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

With the push of a button you can dispense treats and watch your pet in real time without having to be in the same room.

Time to get Pavlovian on your cat!

Ever wished you could talk with your plants?

Open source is love, and so are hugs!

This project shows you how setup an Intel NUC to interact with a TI SensorTag device using BLE (Bluetooth Low Energy).

Learn how to create a tide gauge that publishes tidal water levels to ThingSpeak and uses MATLAB for tide prediction, analysis, and alerts.

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

Burn everything written in the Blynk terminal to an SD card in seconds, anywhere the user is located.

Turn an LED on and off using Windows Remote Arduino.

A connected universal remote.

Sending and Receiving data with nRF24L01+ using only 3 pins of ATTiny85.

My lightweight Arduino GSM mobile phone.

Wonder how much would be the temperature in your room? or what would be the humidity and pressure? This project would get you the answers.

Using Arduino to do a communication between sensors and Windows for IOT

Divine control of ESP8266 with telegram bot.

What if we built a small weather station lasting for about 6 months with 2x AA, talking to Internet and working anywhere with SIGFOX?

This project allows you to transmit DHT environmental data from your MKR1000 to your own customizable Google Sheet for data logging.

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

Controlling a car using a Pebble watch, an Android phone and an Arduino