Barbot is an open source Arduino cocktail mixing robot controlled with the hybrid mobile app via Bluetooth.

A model of home security system that utilized sensors and internet to monitor the security status in real-time.

We love electronic and plants, so we created a hydroponic system during the "Robotics in Family" activity at the Juan de Lanuza School.

Thought controlled system with personal webserver and 3 working functions: robot controller, home automation and PC mouse controller.

The project was initially designed to acquire real-time race car data for BAJA-SAE competitions.

Multifunctional network device for autonomous activity in the city environment. Its main function is communication through Wi-Fi networks.

Arduino takes picture from camera and upload it to Google Drive via Google Drive API. Login process is via OAuth 2.0.

A complete DIY weather station that submits its data to the "THINGSPEAK" website, where it can be viewed from any browser.

This Home Automation project totally based on drag and drop no need of programming skills to write hundreds, thousand lines of code.

The Arduino Gatekeeper is an IoT-connected authenticator for outdoor gates and doors. No longer are keys required for secure backyards!

Want to control your microcontrollers in the cloud graphically, without writing any code? Welcome to the Tentacle, from Octoblu.

Send and Receive Text Messages (SMS) with GSM SIM900 Shield from Seeed Studio - Quick and Easy!

Control any of the 55 RGB LEDs on the tree, let Santa twerk for you, control a model railroad, or display custom text on an LED dot matrix.

Samsung Artik Cloud Based IoT Car Parking System.

Understanding how people move leads to better infrastructure and services. This device will gather data to make more informed decisions.

This is a project of my old Nokia 1100 phone and Arduino Mega. You can receive DTMF signal and control anything remotely.

Get current weather data for any city on Earth from OpenWeatherMap.org.

The proposed IoT solution can be employed in various fields to connect devices or things to the internet.

The purpose of this project is to create a radio map of the disaster area using reception devices placed near the affected area.

This Arduino-BME280 based device measures, records and uploads T, RH, BP data to ThingSpeak.

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

Example to show basic project to send an email without Wifi-libraries

Send an SMS to the Arduino requesting the ambient temperature and get a reply.