Did I leave the lights on? I need a quick way of knowing and also turning the lights on or off.

IoT being an integral part of cloud computing, several cloud vendors make IoT part of the services they render

Learn how to control real-life devices via the Sonoff Basic Switch, by programming and connecting it to the Arduino IoT Cloud.

Control motor speed and direction of a DC Motor from the Arduino IoT Cloud dashboard

This project will show you how to set up an Arduino IoT cloud dashboard to send messages to a Liquid Crystal Display (LCD).

Take readings from the DHT11 Temperature/Humidity sensor and display them on the Arduino IoT Cloud.

Light up your world with these programmable fountains of photons, and control them from the Arduino IoT Cloud!

This project will show you how to set up an Arduino IoT Cloud dashboard and display multiple sensor values.

How to Control IoT ONE Nixie Clock via Arduino IoT Cloud or Alexa voice Control

This project controls lights based on the moisture levels detected! #cloudgames2022

Smart Coop door, that ensures that your life is easier not only for you but even for your hens.

To let family members know when a call is in progress during home office. Arduino IOT Cloud Thing to Thing communication

Control all your pc system with oplà kit

We will monitor key parameters like Temperature, Humidity, Power Failure, Fire Detection, Smoke Detection on Arduino IoT dashboard.

Make a car detecting radar with GPS and IOT.

Monitor your room conditions with this device

This project simulates a Smart Classroom automatic attendance using RFID module and classroom environmental monitoring using DHT11.

This device allows me to detect if the spool ran out of filament or if the print head is clogged !!

An IoT controlled LEGO Tram that can move forward and backwards, and also has individually controllable LED channels.

My first project running on a lithium ion battery is here: an IOT device that not only detects if there is water but sends data to the cloud

Reducing the current drain is a must especially for the LoRa Version of the MKR Series. But there are some pitfalls which must be avoided.

Build an appliance that receives air quality and sunrise/sunset information from the cloud and visualize on 240x240 color display.

Use the Arduino IOT Cloud to set a temperature goal and switch a red and green LED on /off to represent

Connecting your Arduino to the Arduino IOT Cloud and display the temperature on the Cloud.