Project

AI-Assisted Bounce Risk Analysis

Timeline: Q3 2025

An AI-supported analytics workflow designed to assess bounce-risk patterns across customer journey stages, combining structured journey data with Polish-language interpretation for more context-aware analysis.

This project was built to assess bounce-risk patterns in the context of the customer journey rather than as a flat reporting metric. Instead of looking only at drop-off signals in isolation, the workflow was designed to interpret risk in relation to tasks, paths, roles, segments, and stages inside the customer journey application.

What made the workflow more useful was the addition of an AI-supported analytical layer on top of the structured journey data. Quantitative signals could show where risk might be rising, but they did not always provide enough interpretive value when the goal was to understand why a particular stage deserved closer attention. Bielik was used here to support stronger Polish-language interpretation, which made the outputs better suited to the real working context of the application.

Implemented in KNIME, the workflow brought together data preparation, journey-stage structuring, and AI-supported interpretation in one process. The result was a more context-aware view of bounce risk, helping surface which parts of the journey were weakest and where improvement work could be prioritised more effectively.

Challenge

The challenge was not only to measure bounce-related signals, but to interpret them in the context of the customer journey. Standard reporting could show where drop-off might be happening, but it was less effective at supporting stage-level interpretation across tasks, paths, roles, and journey structure, especially when the analytical layer needed to work well with Polish-language context.

Solution

The solution was designed as a KNIME workflow that assembled structured customer journey data and added an AI-supported analytical layer on top of it. Rather than relying only on flat reporting, the process used Bielik to strengthen interpretation of stage-level context in Polish and turn raw bounce-related signals into more useful assessment of journey risk. The outputs were then shaped into views that supported review, prioritization, and improvement planning.

Outcome

The finished workflow created a more context-aware way to assess bounce risk across the customer journey. By combining structured journey data with AI-supported interpretation, it made analysis more useful than a purely metric-driven view and helped surface where closer review or improvement work should be focused first.