In this project, we’ll design a GPS-based location-tracking system using LoRa technology, offering versatile asset-tracking capabilities. LoRa-based asset tracking This system employs a GPS module, establishing a virtual circle roughly 20 meters from the initial location. The location data is transmitted to the Arduino Nano through UART communication. For location updates, the system follows a…
How communication works between two LoRa end-node devices
Communication between two LoRa end-node devices can happen seamlessly. Both end-node devices include the LoRa E5 Mini Board, which switches quickly between sending and receiving messages — making two-way communication possible. In this setup, communication begins with one device sending a message and waiting for confirmation. Upon receipt, the receiving device sends a reply confirming…
How to integrate modules and smart meters with LoRa node-to-gateway communication
LoRa (long-range) technology ensures reliable long-range communication between a node and gateway, providing long-term, low-power use for devices This article provides an explanation of LoRa node-to-gateway communication while introducing a node equipped with two buttons to control the flags. These buttons enable users to turn on or off specific actions associated with each button and…