Quantify ramp, budget, and downtime risk before you commit capital
New lines, plant expansions, and automation programs are expensive and hard to reverse. Incertive models the uncertainty in your plan and returns the probability of a successful ramp, the biggest risks, and where to invest to improve them.
What Incertive quantifies for these projects
Ramp-up and yield uncertainty
New equipment rarely hits target yield on day one. Incertive models the ramp curve as a range so you can plan around a realistic path, not a best case.
Integration and downtime exposure
Tying new equipment into existing lines risks unplanned downtime. The analysis quantifies the probability and cost impact of integration delays.
Supplier lead time and commissioning
Long-lead equipment and commissioning windows are common failure points. A sensitivity analysis shows which ones most threaten your go-live.
Change management on the floor
Operator training and adoption drive real-world throughput. Projects that under-invest here miss ramp targets even when the equipment works.
A worked example
Automation cell added to an existing line
A plant adds an automation cell projected to raise throughput 30%, with a six-week commissioning window and integration into a running line.
Takeaway: Integration downtime and ramp yield dominate the risk. A staged cutover and a dedicated commissioning lead narrow the downside and move the ramp target from unlikely to probable.
Illustrative example. Sign up to run a real analysis on your own project.
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