Kaplan-Meier Survival Analysis Explained
Kaplan-Meier survival analysis answers a timing question: how long until something happens. It is used for customers cancelling, employees resigning, equipment failing, and patients responding — any case where the interesting part is not whether an event occurs but when, and where some records have not experienced it yet.
Why timing needs its own method
Ordinary averages break when some cases have not had the event yet. A customer who has stayed eight months so far is not a customer who left at eight months, but both look the same in a spreadsheet. Kaplan-Meier handles these incomplete records instead of discarding them.
Reading a survival curve
The curve shows the share of cases still event-free at each point in time. Steep sections mark the periods where losses concentrate — often the first weeks after onboarding or hire — which is where intervention has the most leverage.
Comparing groups
Two curves can be compared to see whether one group leaves faster, and a test reports whether the difference is larger than chance. Averisys states that result in plain English rather than leaving a p-value to interpret.
When several factors matter at once
Kaplan-Meier compares groups one split at a time. When plan, region, tenure, and price all matter together, a Cox model estimates each factor's effect on timing while holding the others constant. The platform proposes whichever method fits the question and explains why.
From curve to decision
Findings arrive as an interpretation, a risk list of the groups losing cases fastest, a what-if estimate of an intervention's effect, and a recommended action. A free trial is available without a credit card.
See Averisys survival analysis
Explore the Kaplan Meier survival analysis from Averisys Analytics. Watch a demo and start a free trial — no credit card required.
Visit Averisys survival analysisFrequently asked questions
What is Kaplan-Meier survival analysis?
A method for estimating time until an event occurs that correctly handles cases which have not had the event yet.
Where is it used outside medicine?
Customer churn timing, employee turnover, equipment failure, subscription renewal, and loan default.
What does the survival curve show?
The proportion of cases still event-free at each point in time.
How is it different from Cox regression?
Kaplan-Meier compares groups one factor at a time; Cox regression estimates several factors' effects together.
Is statistical training required?
No. Averisys Analytics proposes the method and reports the result in plain English.
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