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

Scan and draw ruff sketch of distances ahead just like RADAR using UltraSonic Distance Sensor.

This project consists of a small robot controlled via WiFi using an Arduino MKR1000, MKR2UNO Shield Adapter and Arduino Motor Shield!

Device for intelligent waste bin. This device integrates several sensors to supervise the state of the trash.

Water Level Meter using the Ultrasonic Sensor to sense the Water Level and ESP8266-01 to send the data over WiFi.

Have you ever wanted to make a system that records sensor readings for future analysis? If so, that's exactly what we're about to do.

A IoT system which helps you control your home lights from anywhere in the world in real time.

Modify RC boat and maneuver using Windows Phone or Window Laptop.

Smart cloud-based vehicle OBD-II diagnostics logging and analysis using Azure IoTHub, Stream Analytics, and Machine Learning.

With a NFC Tag and correct PIN, you can control who has the permission to toggle a LED light.

An internet-connected, easy to use PCR Thermocycler designed by high schoolers, for high schoolers.

ObdiiUartMkrShield is a socket board for Arduino MKR board to talk with vehicles through ODB-II interface.

Platform for processing of streaming temperature data using Arduino, DHT sensor, ESP8266 module and Big Data / Hadoop ecosystem tools.

Measuring temperature and humidity with Arduino and uploading it to the server

Photographing an object (VC0706 camera), saving a photo from a camera on a micro SD card, sending a photo using 3G/GPRS shield to an email.

GeekTurnik is the first WiFi-connected pull-up bar.

Make your own RC toys, gadgets, stuff.

Packet Radio on your Arduino 101 - The Arduino 101 Orientation Visualizer redone with Packet Radio!

Remotely we control our home with MKR1000 and IOT of Blynk. We can manage the boiler, the 'anti-theft irrigation, open the Automatic Gate.

I built myself a voice controlled home theatre, with background light, screen and projector control. With an ESP8266 and an Arduino Nano.

I use an electric valve, temperature sensors with WiFi connectivity to control and monitor optimal usage of solar energy.

You can control your MKR1000 remotely with a RESTFUL interface.

Monitoring 100 year old factory processes are hard, but it gets easier, safer and more reliable with a network of nRF24L01 RF transmitters.

Arduino with Cayenne enables you to control and monitor your electric devices from anywhere in the world.