Aerial view of a planned sustainable AI compute campus in Western Australia at dawn

Quantum Aurora · Institutional capital overview

Sovereign AI infrastructure, built to institutional standard.

A Western Australian sustainable AI compute platform in structured pre-feasibility — documented, scored and assembled against the Global Impact Assets preliminary diligence framework before a single dollar of institutional capital is requested.

Stage
Pre-feasibility
Assessment vectors
6 · 67 scored items
Internal readiness
52.6%
Submission target
85%

Confidential. Prepared for selected investors, financiers, advisors and government stakeholders. Not an offer of securities or financial product advice.

A note on how this project is being run

Most infrastructure proposals arrive as ambition first and evidence later. This one is being assembled the other way around.

Australia has the land, the solar and wind resource, the political stability and the time-zone position to host globally significant AI compute. What it has lacked is a project prepared to submit itself to institutional scrutiny before asking for capital.

Quantum Aurora is at pre-feasibility. There is no completed site acquisition, no executed offtake, no financing commitment and no approval. What exists is a scored, evidence-linked readiness position against a recognised diligence framework, an honest register of what is missing, and named ownership for closing each gap.

We would rather show you an accurate 52.6% than a persuasive fiction.

— The Quantum Aurora sponsor team

Strategic opportunity

Compute demand is now an energy question.

Training and inference workloads have shifted the constraint from silicon supply to firmed, low-carbon power and the ability to reject heat responsibly at density. That moves advantage toward jurisdictions with abundant renewable resource, stable governance and available land — and it rewards projects that can evidence both.

  • Power availability, not rack space, is the binding constraint on new AI capacity.
  • Institutional capital increasingly requires verified emissions and water positions.
  • Sovereign and regulated workloads favour domestic, politically stable hosting.
  • Long-duration infrastructure demands contracted, investment-grade counterparties.

These figures are illustrative pre-feasibility assumptions only. They are not forecasts, valuations, commitments or investment returns. All inputs require independent technical, commercial and financial validation.

The Western Australia advantage

Six structural advantages, one location.

01

Renewable resource

Among the strongest combined solar and wind resource profiles available at scale.

02

Land availability

Large, low-conflict development envelopes with room for staged expansion.

03

Political stability

A stable common-law jurisdiction with established foreign-investment pathways.

04

Time-zone position

Aligned to Asian trading and operational hours, complementary to US capacity.

05

Subsea connectivity

Established international cable landings supporting low-latency routing.

06

Skilled workforce

Deep resources-sector engineering, construction and operations capability.

Locational advantages described here are qualitative and require site-specific technical, environmental and grid-connection validation.

Interior of a high-density liquid-cooled AI data hall with rows of compute racks

The platform

Designed around power, heat and water discipline.

The campus concept is staged: an initial anchor block proving power, cooling and connectivity performance, followed by modular expansion tied to contracted demand and firmed energy supply rather than speculative build-out.

  • High-density halls engineered for liquid-cooled AI training clusters.
  • Water-responsible thermal strategy under independent options assessment.
  • Renewable-led supply with firming, subject to network connection studies.
  • Staged capital deployment gated on evidence, not calendar.

These figures are illustrative pre-feasibility assumptions only. They are not forecasts, valuations, commitments or investment returns. All inputs require independent technical, commercial and financial validation.

GIA qualification framework

Not a promise. A scored pathway to qualification.

The GIA preliminary diligence checklist contains 67 scored requirements across six assessment vectors, together with 4 additional supporting requirements that do not currently carry an assigned score in the source workbook. Quantum Aurora’s information memorandum, financial model, technical materials, ESG documentation, legal structure and data room are being built directly against that framework.

The objective is not to scrape through at 80%. The submission target is 85% or better. At the current 67-item scoring base, 54 weighted points produce approximately 80.6% and 57 weighted points produce approximately 85.1%. Where items are legitimately not applicable, the denominator adjusts dynamically.

0.0%PATH TO QUALIFICATION35.25 / 67 WEIGHTED POINTS
80% threshold85% target

Internal evidence-linked assessment. Subject to GIA independent review.

