Android application monitoring system for GreenHouse, several sensors for reading data and send to application.
This digital clock speaks the time in two languages (English or Portuguese).
What if a page of a literature novel can be used as the source to create some sort of electronic music? Here you have BookSound machine.
This is an uncommon digital clock that can run in three different modes: mode digital and two different modes of binary clock.
Bring a building-sized digital clock to life using 129,600 independent RGB LEDs controlled by 72 BeagleBone Greens.
DMC_IoC Control is virtual dashboard that can be used to monitor Delorean performance, temporal dynamic stresses and an anti-theft alarm.
Make your projects colorful.
A functional mobile phone made with Arduino
Set up an interactive room temperature project with LCD RGB and temperature sensor using Intel Galileo and Grove Kit.
A calendar made with an E Ink screen.
You can set a message on a dot matrix display by Alexa!
Stick with your New Year's resolution this time by setting goals and getting a reward upon completing them.
This demo uses a moisture sensor and LEDs to show the level of moisture in a variety of places.
We have created an autonomous plant monitoring system using Sigfox.
STING helps ensure plants in a greenhouse that need a certain level of light for growth 24/7 to get all the light they need!
A colourful clock with a Seeed TFT shield, fast refresh in landscape mode, simple Touch interface, Daylight Savings Time adjustment.
A clock that only works when someone is in front of it. You are the only one who can trigger the clock to display the current time.
This project will attempt to show how much alcohol is in the air (semi-quantitative measurements).
#HardwareWeekend Making an #IntelEdison device that deactivates the texting capabilities on cell phones when driving. #KeepHandsOnTheWheel
My first run with the Edison: an antisocial little project that just wants to be left alone.
Simple LCD Display Project on Intel Edison in Node.js,
A device to measure the height of walls/buildings with high school trigonometry: sensing angle with a 3D magnetic sensor, dot laser & level.
An interactive, sensor-driven Magic Mirror installation.
Show environmental parameters such as temperature, humidity and air quality when people come by.