Implementation of IoT Device for Efficient Communication Using LoRa Module for distinct Applications

In the present era of information and communications technology, the Internet of Things (IoT) is a ground- breaking advancement that has great potential for the creation of wireless communication solutions. In this work, we investigate the integration of the LoRa and Wi-Fi technologies to make communication between a transmitter, receiver, RC522 RFID reader, Raspberry Pi Pico microprocessor, and LoRa transceivers as smooth as possible. The primary goal is to collect and transmit data from a GPS module and RFID tags to a centralized data center. This will allow for the development of potentially useful applications in many different industries, including warehousing, data security, and electric bicycles. The RC522 reader is used throughout the operating process to get data from RFID tags whenever they are brought into close con- tact. While this is happening, accurate geographical coordinates are being recorded by a GPS module that is connected to the Pi Pico. The LoRa protocol, which is well-known for its extended- range capabilities while simultaneously optimizing battery life, is used to communicate the consolidated data. Immediately after being received, the data is processed and then saved inside the Firebase cloud architecture. This harnesses the capabilities offered by Wi-Fi technology. This all-encompassing system has a tremendous amount of potential as a flexible instrument that might be used in a variety of business sectors. It has the promise of increased productivity, accuracy, and security in a wide variety of applications.