Integrating AI/ML Models for Cross-Domain Insurance Solutions: Auto, Home, and Life

Time to spot and eliminate fraud is critical in insurance application and claim processing. While generally, fraud is taken as domain-specific which makes it difficult to leverage already built models for other domains and hence invest in the building time and resources, this work explores a novel systematic modeling potpourri approach that can be utilized for building and integrating fraud detection models just not in Insurance but in much larger adversarial problematics. With this, we leverage model pipelines extensively, implement algorithms covering various algorithms, and identify novel techniques for pre-processing, post-processing, complete missing feature engineering, explainability, augmentation, and bulk data processing along with Sybil Detection specific to insurances. This not only reduces the overall turnaround time for model building by >97% by allowing data scientists to solely focus on data management and explaining results to business users but also provides a model performance boost of >5% by consuming the best of each algorithm pipeline without having to reinvent the wheel constantly and extensively. This paper presents a comprehensive discussion of the Research and Development work undertaken at a data science organization. It deals with end-to-end solutions that adopt explainable AI paradigms with actual builds for addressing the challenges faced and comparing, contrasting, and evaluating the modeling decisions taken on insurance data for each problem discussed. It specifically emphasizes defining bulk Data Engineering Libraries, explainable Multi-Task Learning, reduced Labeled Data modeling paradigms as well as ensemble, calibration, online parameter tuning, and Continuous Integration – Continuous Deployment (CI/CD) training and prediction solutions for specific model problems like class imbalance address, bulk predictions, and Model Performance Monitoring. We primarily focus on Fraud Detection Domains, Auto Claims Settlements, Sentiment Analysis over advice, recovery, and remembrance from memories, cross-domain use cases of Fraud Detection in Healthcare and Mutual Funds, Email Classification, and Treasury functionalities to provide state-of-the-art models that are deployable, low maintenance, and focus more on solving enterprise problems than solutions.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-12-21
DOI
https://doi.org/10.5281/zenodo.15967819
Primary Topic
Imbalanced Data Classification Techniques
Type
article
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article

Integrating AI/ML Models for Cross-Domain Insurance Solutions: Auto, Home, and Life

Zenodo (CERN European Organization for Nuclear Research)
Imbalanced Data Classification Techniques
article

Integrating AI/ML Models for Cross-Domain Insurance Solutions: Auto, Home, and Life

article en

Abstract

Time to spot and eliminate fraud is critical in insurance application and claim processing. While generally, fraud is taken as domain-specific which makes it difficult to leverage already built models for other domains and hence invest in the building time and resources, this work explores a novel systematic modeling potpourri approach that can be utilized for building and integrating fraud detection models just not in Insurance but in much larger adversarial problematics. With this, we leverage model pipelines extensively, implement algorithms covering various algorithms, and identify novel techniques for pre-processing, post-processing, complete missing feature engineering, explainability, augmentation, and bulk data processing along with Sybil Detection specific to insurances. This not only reduces the overall turnaround time for model building by >97% by allowing data scientists to solely focus on data management and explaining results to business users but also provides a model performance boost of >5% by consuming the best of each algorithm pipeline without having to reinvent the wheel constantly and extensively. This paper presents a comprehensive discussion of the Research and Development work undertaken at a data science organization. It deals with end-to-end solutions that adopt explainable AI paradigms with actual builds for addressing the challenges faced and comparing, contrasting, and evaluating the modeling decisions taken on insurance data for each problem discussed. It specifically emphasizes defining bulk Data Engineering Libraries, explainable Multi-Task Learning, reduced Labeled Data modeling paradigms as well as ensemble, calibration, online parameter tuning, and Continuous Integration – Continuous Deployment (CI/CD) training and prediction solutions for specific model problems like class imbalance address, bulk predictions, and Model Performance Monitoring. We primarily focus on Fraud Detection Domains, Auto Claims Settlements, Sentiment Analysis over advice, recovery, and remembrance from memories, cross-domain use cases of Fraud Detection in Healthcare and Mutual Funds, Email Classification, and Treasury functionalities to provide state-of-the-art models that are deployable, low maintenance, and focus more on solving enterprise problems than solutions.

Zenodo (CERN European Organization for Nuclear Research)
Vector Test Systems (United States) (US)
Peace, Justice and strong institutions
Openalex Percentile: Top 57%
Imbalanced Data Classification Techniques
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