How do you calculate integration ROI payback?

Subtract annual support cost from annual gross savings to get net savings, then divide investment by net savings. With $120,000 invested, $65,000 gross savings, and $12,000 support, net savings are $53,000 and payback is about 2.26 years.

What is a good payback period for an integration project?

Most manufacturers want integrations to pay back inside 18-36 months. The 2.26-year result here sits comfortably in that band.

Why subtract support cost from savings?

Because an integration keeps costing money after go-live for licensing, monitoring, and fixes. A $65,000 gross saving with $12,000 annual support only nets $53,000 a year toward payback.

What is the five-year value of this integration?

Five years of net savings ($53,000 x 5 = $265,000) minus the $120,000 build gives $145,000 of net value over five years.

Does this calculator account for the time value of money?

No. It uses simple payback. For large capital projects, also run NPV with your discount rate; payback is a fast screen, not a final financial verdict.

Integration ROI vs total cost of ownership?

ROI focuses on returns and payback; TCO sums every cost over the asset's life. Use TCO to size the support-cost input that feeds this ROI calculation.

Industrial Software Integration & APIs calculator

Integration ROI Calculator

Integration ROI tells you how fast a systems-integration project pays for itself once you subtract the cost of keeping it running. Plant controllers, IT leaders, and integration project sponsors use it to justify spend on connecting MES, ERP, SCADA, and quality systems versus continuing with manual data entry and spreadsheets. The key discipline most teams miss is netting out ongoing support cost — an integration that saves a lot but is expensive to maintain pays back far slower than the gross number implies. A clear payback period in years is what gets capital approved.

What this calculator does

Calculate the payback period and five-year net value of a manufacturing integration investment by comparing total project cost against annual net savings from automation, error reduction, and labor elimination.
Use this calculator when preparing a business case for an integration project, presenting ROI to a capital committee, or comparing multiple integration investment options by payback period.
It computes payback period in years from total investment and net annual savings, plus net annual savings and five-year net value.

Formula used

Net annual savings = annual gross savings - annual ongoing support cost
Payback period = total investment / net annual savings

Inputs explained

Total integration build investment:
Annual gross savings from integration:
Annual ongoing support and maintenance cost:

How to use the result

Use it when building a business case for an integration build or comparing competing integration approaches.
It assumes savings and support costs hold steady; it ignores ramp-up time, the time value of money, and scope creep after go-live.

Common questions

How do you calculate integration ROI payback? Subtract annual support cost from annual gross savings to get net savings, then divide investment by net savings. With $120,000 invested, $65,000 gross savings, and $12,000 support, net savings are $53,000 and payback is about 2.26 years.
What is a good payback period for an integration project? Most manufacturers want integrations to pay back inside 18-36 months. The 2.26-year result here sits comfortably in that band.
Why subtract support cost from savings? Because an integration keeps costing money after go-live for licensing, monitoring, and fixes. A $65,000 gross saving with $12,000 annual support only nets $53,000 a year toward payback.
What is the five-year value of this integration? Five years of net savings ($53,000 x 5 = $265,000) minus the $120,000 build gives $145,000 of net value over five years.
Does this calculator account for the time value of money? No. It uses simple payback. For large capital projects, also run NPV with your discount rate; payback is a fast screen, not a final financial verdict.

Last reviewed 2026-05-12.