Exploration of Monitoring Devices with Integrated Sensors and IoT Data Processing

This study focuses on the development of an innovative monitoring device that integrates sensors, IoT and software data processing technologies. First, the device is based on microbial electrochemistry and relies on the metabolic activities of electroactive microorganisms to generate electrical signals with the help of microbial fuel cell technology. Sensors play a key role in collecting the electrical signals with high precision to ensure that the acquired data are accurate and reliable. Secondly, the use of Internet of Things (IoT) technology realizes the remote and rapid transmission of the collected data, breaks the geographical limitation of data transmission, and enables the data to be summarized to the processing terminal in a timely manner. The software data processing system, on the other hand, analyzes and processes the transmitted data in depth, and through the establishment of specific algorithms and models, transforms the collected electrical signals into intuitive pollution indicator data, and realizes the storage, management and visualization display of the data. Finally, after testing and verification, the device has outstanding advantages such as realtime monitoring and accurate data, which greatly improves the monitoring efficiency and shows a broad application prospect in the field of monitoring system.