Scoring method

Available1.00 pointEvidence is available and linked.
Within 30 days0.50 pointEvidence is expected within 30 days.
Within 60 days0.25 pointEvidence is expected within 60 days.
Within 90 days0.00 pointsExpected, but does not contribute to the current score.
Not applicableExcludedRemoved from the denominator. A written reason is mandatory.
Unassessed0.00 pointsNo assessment recorded.

Readiness score = weighted points ÷ applicable scored requirements × 100

Available · 21
Within 30 days · 22
Within 60 days · 13
Within 90 days · 10
Unassessed · 1
FINANCIAL FEASIBILITYCOMPREHENSIVE RISKESG IMPACTGLOBAL CAPITAL MARKETSTECHNICAL ASSESSMENTLEGAL AND REGULATORY

Vector 1

Financial Feasibility Assessment

54.2%
Scored · 6Avail · 230d · 260d · 190d · 1N/A · 0

Main outstanding gap — Independent review of the pre-feasibility financial model and debt-service assumptions.

5 supporting documentsApplicable base 6 · Updated 2026-08-01

Vector 2

Comprehensive Risk Assessment

50.0%
Scored · 21Avail · 630d · 760d · 490d · 3N/A · 0

Main outstanding gap — Grid-connection and power-availability risk requires a formal network study.

12 supporting documentsApplicable base 21 · Updated 2026-08-03

Vector 3

ESG Impact Assessment

50.0%
Scored · 10Avail · 330d · 360d · 290d · 2N/A · 0

Main outstanding gap — Water strategy and biodiversity screening pending site-region confirmation.

6 supporting documentsApplicable base 10 · Updated 2026-07-29

Vector 4

Global Capital Markets Assessment

57.7%
Scored · 13Avail · 530d · 460d · 290d · 2N/A · 0

Main outstanding gap — Comparable-transaction benchmarking and refinancing pathway analysis in progress.

8 supporting documentsApplicable base 13 · Updated 2026-08-02

Vector 5

Technical Assessment

50.0%
Scored · 8Avail · 230d · 360d · 290d · 1N/A · 0

Main outstanding gap — High-density cooling concept requires independent engineering validation.

4 supporting documentsApplicable base 8 · Updated 2026-07-31

Vector 6

Legal and Regulatory Assessment

55.6%
Scored · 9Avail · 330d · 360d · 290d · 1N/A · 0

Main outstanding gap — SPV structure and land-tenure pathway subject to legal opinion.

5 supporting documentsApplicable base 9 · Updated 2026-07-28

All scores shown are derived from recorded evidence status inside the sponsor’s internal readiness register. No score on this page represents a GIA assessment, a qualification decision or an approval.

Evidence control

Every score must point to evidence.

A representative extract of the line-by-line diligence matrix. Each requirement carries a status, a named owner and the document that will satisfy it. Confidential evidence is released only inside the secure investor data room.

Due diligence compliance matrix extract
RefVectorRequirementStatusEvidenceOwner
FF-01Financial FeasibilityPre-feasibility financial model with documented assumptionsAvailableModel v0.6 (internal)Sponsor / CFO advisor
FF-03Financial FeasibilityDebt-service and coverage sensitivity analysisWithin 30 daysIn preparationFinancial advisor
FF-05Financial FeasibilityIndependent model reviewWithin 60 daysScope draftedExternal reviewer — to be appointed
RK-02Comprehensive RiskProject risk register with owners and mitigationsAvailableRisk register (live)Sponsor
RK-07Comprehensive RiskGrid-connection and power-availability studyWithin 60 daysNetwork study scope issuedPower advisor
RK-14Comprehensive RiskConstruction and procurement risk assessmentWithin 90 daysAwaiting engineering conceptEngineering advisor
RK-19Comprehensive RiskInsurance and force-majeure reviewUnassessedNot yet assessedTo be assigned
ES-01ESG ImpactESG framework and reporting approachAvailableESG framework v0.3Sponsor
ES-04ESG ImpactWater-responsible thermal design strategyWithin 30 daysCooling options study underwayEngineering advisor
ES-08ESG ImpactBiodiversity and environmental screeningWithin 60 daysSubject to site-region confirmationEnvironmental consultant
CM-02Global Capital MarketsCapital structure and funding roadmapAvailableFunding roadmap v0.4Sponsor
CM-06Global Capital MarketsComparable transaction benchmarkingWithin 30 daysBenchmark set in progressFinancial advisor
CM-11Global Capital MarketsBond-finance pathway assessmentWithin 60 daysPreliminary discussion notesDebt advisor
TA-01Technical AssessmentCampus concept design and capacity planAvailableConcept pack v0.2Engineering advisor
TA-04Technical AssessmentHigh-density cooling validationWithin 30 daysOptions study underwayEngineering advisor
TA-07Technical AssessmentFibre and connectivity assessmentWithin 60 daysRoute assessment scopedConnectivity advisor
LR-01Legal and RegulatorySPV and governance structureAvailableStructure paper v0.2Legal counsel
LR-04Legal and RegulatoryLand-tenure and site-control pathwayWithin 30 daysSite screening in progressLegal counsel
LR-08Legal and RegulatoryApprovals and planning pathway analysisWithin 60 daysPathway mapping underwayPlanning consultant

