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Enhancing Risk Profiling with Predictive Analytics for a Leading Airport Solution Provider

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Overview.

A leading airport solution provider aimed to improve the accuracy of their risk profiling by predicting valid hits (rule-in hits) using historical traveler patterns and profiles. Coforge implemented a machine learning-based approach, leveraging R and Python for modeling, which significantly reduced false positives and enhanced hit accuracy.

Challenges.

The client faced significant challenges in their risk profiling process:

  • Testing and Building a POC: Needed to test and build an innovative proof of concept for predicting valid hits.
  • Improving Accuracy: Aimed to improve the accuracy of predictions compared to the current rule-based approach.
  • Reducing False Positives: Required a solution to reduce the false positive rate for hit generation.

Our Solution.

Coforge implemented a comprehensive predictive analytics solution:

  • Machine Learning Approach: Adopted a machine learning-based approach to reduce the false positive rate for hit generation.
  • Modeling Tools: Leveraged open source R and Python for building predictive models.
  • Advanced Algorithms: Utilized clustering, time series, and regression algorithms to improve prediction accuracy.

The Impact.

  • False Positive Rate Reduction: 77% improvement.
  • Hit Accuracy: Improved by 2 bps.
  • Risk Passenger Identification: Increased probability.

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Let’s Coforge your next success story.

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