Glossary · Process and operations

Process mining: definition, value and limits

Process mining Updated

Definition

Process mining reconstructs the actual flow of a process from the log data of the systems involved, instead of relying on drawn target diagrams. From timestamps, case IDs and activities it builds a picture that reveals order, waiting times, loops and deviations. For the mid-market it is the data-based foundation for seeing which step is worth automating.

Why the Term Matters

Many automation projects fail because they automate the assumed flow, not the real one. Process mining uses the system traces to show where time is truly lost, which cases deviate from the standard and where rework happens. Who sees this before building picks the step with the fastest provable value and avoids expensive automation in the wrong place.

When It Is Relevant

  • The process runs across several systems and nobody knows the full path.
  • There are many deviations and special cases of unclear extent.
  • Before an automation effort the biggest bottleneck should be found.
  • The systems log timestamps and case IDs cleanly enough.

When Not

When a process is small, clear and already known, process mining yields little new insight and does not repay the effort. And when the log data is patchy or lacks reliable case IDs, it produces a distorted picture that should not be trusted before data quality is fixed.

Industries That Use It

  • Machinery and plant engineering: trace the path from quote through order to delivery in the ERP and expose idle times between departments.
  • Logistics and freight forwarding: analyse shipment and order runs to find recurring delays at handover points.
  • Insurance: examine claims handling to make query loops and manual rework visible.
  • Utilities: review connection and switching processes where several specialist systems interlock.

Typical Use Cases

  • Reconstruct the real order-to-cash process from SAP documents and quantify bottlenecks.
  • Count deviations from the standard path and sort them by frequency and cost.
  • Measure waiting time between two activities to name the biggest time sink.
  • Before an RPA build, check whether a flow is stable enough for rules.
  • After an automation, re-measure whether the new path is really shorter.

Decision Guide

Decision Guide
SignalProcess mining fitsAlternative
Flow across many systems, path unclear analyse system data rough documentation is enough
Many special cases suspected measure deviations sample via interview
Find bottleneck before automating data-based prioritisation gut-feel selection
Log data patchy secure data quality first no analysis on assumption

Example

A mid-market company exports the document data of its purchasing process from the ERP and has the actual flow reconstructed from it. The analysis shows that an approval step is run twice in many cases. Exactly this step is measured as a baseline and then relieved with RPA and an ERP connection. This describes the method, not an asserted client metric.

Service Connection

Process mining is usually the first step of process automation consulting, before an RPA build or process automation for the mid-market follows.

Sources

This framing describes common mid-market process mining practice. Concrete analysis, data extraction and data protection depend on the case, the systems and the tools and must be checked case by case.

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FAQ

What is the difference between process mining and a process diagram?
A diagram shows how a flow is meant to work. Process mining uses the system data to show how it really runs, including deviations and waiting times. Comparing the two exposes the gap between target and reality.
What data do I need for it?
At the core three things per case: a case ID, the individual activities and their timestamps. These usually already exist in ERP, CRM or ticketing systems and can be exported.
Do I need process mining before every automation?
No. For small, clearly known flows a short recording is enough. For complex processes across several systems it pays off, because it steers automation to the right place.