Objective: Optimize payment reconciliation to reduce disputes and improve the efficiency of administrative processes.
Description: Development of an extranet designed to assist with the reconciliation of client payments, featuring a high-performance multi-criteria search engine capable of handling a database with over 4 million records. The application supports fast searches and multi-filter grouping, with daily import and automatic indexing of 40,000 new records. Completed in 5 months, the project uses a LAMP (Linux, Apache, MySQL, PHP) architecture and Paradox, operating in a heterogeneous environment requiring a rigorous update procedure.
Objective: Facilitate the creation of interactive web applications for real-time data acquisition and visualization.
Description: Development and redesign of the front-end for the platform enabling engineers and scientists to quickly design web applications for real-time collection and visualization of geographic data. The project includes the overhaul of the Leaflet Maps plugin, addition of shape editing features (Leaflet Draw), compliance with GeoJSON, integration of Mapbox and Kepler.gl maps, marker cluster management, and visualizations using the Echarts library. Delivered over 24 months, the project leverages modern technologies such as JavaScript, TypeScript, CSS3, AngularJS, Angular, and Webpack, ensuring optimal interactivity and performance.
Objective : Streamline and digitize the calculation and management of compensation processes for public health cases
Description: Development of an intranet platform designed to manage complex compensation calculations for victims, integrating advanced mathematical formulas and workflow automation. The solution includes detailed technical and functional studies, a calculation engine, and a user-friendly interface for seamless navigation. The project was delivered within a short timeframe, ensuring compliance with stringent legal requirements and ongoing technical maintenance for stability and performance.