Extract only. The complete matrix, supporting documents and verification records are maintained in the controlled investor data room and released under executed confidentiality terms.

Illustrative economics

Three scenarios. No forecasts.

The illustrations below show how infrastructure revenue scales with contracted load, pricing and occupancy. They are arithmetic demonstrations of the revenue model — not projections, valuations or expected outcomes.

Conservative illustration

A$52.5M

Illustrative annual infrastructure revenue

Contracted load
25MW
Indicative price
A$250 / kW / month
Occupancy
70%

Base illustration

A$178.5M

Illustrative annual infrastructure revenue

Contracted load
50MW
Indicative price
A$350 / kW / month
Occupancy
85%

Upside illustration

A$486M

Illustrative only — not an expected case

Contracted load
100MW
Indicative price
A$450 / kW / month
Occupancy
90%

These figures are illustrative pre-feasibility assumptions only. They are not forecasts, valuations, commitments or investment returns. All inputs require independent technical, commercial and financial validation.

Development pathway

Each stage is gated by evidence.

  1. Stage 01

    Structured pre-feasibility

    Evidence assembly, readiness scoring, gap ownership and advisor appointments.

    Current
  2. Stage 02

    Qualification submission

    Submission of the diligence pack once the internal readiness target is achieved.

    Next
  3. Stage 03

    Independent diligence

    Third-party technical, financial, ESG and legal review.

    Subject to GIA
  4. Stage 04

    Feasibility and site control

    Site tenure, grid studies, approvals pathway and engineering definition.

    Conditional
  5. Stage 05

    Financing and documentation

    Structure, terms and documentation subject to approvals and market conditions.

    Conditional

Stage sequencing is indicative. Progression depends on independent assessment, approvals, counterparty agreements and market conditions, none of which are assured.

Global Impact Assets alignment

Prepared to their framework, assessed by them.

Quantum Aurora’s internal readiness assessment has been structured against the GIA preliminary diligence checklist. Final qualification, due diligence approval, financing terms and any decision to proceed remain solely subject to GIA’s independent assessment and formal approvals.

  • Documentation structured to the six assessment vectors.
  • Every scored requirement mapped to a named evidence owner.
  • Not-applicable items require a written, reviewable justification.
  • Readiness score recalculates as evidence status changes.

Controlled access

From vision to data room.

Access to the full diligence matrix, financial model, technical concept pack, ESG documentation and legal structure is released to qualified parties under executed confidentiality terms.

Registration is an expression of interest only. It does not create any obligation on either party and does not constitute an application for securities.

Important information

This page contains preliminary and confidential project information prepared solely for discussion with selected investors, financiers, advisors, government stakeholders and strategic partners. It does not constitute an offer of securities, financial product advice, investment advice, legal advice, engineering advice, a financing commitment or a binding proposal. All project assumptions, figures, performance targets, development stages, funding pathways and financial illustrations remain subject to independent validation, due diligence, approvals, formal documentation and applicable law.

Recipients should not rely on this material for any investment, financing or commercial decision and should obtain their own independent professional advice.

AION, Aurora OS Chief Intelligence Officer