Let's create a data logger on ThingSpeak.com using an ESP programmed with MicroPython.
A SmartLiving Experiment for Arduino, to detect when something is moving in a room and warn you visually via an LED and an e-mail.
Take photos whenever your heart races! Accessorize with a clip on earring pulse detector and camera wreath. LinkIt & Microsoft Azure.
Shows how to use the Ubidots platform with the particle board by monitoring the temperature humidity and air quality of a room!
A new way to connect sensors! Connect up to five sensors to the particle powered WiSor and obtain real-time data on your mobile phone!
Program your Arduino with an Android device over Bluetooth HC05.
They claim umbrellas own the ability to prevent from UV. We would like to know the fact and measure the UV value under umbrellas.
GSM Home Alarm using a Ultrasonic sensor to detect movement and inform the User of intrusion.
An electronic sun-dancing sun tracker.
Customised solar-powered & sensor-controlled guard lights to brighten up my apartment balcony that somehow does not have any lights fitted.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture, monitoring, ,etc.
Low maintenance, high output air pollution, sound pollution that put throughout the city without wiring.
Making your toiletries smart, automatically reorder them when they are under 1/4 of the weight.
Millions of gallons of water are wasted every year. Learn to conserve water with this project!
In this new project we will present our GPS Tracker connected using the GPRS technique and MQTT protocol.
The time has come to automate our good old fire alarms and make them part of an interconnected world.
THGadget is a temperature, humidity and date/time Arduino Mega 2560-based device. The sensors: DTH11 and RTC HT1380.
Simple application for analogue signals (audio) on the AVR Arduino platform, demonstrating the Goldilocks Analogue (1284p UNO Compatible).
The Little Universe is a gesture-controlled floor lamp with three wooden legs and an artistic lamp head.
Let's play with MicroPython on an ESP using Jupyter Notebook. Getting data from sensors and taking action in a physical world.
A solar-powered open source kit for monitoring air quality, sound level, humidity, and temperature.
You will learn how to build IoT devices using highly efficient and power saving radio technology.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
This is the first generation of my Arduino based mini-weather station with Wi-Fi connection, which is able to post data publicly online.
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