Sistema de monitoramento para ambientes inteligentes com IOT e banco de dados

Abstract

In recent years, the increasing interconnection of devices and the evolution of IoT have significantly transformed the home automation landscape. In this context, there is a need to explore intelligent solutions to monitor and control environments more efficiently. This study focuses on the integration of IoT in a laboratory, aiming to provide greater comfort, safety and practicality. The main objective of this work is the creation of an automated infrastructure with monitoring and data storage in the GIPAR laboratory, focusing on intelligent automation and a web application. We seek to understand how these technologies can contribute to optimizing everyday tasks and creating more adaptable and efficient environments. This project adopted a case study approach, involving the implementation of a IoT-based home automation system in a real environment. Smart devices such as environmental sensors, security cameras, and virtual assistants were used to create an interconnected network. In addition to creating a web application for monitoring and facilitating member access control. The entire system assembly process followed a well-defined schedule stipulated for a period of 6 months, which began with the physical part, that is, the installation of the electronic lock and its synchronization with its own application, and the installation of others smart devices together with Alexa, which is the system’s command center, which enables voice functionalities in addition to the application. It ended with the assembly of the interface fullstack application, where there is the visual interface and the server that allows the use of a database to store the information. The results obtained demonstrated an improvement in practicality when using the laboratory, in addition to increasing the security of the location through the access control that the electronic lock performs and a much greater ease in controlling members who access GIPAR through the application web monitoring. This project reveals the promising potential of IoT in automating environments, highlighting tangible benefits in terms of practicality and comfort. The findings point to the continued need for standardization and compatibility across devices to ensure smoother integration. Furthermore, the development of an application made it easier to monitor members over the weeks, showing potential for expanding and improving the interface.