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Abstract
REAL-TIME IOT DASHBOARD FOR SMART LUMINAIRE MANAGEMENT
J. L. Sanchez-Cuevas*, L. J. Mona-Peña, M. P. Piña-Villanueva, E. Fernandez-Chavez, A. A. Dominguez-Martinez, A. Flores-Valdes, M. Arevalo-Carbajal, G. J. Pinal-Ramirez
ABSTRACT
Intelligent lighting systems powered by Internet of Things (IoT) technologies offer scalable and energy-efficient solutions for public infrastructure. This study presents the deployment of a smart lighting system at the Tecnológico Nacional de México Campus Saltillo, integrating UbiCell UGU controllers via seven-pin NEMA receptacles and LTE-M (CAT-M1) connectivity. Real-time diagnostics are transmitted to the Ubicquia UbiVu platform through secure APIs, enabling alerts for power loss, disconnection, and driver failure. The system includes a cloud-based dashboard built with Node.js, Express, Nginx, and Bootstrap, connected to a Docker-deployed SQL Server database. Users can manage sensors, roles, and API credentials, visualize luminaires on a geospatial map using Leaflet.js, and access live energy metrics through Ubicquia’s public API. Remote control of luminaires is supported via authenticated POST requests. Validation in a real-world campus environment demonstrated improved energy monitoring, reduced manual inspections, and strengthened operational reliability. The system establishes a technical foundation for broader urban applications in smart infrastructure management.
[Full Text Article] [Download Certificate] https://doi.org/10.5281/zenodo.17961761