Development of an AI-powered visualization tool that illustrates defensive and offensive spaces dynamically on the football field during gameplay. The system helps coaches and players understand how positioning and movement influence spatial control in real time. Objectives: – Visualize space occupation and control in offensive/defensive phases – Highlight gaps and compactness dynamically – Support coaching decisions with clear visual analyticsWe have implemented this idea for the first time in the world of soccer.

The project focused on the design and development of a platform for tactical analysis of football matches. Its main objective was to automatically extract key events—such as player and ball tracking, pass detection, and recognition of team patterns—and present them through synchronized video overlays and detailed statistics. This solution provides coaches, analysts, and researchers with an interactive tool to visualize and better understand game dynamics, while addressing challenges like reducing identification errors, handling variable video quality, and ensuring reliable event detection.The document explains the selected technologies and architecture to ensure the solution is practical, maintainable, and aligned with the project’s objectives.

Project PlyoAI, an innovative application for personalized plyometric training. The platform helps athletes improve performance by tracking indicators such as jump height, fatigue, and ground contact time, then generating tailored training recommendations. It also provides detailed history and statistics for continuous progress monitoring. A coaching dimension was added, enabling coaches to analyze athletes’ performance and adapt programs. Overall, the project delivers a modern, practical, and personalized solution that enhances training effectiveness and supports both athletes and coaches.