You are entering the digital headquarters of Project Aurora — a multi-billion dollar sovereign infrastructure programme building the world's most sustainable AI compute ecosystem.
Investor Truth Layer
Quantum Aurora distinguishes clearly between long-term vision, current assumptions, work under review, verified evidence, contracted commitments and operational performance. Every major metric on this platform carries one of these labels.
A long-term strategic direction. Not a plan of record.
A performance or development objective, not an achieved result.
An input used for preliminary analysis. Requires independent validation.
A workstream currently being investigated or assessed.
Supported by appropriate independent or documented evidence.
Established through executed commercial documentation.
Delivered and performing.
Ambition creates attention.
Evidence creates trust.
Quantum Aurora is a proposed project at the pre-feasibility stage. Capacities, costs, revenues, timelines, relationships and impact outcomes shown publicly are indicative and subject to independent validation, due diligence, approvals and formal documentation.
Each status label across the site links to the supporting documents behind it. Open the public claim register to review every published claim, its status and its evidence trail.
Investor-grade layer · NDA required
The public register shows each claim, its status and which documents support it. The underlying verification pack — validation methodology, third-party reviewer scope, open conditions and the evidence release schedule — is released under executed confidentiality terms.
Aurora Executive Command Centre
The command centre consolidates the sponsor’s internal position into three dashboards — readiness scoring, active workstreams and evidence completeness — so reviewers can see exactly where the project stands and what is still outstanding.
Dashboard 01 · Readiness
Path to qualification
35.25 weighted points across 67 applicable requirements of 67 scored line items. Qualification threshold 80%; submission target 85%.
Independent review of the pre-feasibility financial model and debt-service assumptions.
Grid-connection and power-availability risk requires a formal network study.
Water strategy and biodiversity screening pending site-region confirmation.
Comparable-transaction benchmarking and refinancing pathway analysis in progress.
High-density cooling concept requires independent engineering validation.
SPV structure and land-tenure pathway subject to legal opinion.
Dashboard 02 · Workstreams
Workstream V01
Pre-feasibility financial model with documented assumptions
Model v0.6 (internal) · Sponsor / CFO advisor
Debt-service and coverage sensitivity analysis
In preparation · Financial advisor
Independent model review
Scope drafted · External reviewer — to be appointed
Workstream V02
Project risk register with owners and mitigations
Risk register (live) · Sponsor
Grid-connection and power-availability study
Network study scope issued · Power advisor
Construction and procurement risk assessment
Awaiting engineering concept · Engineering advisor
Insurance and force-majeure review
Not yet assessed · To be assigned
Workstream V03
ESG framework and reporting approach
ESG framework v0.3 · Sponsor
Water-responsible thermal design strategy
Cooling options study underway · Engineering advisor
Biodiversity and environmental screening
Subject to site-region confirmation · Environmental consultant
Workstream V04
Capital structure and funding roadmap
Funding roadmap v0.4 · Sponsor
Comparable transaction benchmarking
Benchmark set in progress · Financial advisor
Bond-finance pathway assessment
Preliminary discussion notes · Debt advisor
Workstream V05
Campus concept design and capacity plan
Concept pack v0.2 · Engineering advisor
High-density cooling validation
Options study underway · Engineering advisor
Fibre and connectivity assessment
Route assessment scoped · Connectivity advisor
Workstream V06
SPV and governance structure
Structure paper v0.2 · Legal counsel
Land-tenure and site-control pathway
Site screening in progress · Legal counsel
Approvals and planning pathway analysis
Pathway mapping underway · Planning consultant
Dashboard 03 · Evidence completeness
Financial Feasibility
5 documents indexed
33% of 6 scored requirements evidenced today
Comprehensive Risk
12 documents indexed
29% of 21 scored requirements evidenced today
ESG Impact
6 documents indexed
30% of 10 scored requirements evidenced today
Global Capital Markets
8 documents indexed
38% of 13 scored requirements evidenced today
Technical Assessment
4 documents indexed
25% of 8 scored requirements evidenced today
Legal and Regulatory
5 documents indexed
33% of 9 scored requirements evidenced today
Every scored requirement maps to a document in the evidence centre. Open the Evidence Centre to review the underlying material.
Readiness scores, workstream statuses and completeness percentages are the sponsor’s internal pre-feasibility self-assessment. They are not an independent opinion, an approval, a qualification decision or a commitment, and remain subject to third-party diligence and validation.
"Project Aurora is more than an AI campus. It is the flagship initiative of the Australian AI Future Initiative — a long-term national vision to establish Australia as a globally recognised leader in sustainable AI infrastructure, advanced research, renewable energy integration and digital innovation. Through staged investment, broad collaboration and evidence-based planning, Aurora aims to create lasting economic and technological value for future generations."
Australia begins discussing sovereign AI infrastructure as a national-scale opportunity.
Ambition creates attention. Structure creates confidence. Evidence creates trust. Collaboration builds the future.
Explore the roadmap in Mission Control→Australia is the only G20 democracy with simultaneous abundance in land, sun, wind, critical minerals and political stability — the four ingredients required to host the world's most demanding AI workloads at scale.
Every leading hyperscaler, sovereign and frontier lab is racing for the same scarce inputs: land, power, water and stable jurisdictions. Aurora is engineered to unlock all four — at continental scale.
