Diseño de una red WSN para el Edificio Saint Charbel gestionado a través de una plataforma IoT de código abierto

Abstract

The integration of wireless sensor technologies (WSN) and IoT (Internet of Things) comprises an innovative proposal that in recent years has been strengthening the automation processes of different scenarios of medicine, agriculture, industry, buildings and smart cities. It is increasingly common to observe technological solutions that allow monitoring and management of events in real time by sending information using the Internet. This project establishes the design of a WSN network that works in conjunction with IoT technology deployed over a WLAN network, whose nodes use the Wi-Fi protocol in order to improve the efficiency in the use of resources and services of a housing building and which is managed by the free OpenHAB platform. For IoT network testing and simulation, the NodeMCU board was used, while for the WLAN network Cisco-branded equipment was considered, the sensors considered in the WSN network are responsible for temperature, smoke, LPG gas, water level, and flame detection. The simulation of the WSN network integrated with IoT was performed by means of a model that represents the installations of one of the building environments and their respective management using the OpenHAB platform as a data hub server to send them to the cloud for the management and monitoring of sensors using real-time notifications.