1. Interactive Enterprise ROI Calculator
Use the calculator below to model your organization's financial return. Adjust team size, salary levels, transaction volumes, and implementation costs to compute gross savings, net annual return, payback period, and 3-year net value in AED.
2. Defensible ROI Methodology & Mathematical Formulas
To ensure this calculator delivers financial figures acceptable to corporate CFOs and Investment Committees, the underlying model avoids optimistic vendor claims. The mathematical model evaluates gross financial return across two primary streams: labour hours released and exception rework costs avoided, balanced against annual cloud run costs and one-off build fees.
The exact formulas implemented in our production model (and executed dynamically in assets/js/site.js) are structured as follows:
Gross Labour Savings = FTE × Salary × (Automatable % / 100) × 0.70
Current Exceptions = Transactions × (Error Rate % / 100)
Error Cost Avoided = Current Exceptions × Rework Cost × 0.60
Gross Annual Benefit = Gross Labour Savings + Error Cost Avoided
Net Annual Benefit = Gross Annual Benefit − Annual Run Cost
Payback Period (Months) = (Build Cost / Net Annual Benefit) × 12
3-Year Net Value = (Net Annual Benefit × 3) − Build Cost
3. Why We Apply 70% Labour & 60% Error Credit Haircuts
The core difference between a vendor demo estimate and a CFO-approved business case lies in two conservative haircut parameters:
- The 70% Labour Credit Haircut (0.70 Factor): When an automated system saves 50% of a team's operational time, it rarely results in immediate 50% payroll elimination. Staff absorb residual tasks, handle complex customer inquiries, and oversee exception queues. Crediting only 70% of theoretical time savings provides a realistic, defensible labour release figure that accounts for human task-switching and supervisory overhead.
- The 60% Error Avoidance Haircut (0.60 Factor): Document AI and automated matching engines achieve high straight-through processing rates, but edge cases, ambiguous invoices, and unannounced vendor changes still create manual exceptions. Crediting 60% of current manual exception costs acknowledges that automation eliminates the majority of routine errors while leaving complex edge cases for human review.
4. Worked Example: 10 FTE Finance AP Automation
Consider a UAE enterprise finance team of 10 AP specialists, each with a fully loaded annual salary of AED 180,000 (total payroll AED 1.8M). The team processes 60,000 vendor invoices annually with an 8% error rate (4,800 manual exceptions/year) costing AED 150 per rework event. 50% of processing effort is identified as automatable. Implementation build cost is AED 250,000 fixed, with AED 60,000 annual cloud run costs.
- Raw Labour Savings: 10 FTE × AED 180,000 × 50% = AED 900,000 gross.
- Credited Labour (70% Haircut): AED 900,000 × 0.70 = AED 630,000 / year.
- Raw Exception Cost: 4,800 exceptions × AED 150 = AED 720,000 gross error cost.
- Credited Error Avoidance (60% Haircut): AED 720,000 × 0.60 = AED 432,000 / year.
- Gross Annual Benefit: AED 630,000 + AED 432,000 = AED 1,062,000.
- Net Annual Benefit: AED 1,062,000 − AED 60,000 run cost = AED 1,002,000 / year.
- Payback Period: (AED 250,000 / AED 1,002,000) × 12 = 3.0 Months.
- 3-Year Net Value: (AED 1,002,000 × 3) − AED 250,000 = AED 2,756,000.
5. Moving from ROI Model to Fixed-Scope Discovery
An online ROI calculation provides a strong preliminary estimate. The next step is a 2-to-3 week fixed-scope Discovery engagement. Our integration architects inspect your actual ERP data quality, audit sample document populations, and deliver a costed point-of-view proposal with guaranteed performance metrics.