AI ROI Calculator
What would this workflow save you?
Enter hours, compensation, how often the work happens, how much you could automate, and what the build might cost. Labor savings, ROI, and payback come from a formula you can audit, not from a case study we invented.
What this measures
Labor hours in. Payback out.
An AI ROI calculator estimates return on an automation project from labor time. Annual savings equal hours per occurrence, times occurrences per year, times fully loaded hourly rate, times the share of work that can actually be automated. ROI and payback compare that savings figure to implementation cost.
- 01
Hourly rate
Annual fully loaded compensation divided by 2,080 working hours (40 hours × 52 weeks). Loaded cost means salary plus the benefits and overhead you actually pay.
- 02
Hours in a year
Hours each time the work happens, times occurrences per year. Every working day is 260, weekly is 52, twice a week is 104, monthly is 12, quarterly is 4, yearly is 1.
- 03
Annual labor savings
Annual hours × hourly rate × automation share. If five people each spend four hours, enter 20 hours. This is time value only.
- 04
ROI and payback
Year-one net is annual labor savings minus implementation cost. ROI is that net divided by cost. Payback in months is cost divided by monthly savings.
Worked example
One person, half the hours, a $50,000 build.
These are the calculator defaults, rendered in HTML so the example exists without JavaScript. They are not a customer result.
| Hours each time | 8 |
|---|---|
| Fully loaded compensation | $150,000 |
| Frequency | Every working day (260× / year) |
| Automation share | 50% |
| Implementation cost | $50,000 |
| Hourly rate | $72.12 ($150,000 ÷ 2,080) |
| Hours per year | 2,080 |
| Annual labor savings | $75,000 |
| Year-one net | $25,000 |
| ROI | 50% |
| Payback | 8 months |
- Labor time only. Error reduction, revenue, cycle time, and risk are out of scope on purpose.
- Automation share is a judgment. Measure in shadow mode before you treat the percentage as fact.
- Implementation cost is your input, not a Mufasa Labs quote. Real prices come after discovery.
- 2,080 hours is a US full-time year. If your loaded year is different, change the compensation so the hourly rate matches reality.
Calculator
Change the inputs. Watch the formula.
Hours, compensation, frequency, automation share, and cost. Savings, ROI, and payback update from the same math as the worked example.
The worksheet
Every line is the formula with your inputs. Nothing here is a customer result.
Hourly rate
$150,000 ÷ 2,080 hours
$72.12
Occurrences per year
260
Hours per year
8 × 260
2,080
Hours automatable
50% of annual hours
1,040
Annual labor savings
Time value only
$75,000
Implementation cost
$50,000
Year-one net
Labor savings cover the cost inside the first year on this worksheet.
$25,000
ROI
(savings − cost) ÷ cost
50%
Payback
Break-even is inside a year on labor savings alone.
8 months
FAQ
The math, without a pitch
How do you calculate AI ROI?
Hourly rate is annual fully loaded compensation divided by 2,080 hours. Multiply hours per occurrence by occurrences per year, then by hourly rate, then by the automatable share. That is annual labor savings. ROI is (savings minus implementation cost) divided by cost. Payback in months is cost divided by monthly savings.
What is a good payback period for an AI project?
There is no universal number. Payback depends on cost of delay, risk, and whether labor is the only value. Many custom builds do not pay back on labor savings alone in year one. If the worksheet says that, believe it and talk through what else (if anything) belongs in the case.
Does this calculator include revenue lift or fewer errors?
No. It counts labor time only. Revenue, error cost, compliance exposure, and cycle-time value are real, and they are also easy to invent. They stay off this page so the math stays honest. Bring those extras to a scoping call with a source, not a guess.
Why divide salary by 2,080 hours?
2,080 is 40 hours times 52 weeks, the standard US full-time year, and it matches 260 working days times 8 hours. Using calendar days (365) would understate hourly cost. If your teams work a different year, adjust compensation so the implied hourly rate is the one you actually pay.
Is the cost field a quote from Mufasa Labs?
No. It is whatever number you type. We do not publish package prices. A free 30-minute scoping call ends with an honest read on scope and cost, including a recommendation not to build if the math does not justify it.
What automation percentage should I enter?
Enter the share of this specific workflow a system could take off a person, not a company-wide AI target. Start conservative. Document review that still needs a human in the loop is often 30–50%, not 90%. If you do not know, try two percentages and see whether the case still holds.
Why is year-one ROI sometimes negative?
Because you paid for the build this year and the labor savings accrue over time. Negative year-one ROI with a finite payback means the worksheet breaks even after month 12. Negative ROI with no payback means labor savings never cover the cost. Both answers are useful; neither is a failure of the formula.
How do I discuss these numbers with an engineer?
Use Discuss your AI ROI or Talk to an engineer. Both go to the same contact path: a senior engineer, not a salesperson, within one business day. Bring the hours, the loaded cost, and how you chose the automation share. We will tell you whether the workflow is a build, a wait, or a no.
Bring your numbers. We will stress-test them.
Thirty minutes with a senior engineer, not a salesperson. We will tell you whether the workflow is a build, a wait, or a no.