AI-Driven Optimization of Chess Preparation for High-Performance Players

Principal investigators: Isaac Lozano Osorio, Jesús Sánchez-Oro
Funding entity: Spanish Chess Federation (Federación Española de Ajedrez)
Internal reference: M3341
Period: December 2023 – December 2024
Description
This technology transfer project, funded by the Spanish Chess Federation, aimed to apply Artificial Intelligence techniques to optimize the competitive preparation of high-performance chess players.
A remotely configurable analysis server was designed and deployed, with the analysis module tuned specifically for high-performance use and installed on players’ workstations. Custom algorithms were developed to generate personalized reports for elite players, identifying playing patterns and preparing tailored strategies against specific opponents.
In addition, a web platform was built for high-performance players to centralise access to reports and preparation tools.
Impact
The results were most visibly demonstrated at the 2024 Chess Olympiad, where the Spanish team achieved its best historical results. The methodology was covered in national media:
- El Mundo — Chess, cybersecurity and medals: the secret behind Spain’s success
- Damas y Reyes — Chess, cybersecurity and Isaac Lozano at RootedCON
Dissemination
The work was presented at leading conferences:
- OSINT in Chess: The Secret Behind Spain’s Olympic Medals — RootedCON 2026, Track Rooted, Room 17
- OSINT in Chess: The Secret Behind Spain’s Olympic Medals — HackRON 2026, Auditorio de Tenerife Adán Martín
- We all work with patterns: how AI finds them in chess and in the classroom — IV International Congress on Chess and AI, Maó (Menorca), 25 April 2026