FreeRTOS, simple, easy to use, robust, optimised for Arduino IDE. Full access to FreeRTOS capabilities, within classic Arduino environment.

BrewBench - Is an Arduino home brewing kettle temperature monitor, controller and notification system. It can work as a RIMS system.

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

Generates maps based on distance between itself and obstacles autonomously and provides visual feedback.

A simple device that turns the lights on when the user approaches home.

5 DOF robotic arm using an Arduino Yun, Blynk app as the control interface and Matlab to implement the forward kinematics.

This intruder alarm detects motion and sends a text message alert to your phone via WiFi, so you can receive the text anywhere.

Set up your Arduino Yún to control an Alexa Smart Home light via AWS IoT.

Control and monitor the home environment using Android app with advanced features such as voice command, scheduling, home preparing itself.

FreeRTOS, simple, easy, robust, and optimised for Arduino IDE. Using FreeRTOS Semaphores to share and protect physical resources.

How to build an Arduino-based IoT Gauge with a REST API, and connect it to the IFTTT Maker Channel, via the Yaler.net relay.

A Christmas tree whose lights you can control individually with your voice.

Can a guy sitting in Asia control a robot in Europe? Well, now he can! Control your robot wherever in the world you might be!

A waveboard with a personality. Keep him entertained!

Back up a file stored on an SD card to Dropbox automatically.

With Arduino Yun and an accelerometer, monitor clothes dryer vibration, respond to status inquiries, and alert via SMS when the dryer stops.

A physical smart home interface. A mini-me for your house.

An easy setup for smart air purifier system. This system use Amazon IoT with MQTT protocol to get real-time data of air quality condition.

We want to notify parents with an email on their smartphone if their children have brushed their teeth. We are using an acceleration sensor.

A simple and inexpensive solution is to use a 'mobile power bank'

Log data to a text file on Dropbox whenever an RFID card is scanned.