The purpose of this project is to create a radio map of the disaster area using reception devices placed near the affected area.
This project is used to determine the occurrence of vehicle accidents by determining the fastest route to the victim.
With this cool project, you can make sure your lovely plants are always in their best condition.
We can make our own relay module circuit for our project at a cheap cost and we can customize to our liking.
Battlestar Galactica-inspired costume with a detachable light up spine.
Arduino Self Balancing Robot using PHPoC, Gyroscope and Acceleraometer
Kayaking GPS: speed, time, latitude, longitude, distance and azimuth to waypoints, odometer, tide clock, battery monitoring.
Am I going to run out of beer? Nope! Send SMS to remind yourself not to run out of ale!
The System predict which plants can be grown in your garden's soil , also provide live monitoring & controlling from all around the globe.
Berrt is a wireless smart button for IoT and everything digital.
Our body is not fit for a long sit down period. But most people keep on sitting for hours daily!
Track the location and routes of Quikbyke electric-assist bicycles using LoRa GPS nodes and gateways.
This project is a base for the Smart ID project, which will feature 4D Systems' 3.2" gen4 HMI display modules.
This is IOT based HealthCare System for monitoring all the body parameters like Heartbeat ,ECG,BP etc. We have developed Mobile app also.
Sewable, washable, and extremely small: build your own wearable devices with this Arduino-based board!
Plug n Place: Plug your sensor and re-station it for a new application.
First attempt at extending O Watch sample code to include display of Temp (in C and F) and RH.
This is TinyTetris. Russian Music included.
Who doesn't want a bit of extra sparkle in their everyday life? This simple wearable is easy to make and very comfortable and light.
Create an accurate, tiny data logger to track the altitude of various objects... like a model rocket!
An activity indicator for busy office workers, using Leap Motion to control an Arduino.
Create a radio transmitter and receiver to control a simple robot!
Tiny pong, lots of fun
Electronic 8-ball for all your fortune telling needs
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