This is the first generation of my Arduino based mini-weather station with Wi-Fi connection, which is able to post data publicly online.
An IoT device that could help keep the Sandy River Delta clean, as garbage is a very common problem.
Graves the butler will use 3 Arduinos and an Echo Dot to follow you with his head and flap his jaw at you.
Learn from your ride like a pro! Motorcycle race teams have used IMU data for years, with RideData+Arduino it's easy for you to do the same.
DAS Access Control System allows parallel UID ticket instant validation using sockets to/from central database cloud system
An indoor air quality monitoring system for detecting toxic gases.
When your stuff is being taken away by a thief, Arduino makes an alert and sends a notification to you via Gmail.
We are making a smart flight helmet with features such as night vision, emergency situation, Mayday alert, flight information, map, etc.
SAMD21: GPS location, date, and time tracking + TFT display.
Just how powerful is that plane?
Traffic Light Information System that lets the driver know at which speed he needs to drive in order to pass the green light.
Remotely operated ground vehicle for sensing the toxic gases which is helpful for firefighters and researchers.
We made a piano using a touch sensor, as well as leaves for piano keys.
This interactive witch's cauldron gets progressively creepier the closer you come!
I made dragonfly. The dragonfly swings head with a gesture sensor and a servo motor.
Real-time utilities usage (such as gas, electricity, water, etc. ) based on the IoT.
Arduino 101 that tells you the inside and outside temperature and recommends what clothes to wear.
Single full 512 universe DMX controller using an Arduino Mega, Arduino Uno, TinkerKit DMX Master Shield, and SeeedStudio Ethernet Shield.
A device that waters plants and monitors temprature using an ESP8266 and Android app.
Making your toiletries smart, automatically reorder them when they are under 1/4 of the weight.
Meet Bert, a bipedal walking monster robot.
The image extraction is based on a novel algorithm which effectively works with the encoding system of the robot movement.
FreeRTOS, simple, easy to use, robust, optimised for Arduino IDE.
Full access to FreeRTOS capabilities, within classic Arduino environment.
We made few upgrades to our previus project. Now, we can move the robot arms using two T-Skin.
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