In today's digital banking era, financial institutions need intelligent systems to analyze customer behavior and make data-driven decisions.
To analyze customer behavior effectively, we need to process multiple types of banking data such as transactional data, account data, and customer data.
A denormalized feature table aggregates data from multiple sources into a structured format, making it easier for machine learning models and business intelligence tools to extract insights quickly.
The steps to create a denormalized feature table involve extracting data from MySQL, transforming the data for feature engineering using Python, and storing the transformed dataset back in MySQL.