The Earnix Blog: Resources for Insurance and Banking Leaders

Colorful Cubes And Puzzle Piece

April 28, 2026

By Yuval Ben Dror

Découvrez comment la surveillance des données axée sur les KPI permet aux assureurs et aux banques à distinguer le bruit statistique des risques métier réels, en reliant directement la dérive des données à des indicateurs tels que le ratio de sinistralité, le taux de conversion et la rentabilité.

A Man in White Long Sleeves Looking at the Screen

October 27, 2025

By L’équipe d’Earnix

Face à la hausse des coûts et à une concurrence féroce, les assureurs doivent exploiter l’analytique avancée et la tarification dynamique afin d’atteindre une rentabilité durable en 2025 et dans les années à venir.

Wooden Blocks Men Stack on Top of Each Other Making a Pyramid

October 19, 2025

By Yuval Ben Dror & Eyal Bar Natan

Discover how Earnix’s Hierarchical Level Selector intelligently merges categorical hierarchies to create cleaner, faster, and more accurate predictive models. This innovative feature helps insurers and banks simplify complex data structures, improving both model performance and explainability.

Elevate Data: Turning Today’s Data Complexity into Tomorrow’s Competitive Edge

September 18, 2025

By Noga Aloni

Earnix is introducing Elevate Data, a governed and scalable foundation built to handle the rising volume, variety, and velocity of insurance data. It streamlines access and governance so insurers can reduce risk, keep models accurate, and align business with analytics at speed.

One Black Chess Piece Separated From Red Pawn Chess Pieces

July 24, 2025

By Yuval Ben Dror

Discover how Smart Grouping revolutionizes the way insurers and banks tackle categorical features, improving model clarity and efficiency through the innovative Smart Grouping technique in Auto-GLM, leading to more interpretable and credible analytical outcomes.

Ferris Wheel at Night

March 3, 2025

By Yuval Ben Dror & Yitzhak Yahalom

XGBoost (Extreme Gradient Boosting) builds on the idea of boosting with several optimizations, such as regularization techniques to control overfitting, parallelization to improve computation speed, and handling sparse data more efficiently. These improvements allow XGBoost to achieve high performance, making it one of the most popular machine learning algorithms in practice today.