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CASE STUDY

Insurance Pricing and Risk Modeling System

INDUSTRY

Insurance

USE CASES

Pricing Optimization Risk Modeling Underwriting Support

BUSINESS IMPACT

Efficiency Improvement Revenue Growth Risk Reduction

TECHNOLOGIES

Apache Spark AWS Azure Data pipelines (ETL/ELT) Databricks Machine Learning Python

Client Overview

Industry

Insurance

Region

Europe

Company Size

Mid-market to Enterprise
200–1000+ employees

Profile

Insurance provider offering multiple products across personal and commercial lines

Project Background

The client required a more accurate and flexible approach to pricing and risk assessment across its portfolio.

The challenge

Pricing and underwriting relied on traditional models and static risk assumptions.

This resulted in:

  • Limited ability to capture nuanced risk differences across customers
  • Pricing that did not fully reflect individual risk profiles
  • Reduced competitiveness in certain customer segments
  • Difficulty adapting to changing risk patterns and market conditions

There was a need for a more dynamic, data-driven approach to risk modeling and pricing.

What we built

We designed and implemented a machine learning-based system to support pricing and risk assessment decisions.

The solution included:

  • Integration of internal data (claims history, customer data) and external signals
  • Predictive models estimating individual risk profiles
  • Scoring frameworks to support pricing and underwriting decisions
  • Continuous model evaluation and updates based on new data

The system was designed to complement existing actuarial approaches and enhance decision-making.

Impact in practice

The implementation enabled a more data-driven and responsive production environment:

More granular risk assessment

by incorporating a wider range of data signals into pricing models

Better alignment between pricing and risk

improving competitiveness across different customer segments

Increased flexibility in underwriting decisions

through data-driven scoring frameworks

Improved portfolio-level visibility

through structured risk modeling and analysis

Technologies used

Several technologies were used in order to deliver this project for the client, among which:

Data pipelines (ETL/ELT)
Machine Learning
Python

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