An easy-to-build and low-cost water quality monitor.

This project detects the various obstacles and plots them on a graph.

We present you the radar we created in the MicroLab lab. This radar uses 2 ultrasonic sensors and 1 motor moving continuously 360 degrees.

A really economic street lighting system.

How can scientists model and predict the formation of sink holes using IoT?

Waterman is a device in form of a box which will check the contamination level of water and also the availability of water in the pipeline.

This video will illustrate the working principle of the Water Quality Monitoring and Notification System.

In this project, use the YF-S201 1/2-inch water flow sensor to measure the water flow rate (L/min) and display it on an LCD.

This is a very precise scale for any weight up to 1.5 kg!

An Arduino-based touchscreen advanced weather station with increased accuracy using precision pressure, temperature and humidity sensors.

Conception of connected bird feeders, able to alert if the seed tank is empty and analyses its use by birds.

This project is a hardware integration of RTPT.

"ADAFRUIT IO" makes IoT for everyone. Here we publish the data from a photo-resistor and a simulated GPS.

Basic weather system, in/out temp and humidity with heat index, dew point, pressure and weather prediction and time and date.

A project that displays the temperature and humidity of a room on your mobile in real time.

Humidity and temperature sensor DHT22 applied to automatic irrigation.

Reads and stores in SD card, the temperature and humidity values over time.

Trackers generate more electricity than their stationary counterparts due to increased direct exposure to solar rays.

This project about tracking object by image processing, and use 360 radar technology (developed by A. Karkon) and status alert system.

We are showing how to use DS18B20 one wire water proof temperature sensor using Arduino.

This is my first project, so please like the project and comment down below.

An Arduino based device to monitor the levels of combustible gases, carbon monoxide, relative humidity and temperature in the kitchen.

Checking out time and room's temperature by one hand shake.

Now we can check out the depth of the sea level by using a pressure sensor (MS5803–01 BA) connected to an Arduino, and display sensor data.