Desarrollo de una versión personalizable de la plataforma ESPOL Alert

Abstract

CONDITIONING OF PROJECT PUBLICATION. This project aims to develop a customizable and commercializable version of the ESPOL Alert platform, focused on institutional alert management and communication during emergency situations. The proposal is justified by the need to decouple the original solution from ESPOL’s specific technological infrastructure, enabling its adoption by other educational institutions or organizations. The project was developed using an iterative methodology that included functional and non-functional requirements analysis, interface prototyping, usability testing, and architectural redesign. A modular, container-based architecture was implemented using open-source technologies such as PostgreSQL, MinIO, Keycloak, and NocoDB, ensuring scalability, portability, and maintainability. The results demonstrate a significant improvement in system adaptability, as well as clearer operational workflows for the different user roles: reporter, operator, and administrator. It is concluded that the new version of the system establishes a solid foundation for future evolution and potential technology transfer, strengthening institutional emergency response capabilities and the social impact of the solution. Keywords: alert systems, modular architecture, scalability, technology transfer, institutional security.