AI DATA FOR YOU

VALUE TOOL / 01 DECISION SUPPORT

Business Benefit Calculator.

Convert a measurable data issue or improvement opportunity into an indicative business case. The calculator makes volume, frequency, unit value, recoverability and delivery cost visible instead of hiding them inside a headline savings claim.

Use the recurring model for annual leakage or avoidable effort, and the project model for one-off value protection such as migration rework. Results are shown in AUD and can be tested immediately with the worked examples below.

LIVE WORKSPACE

Build the value case.

Change any assumption and the results update immediately. Start with conservative, evidence-backed inputs; the output is only as strong as the baseline behind it.

YOUR ASSUMPTIONS

Recurring value model

EXAMPLE LOADED
CORE CALCULATIONBusiness volume × issue rate × unit value × addressable share

Gross exposure is calculated before recoverability. Delivery costs are then deducted from the realistic benefit so the result is a net value case, not a gross claim.

INDICATIVE OUTPUT

Annual and 3-year view

Gross exposureAUD 120,000
60% modelled as realistically addressable
Year-one net benefitAUD 27,000Benefit less one-off and annual costs
Three-year ROI242.4%Net value ÷ total three-year cost
Indicative payback6.8 monthsOne-off cost ÷ monthly benefit after support
Three-year cost of inactionAUD 370,908Gross exposure carried forward with growth
WHAT THE MODEL SAYS

These assumptions indicate AUD 72,000 of realistic annual benefit and AUD 157,545 of net value over three years.

Inaction leaves up to AUD 370,908 exposed over the same period before considering wider service, customer, regulatory or decision impacts.

Carry this value into AI Readiness Assessment ↗

Indicative decision-support model only — not a quotation, guarantee or financial advice. Validate each assumption against actual volumes, costs, controls and a trusted baseline.

HOW TO USE IT

From issue to decision in four steps.

Begin with one clearly bounded problem and one trusted source for the baseline. Use observable volume, frequency and unit value rather than broad transformation estimates.

Keep the addressable share conservative, include the full delivery and sustainment cost, then compare the result with continued inaction. Record an owner and source for every assumption before treating the output as a business case.

01

Choose the model

Use recurring for annual leakage or effort. Use project for one-off value protection.

Choose model ↑
02

Verify the baseline

Enter the affected volume and issue rate supported by operational or financial evidence.

Clarify Measure ↗
03

Apply unit economics

Add value per unit, the realistically addressable share and complete delivery costs.

Clarify Monetise ↗
04

Compare and prove

Review net value, ROI, payback and inaction, then assign an owner and evidence source.

Clarify Prove ↗
WORKED EXAMPLES

See the model with real numbers.

Each scenario uses a different value basis: revenue already expressed in AUD, labour hours converted through a loaded hourly rate, or project budget exposed to rework.

Load an example to inspect every assumption and recalculate the result. The figures are illustrative AUD scenarios, not promised savings; replace them with the organisation’s evidence.

01 / PROFESSIONAL SERVICESRECURRING

Revenue leakage

A growing firm has AUD 12 million of annual billable activity. Incomplete matter and rate data leaves an estimated 1% unbilled or underbilled, and the team believes 60% can realistically be recovered.

Illustrative result. The model indicates AUD 120,000 of annual exposure, AUD 72,000 of first-year benefit and about AUD 157,545 of three-year net value after the stated delivery costs.

02 / FINANCE OPERATIONSRECURRING

Manual reconciliation

A finance team spends 1,104 hours each year reconciling records at a loaded cost of AUD 70 per hour. Better matching and ownership are expected to remove 40% of that effort without assuming every exception disappears.

Illustrative result. The model indicates AUD 77,280 of annual exposure, AUD 30,912 of first-year benefit and about AUD 67,450 of three-year net value after implementation and support costs.

03 / CORE / CLOUD MIGRATIONPROJECT

Migration rework protection

An AUD 4 million migration has 12% of budget exposed to avoidable profiling, mapping and reconciliation rework. Readiness activity is expected to protect 80% of that exposed value.

Illustrative result. The model indicates AUD 480,000 of project exposure, AUD 384,000 of value protected and AUD 244,000 of net benefit after AUD 140,000 of delivery and assurance cost.

MODEL CLARIFICATION

Follow the assumptions back to the method.

A calculator can structure a decision, but it cannot verify the evidence by itself. The four linked explanations show how each number should be measured, monetised, compared and proven before work begins.

Use these lower-level clarifications to challenge optimistic assumptions and document ownership. They connect the calculator directly to the business-value framework and the current industry use cases on the main website.

TURN THE INDICATIVE MODEL INTO A VERIFIED CASE

Bring the baseline. We will test the assumptions.

Explore industry use cases ↗Discuss your business case ↗