Arquitectura tecnológica para la recolección, transmisión, análisis y visualización de datos generados a partir de sensores de transmisión en tiempo real utilizando servicios en la nube para una Smart City

Abstract

Abstract: Over the last few years, technology has evolved in various sectors, from academic and investigation fields to its integration into everyday use. Such advances play a crucial role in the constant transformation of the city of Loja in order to become a Smart City. In this context, during the research and development of this Thesis, a technological architecture is presented for the collection, transmission, processing, and visualization of data in real time through transmission sensors, aligning with the principles of a Smart City. This proposal makes use of Internet of Things (IoT) technologies through sensors mounted on a Raspberry, which allows data capture. The collected information is sent to the Azure cloud services for its management, optimizing the use of resources. In addition, the Angular framework is used for data visualization, offering a scalable and efficient solution. This architecture seeks to contribute to continuous improvement in the administration of urban resources and decision-making for a much more active and connected community.