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The aim of this project is to build a test environment based on ESP8266 and ESP32 for LoRa as LPWAN long-range radio. For this purpose, two identical test modules are used were each equipped with a LoRa transceiver, a GPS module and an OLED display for displaying the actual data.
The commonest practice of many people carrying their luggage with them while making a trip or journey with valuable items. In some cases, people generally lose their luggage out of forgetting and thefts. To take the edge off these circumstances, a solution has been carried out through the “Luggage Tracking System” with which people can locate th…
This program extracts data from two sensors: SparkFun 9DoF Razor IMU M0 and SparkFun GPS-RTK-SMA Breakout - ZED-F9P. The extracted data is then combined into a single message and sent via a radio transmitter.
The device tracks gps location of a vehicle in which it is mounted in. It has 2 main hardware components are NodeMCU ESP8266 and NEO 6M GPS module. NodeMCU must have wifi connectivity in order to display results on phone. Neo 6M gps is a sensor module that detects its own location. We get results on Blynk app.
A tracking and monitoring system developed on ESP32 using FreeRTOS. The system transmits location, vibration and temperature data via GPRS to a web server and it is displayed on a website in real time.
Arduino - Project working with a Nano V3 / NeoPixel 5V LED stripe with 3 LEDs / Neo 6-m gps module with antenna / electro magnet lock 5V / Li-Ion 18650 Battery with