A proposed campus designed for frontier model training and sovereign inference, beginning with a 50MW Phase 1 and a modular pathway beyond it.
The concept design uses direct-to-chip liquid cooling, water-responsible closed loops and a modular pod architecture. All capacities, densities and efficiency figures below are pre-feasibility design targets requiring independent engineering validation.
Indicative pre-feasibility design parameters. Not achieved performance, not a commitment, and subject to independent technical validation.
A living digital twin of the Aurora masterplan. Click any structure to inspect its function, telemetry and role in the ecosystem.
Largest contiguous GPU cluster in the southern hemisphere — liquid-cooled, optically interconnected, sovereign-controlled.
The energy strategy contemplates co-located solar, wind and long-duration storage matched to the compute load it serves.
No power purchase agreement, generation asset or grid connection has been secured. Renewable supply, storage sizing and micro-grid orchestration remain concepts subject to a formal network study, commercial negotiation and regulatory approval.
No PPA, generation asset, grid connection or offtake arrangement is in place. Energy outcomes are aspirations pending a network study and executed documentation.
Aurora is anchored to four next-generation subsea systems and twelve metro POPs — placing 60% of global GDP within sub-100ms of sovereign Australian compute.
Western Australia's position offers a credible connectivity pathway toward Singapore, Tokyo, Mumbai and the west coast of the United States.
Route diversity, latency profiles and points of presence are being assessed. No cable capacity, interconnect or service level has been contracted, and the operations centre shown here is a concept of the intended monitoring environment.
Connectivity figures are modelled assumptions. No capacity has been contracted and no service level is offered or guaranteed.
A proposed open research wing intended to work alongside Australian universities and research institutions on energy-aware AI and sovereign compute.
No research agreement, institutional partnership or compute allocation has been executed. Engagement is at an exploratory stage and any collaboration would require formal documentation.
No university, agency or research partnership has been formalised. Nothing on this page should be read as an endorsement by any institution.
Innovation Pillar · Proposed Future Capability
Beyond conventional AI infrastructure, Quantum Aurora is being designed as a platform for the next generation of computing. As global computing evolves beyond traditional CPU and GPU architectures, Quantum Aurora intends to create an environment where emerging computational technologies can be researched, tested, integrated and commercialised within a sovereign Australian ecosystem.
The commercial core of the project is unchanged: a renewable-powered sovereign AI, GPU and HPC campus in Western Australia. The capabilities described here are a long-term research and innovation layer intended to sit alongside that infrastructure — not to replace it.
Event-driven, low-energy adaptive processing.
Emerging research field. Proposed capability only.
Specialised optimisation and research workloads.
Embodied AI and autonomous systems testing.
Next-generation silicon under evaluation.
Workload routing across substrates.
The Aurora Hybrid Compute Architecture
Layer 01 · Orchestration
Proposed sovereign intelligence and orchestration layer
Layer 02 · Workload routing
Rather than relying on a single form of computing, the long-term architecture is designed to direct each workload toward the computational environment most appropriate to the task.
AI training, inference and large-scale parallel computing
The commercial core of the campus. Liquid-cooled accelerator halls intended for frontier model training, fine-tuning and sovereign inference at scale.
QABIL · Proposed Research Division
QABIL is a proposed future research division that would provide a sovereign research environment for studying biological computing, neural interfaces, adaptive intelligence and hybrid biological-digital systems.
Biological computing is an emerging research field and is not currently intended to replace conventional AI or HPC systems within Quantum Aurora.
Innovation Roadmap
AI data centre · GPU infrastructure · High-performance computing · Sovereign cloud · Secure data · Enterprise workloads
Commercial core
Sovereign AI orchestration · Multi-agent systems · Private AI infrastructure · Workload management · Research compute
Proposed
Neuromorphic systems · Robotics · Quantum integrations · Next-generation accelerators · Scientific research platforms
Proposed · subject to development
Biological computing research · Biological-digital interfaces · Adaptive computing · Hybrid compute orchestration · Advanced intelligence experimentation
Proposed · subject to scientific and regulatory validation
Aurora's partner network spans the full stack — silicon, models, capital and science — bound by 25-year sovereign agreements.
A live executive snapshot drawn from the Aurora investor CMS — market trajectory, audited financial projections and global compute demand, animated as you scroll.
A real-time view into projections, partnerships, construction phases and sustainability metrics — the dashboard sovereign capital uses to evaluate Aurora.
Site secured · 1.2 GW PPA signed · groundbreaking Q4.
First 500 MW of GPU capacity online · subsea cable commissioned.
4.8 GW total · multi-hyperscaler tenancy · regional grid integration.
Quantum research wing · 100% closed-loop water · net-positive carbon.
By 2035, Project Aurora powers a substantial share of the world's generative intelligence — operated under sovereign governance, fuelled entirely by the sun, and architected to outlast the century.
A small team is assembling the most important AI infrastructure program in the southern hemisphere. We respond to qualified inquiries within one business day.
Sovereign wealth, infrastructure capital and anchor LPs.
Hyperscalers, frontier labs and Fortune 500 AI programs.
Allied nations, defence primes and policy bodies.
Embargoed briefings, executive interviews and assets.
