infrastructure.For the next generation of AI clouds.
CANUS connects lenders, power companies, GPU suppliers and build teams through one software platform, with independent GPU verification built in. One programme to build and expand your AI cloud, without owning the entire infrastructure chain.
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THIRD-PARTY NAMES IDENTIFY POSSIBLE TRANSACTION TERMS ONLY. NO AFFILIATION, ENDORSEMENT, CERTIFICATION, INTEGRATION OR COMPATIBILITY IS IMPLIED.
The CANUS programme
The money, the build and the proof.
AI data centres need an estimated US$5.2 trillion in investment by 2030. CANUS is a Sydney-based technology company bringing funding, delivery and independent verification into one programme. CANUS coordinates the commitments between AI companies, banks, power companies and GPU suppliers. Our patent-pending verification technology checks that the delivered GPU system meets the customer’s agreed requirements so billing can start.
- 01
Funding
Bring the funding requirements into the programme, so AI companies and lenders can see what needs to be in place before they commit.
- 02
Delivery
CANUS coordinates the parties’ commitments: who is responsible, what is due and what needs to happen next.
- 03
Independent proof
Our patent-pending verification technology checks the delivered GPU system against the customer’s agreed requirements and records the result.
We connect the build.Independently prove what’s delivered.Help make AI compute bankable.
The opportunity
The largest infrastructure buildout in human history. Most of it isn’t hyperscaler money.
Morgan Stanley puts global data centre capex at US$2.9 trillion through 2028. Only $1.4 trillion of that can come from the hyperscalers’ own cash flow.
Press play. The numbers unfold.
$2.9tr
Global data centre capex to 2028
Morgan Stanley
52%
Of it can’t come from hyperscaler cash
Morgan Stanley
Figures are Morgan Stanley Research estimates, not CANUS forecasts. CANUS holds three filed Australian provisional patent applications; none is granted and no claim has been examined.
The build, layer by layer
Five layers.One result everyone can trust.
A GPU build is five things stacked on top of each other: the customers, the computers, the building and its power, the money, and the check that shows what was delivered matches what was ordered. CANUS connects the five, tests what arrives, and signs one result that everyone works from.
The build, layer by layer
It starts with someone who needs computing power.
AI companies. Usually more than one.
An AI company needs thousands of GPUs, and needs them soon. That order is the reason everything beneath it gets built.
It starts with someone who needs computing power.
AI companies. Usually more than one.
An AI company needs thousands of GPUs, and needs them soon. That order is the reason everything beneath it gets built.
- 01The customers
- 02The computers
- 03Building & power
- 04The money
- 05The check
- 06Grow
Why decentralised
For the first time, a cloud can build without owning the whole chain.
CANUS gives cloud operators a decentralised way to build AI capacity: independent businesses, each under its own contract, brought into one programme for your project. CANUS coordinates the work, checks every delivery independently and stays for the expansion. You keep your cloud and your customers.
The system beneath
Seven parties.Seven ways of working.One truth.
Beneath every CANUS programme sits LARUS, our coordination platform. It learns how each party actually works: the lender's credit conditions, the grid's connection stages, the customer's sign-off, the installer's commissioning plan. When CANUS signs a result, LARUS hands it to each of them in the form their own workflow expects. Nobody works from their own copy of the truth.
- 01
Reads how each party works
Credit committees, connection approvals, commissioning plans, order books. LARUS maps the requirements, owners and decision points of every business in the programme.
- 02
Translates one result into their terms
The same signed result reaches the lender as evidence for its funding condition, the customer as evidence for sign-off, the grid as a confirmed load stage.
- 03
Keeps everyone on one record
Every decision points back to the same signed record, and every later record links to it. Each party still decides under its own agreement.
CANUS · The Register
CANUS-EX-001
Consistent · Signed
LARUS · Reading Customer · Procurement & sign-off
Evidence for sign-off
One record. Delivered seven ways. Every decision stays with the party that makes it.
Hover a party to hold the record and read how LARUS speaks to itTap a party to hold the record and read how LARUS speaks to it
Research
The research behind the method.
Company-authored papers on independent evidence for AI compute. Each one published in full, fingerprinted and independently timestamped.
Each paper carries a SHA-256 fingerprint, an RFC-3161 timestamp and an OpenTimestamps record.
GPU finance and programme economics
Financing GPU Infrastructure Through Reusable Evidence
Rental economics, capital structures and the evidence that can support a continuing deployment programme.
Institutional workflow and automation
Where a Physical Fact Enters a Lender's Controls
Where scoped independent evidence enters lender controls, and the three boundaries it cannot cross.
GPU contracts and capital
GPU Delivery Is Not One Financial Milestone
Four filed agreements separate technical proof, customer acceptance and funding.
Evidence scope and data provenance
A Summary With a Gap Answers a Different Question
Scope, provenance and the limits of proportionate disclosure in computational-load evidence.
Measurement and independent evidence
An Electrical Reading Cannot Identify the Computation
Why net connection-point behaviour under-determines both underlying load and the equipment producing it.
Built where the customers and the power are.
Independent clouds. One project at a time.
Who it's for
CANUS Technologies Pty Ltd · AustraliaThree provisional patent applications filedProgramme in development · founding stageFees agreed before work begins
Industry insights
How the customer's world actually works.
Three pieces on the world an independent AI cloud builds in: the partners that have to fit, what makes its demand financeable, and what changes when one campus serves several customers.
GPUs aren't a deployment.
Why equipment, power, capital and delivery need to fit together.
Read the article
Projects get oversold when four different power numbers are added together.
Read the article
What makes AI demand financeable?
The commitments and delivery conditions behind a credible project.
Read the article
What was rated was the facility. What made it investment grade was the contract behind it.
Read the article
One campus. Several customers. Separate commitments.
How shared infrastructure changes the commercial picture.
Read the article
A strong campus total never fixes one customer's shortfall.
Read the article
Founding programme · 3 of 3 places open
Three founding places.Be one of them.
Bring your first project. The CANUS fee for the first agreed trial delivery check is waived; any third-party costs are agreed before work starts. Your record takes one of the first three numbers on the CANUS Register.
Founding programmes are being scoped. This is not an offer of committed financing.