EMBEDDED ANALYSIS OF TEMPERATURE AND HUMIDITY DATA FROM THE PERMANENT PRESERVATION AREA OF IBITI ROYAL PARK

This article aims to provide an extensive and detailed synthesis of the research involving the embedded analysis of temperature and humidity data from the Permanent Preservation Area (APP) located at Ibiti Royal Park, in Sorocaba - SP. The justification is based on the growing need for intelligent environmental monitoring for the conservation of urban ecosystems and mitigation of local climate impacts. The main objective of the research is the development and implementation of a low-cost embedded system aimed at the acquisition, processing, and transmission of local meteorological data. The methodology employed is based on the use of microcontrollers integrated with temperature and humidity sensors, communicating via Internet of Things (IoT) protocols, such as MQTT, to ensure a continuous flow of information to a cloud database. The results obtained demonstrate the technical and economic viability of the proposed system, allowing for predictive and real-time monitoring of the APP. It is concluded that embedded technology applied to environmental control constitutes a powerful tool for the management of natural resources in preservation areas integrated into residential condominiums.