Evolution Tool · ROI Calculator
Automation ROI calculator for RPA, AI, and workflows.
Estimate the annual cost of repetitive work, potential savings, implementation payback, and first-year automation ROI using a transparent directional model.
Directional annual opportunity$80,080This is a directional model, not a guarantee. A workflow diagnosis validates assumptions, exceptions, adoption, and implementation scope.Validate the opportunity
Current annual manual cost $145,600
First-year net value $50,080
Estimated payback 4.5 months
First-year ROI 167%
THE FORMULAFIRST-YEAR ROI(Annual savings − implementation cost) ÷ implementation cost × 100 PAYBACK PERIODImplementation cost ÷ (annual savings ÷ 12)
How is automation ROI calculated?
Annual manual-work cost equals people × manual hours per person per week × loaded hourly cost × 52. Estimated annual savings equals that baseline multiplied by the expected reduction in manual effort.
What the estimate can—and cannot—show
The model makes assumptions visible and supports comparison between automation candidates. It does not automatically quantify revenue, risk reduction, quality, faster response, adoption, maintenance, or the value of capacity unless those effects are added to the business case separately.
Read the full automation ROI method, review business process automation services, or identify candidates in automate manual work.
How is automation ROI calculated?
First-year automation ROI is estimated as annual savings minus implementation cost, divided by implementation cost, multiplied by 100.
How does the calculator estimate annual savings?
It multiplies people, manual hours per person per week, loaded hourly cost, and 52 weeks, then applies the expected percentage reduction in manual effort.
Is this an RPA ROI calculator?
Yes. The same directional model can be used for robotic process automation, workflow automation, and bounded AI automation when the manual-work baseline and implementation cost are known.
Does the result guarantee savings?
No. The result is a planning estimate. Actual value depends on process stability, adoption, exception volume, integration, maintenance, and whether recovered capacity is used effectively.