Automation value calculator
Estimate the labor-capacity equivalent of a workflow change before committing to implementation. Include human review and operating costs, then examine whether a pilot is worth investigating.
Read these assumptions first
- Capacity is not cash. Freed hours only reduce expenditure if spending actually falls. Redeploying time requires useful work and available demand. This tool does not calculate cash ROI or profit.
- Twelve steady-state months. The annual figure assumes the same volume, time saving, labor rate, and operating cost every month, with full adoption from month one. Setup cost is deducted once. A delayed rollout or ramp-up reduces the period available to benefit.
- Measure the whole task. Include review, exceptions, rework, and manual handoffs in the after time. Negative hours indicate additional workload.
- Currency is a label. Enter all costs in one currency; changing the label performs no conversion. The model excludes tax, financing, discounting, revenue uplift, and quality changes.
The prefilled numbers are illustrative, not client results, a quote, or a forecast. Numeric values remain in page memory only: this tool does not send them to analytics, put them in a URL, or save them to browser storage. Printing saves a copy only where you choose.
Methodology and formulas
This original planning model uses your measured task time and supplied costs. It uses no industry benchmark, external rate feed, or forecast model.
- Monthly hours freed = tasks per month × (minutes before − minutes after) ÷ 60.
- Gross monthly capacity value = hours freed × loaded hourly labor cost.
- Monthly net capacity value = gross capacity value − monthly operating cost.
- 12-month net capacity value = monthly net capacity value × 12 − one-time setup cost.
- Capacity-value payback = setup cost ÷ monthly net capacity value, only when monthly net is positive. With zero setup cost and positive monthly net, the result is zero months. With zero or negative monthly net, no positive payback is shown.
Use a consistent loaded labor rate, such as salary and employer costs divided by productive working hours. Avoid counting the same overhead in both the labor rate and operating cost.
A worked example, including the downside
At 300 tasks per month, reducing a task from 10 to 6 minutes frees 20 hours. At 30 USD per hour, that is 600 USD of gross monthly capacity value. Deducting 200 USD of monthly operating cost leaves 400 USD; twelve months less 6,000 USD setup is −1,200 USD. Illustrative capacity-value payback is 15 months.
If the new task instead takes 12 minutes, it adds 10 hours of work per month: gross capacity value is −300 USD, monthly net is −500 USD, and the 12-month value after setup is −12,000 USD. There is no positive payback in that scenario.
Compare conservative, base, and optimistic cases
Start with measured volume and a timed sample for your base case. For a conservative case, lower eligible volume and increase review time and operating cost. For an optimistic case, use only improvements supported by a pilot. Print each scenario before editing the next; this page does not retain a history.
Recheck the result against actual task completion, error rates, and spending after a pilot. If system access or ownership is uncertain, use the integration readiness checklist. Read about process automation services for the engineering scope.