Remotely control door via web with pattern password protected. Your door is securely controlled from anywhere through Internet.

You can turn on or off the 16x2 LCD via your smartphone and also you can send the text message over Bluetooth.

If door is opened, Arduino sends a message to your Facebook Messenger.

Control your car lights using Arduino.

Using WiFi to control your Arduino UNO, Nano or Mega as a basis. Includes feedback and simple hardware.

Making a simple system to controll a lamp or some other appliance in your house.

In the first example, we will send “Hello world” command to blink the LED. In the second example, we will do bidirectional communication.

We will store the data of the DHT22 temperature and humidity sensor in the database and then we will show this on the webpage.

How to control a component via Bluetooth using an HM-10 module.

Using Serial. println(temp) to send real-time temperature to web. Optionally, we can see daily or hourly graph of temperature in real-time.

Monitor your home remotely via web using Arduino Uno and pan-tilt Grove camera.

Sample Arduino Uno R3 & Seeeduino V4.2 clients for my Windows 10 IoT Core on RPI based LoRa field gateways.

Easy 'Hello World' with an RF 433MHz transmitter/receiver module and Arduino.

I must test the problem on my freezer (:-P) and I don't want to rewrite a sketch. The solution is to use a Bluetooth module!

SaferWork 4.0 intends to provide real-time environmental data of industrial areas.

In this tutorial, we will learn how to control an Arduino with the help of Blynk App and ESP8266 WiFi Module. This project is quite simple!

Use an Arduino UNO, a Bluetooth chip and a high power relay to upgrade your lamp to be remotely controllable.

Board for sensing voltage /current air temperature and motion via I2C and being sent to Librato for monitoring.

A security system using the Arduino Bluetooth Camera and ultrasonic to detect that a stranger has entered house and capture a photo of him.

A quick and easy system to monitor the Humidity and Temperature of your environment.

The simplest project in Arduino that one could learn is to control the on-board LED via Blynk app.

This wirelessly controlled robot car uses gesture: tilt/orientation of hand to drive forward, backward, left or right.

A CR2032-powered beacon to communicate over 433MHz RF band with blinks encoded message using ATtiny85 and 433MHz RF trans-receiver Modules

This was a quick school project at Polytech Sorbonne on a connected weight scale for medical purposes with Sigfox.