-By placing the Arduino Board and the sensor on the breadboard, we will connect the jumper wires to the DHT11 SENSOR Then, we will go on the Arduino IoT cloud page to configure our device and our network, create two variables as “temperature” and “humidity”. We will create then a dashboard to the see the values given by the DHT11 sensor. Once uploading the sketch, we will see the values updating live on the Dashboard page.

-Purpose: Being able to measure ourselves the humidity & temperature of the room using our browser or the Arduino IoT Cloud Remote application on our phone.

-Idea: By using our basic knowledge of Arduino and the browser, we can get accurate informations of our surroundings.

The Arduino MKR Wi-Fi 1010 is a prototype created for IoT projects. It will provide complete support for both the breadboard and DHT11 Temperature & Humidity Sensor. By connecting them, on the IoT Cloud, it will be able to give the measure of the humidity and temperature of the room.

Lista piese alese:

• -Breadboard
• -DHT11 Temperature & Humidity Sensor
• -Arduino MKR Wi-Fi 1010

To get started with this step, you will need some very basic knowledge of the Arduino IoT Cloud service.

• In the cloud, you need to create a new Thing, then configure your device and network.
• You should then add two “Read Only”, Float Variables named “temperature” and “humidity
• Now, you will need to create a Dashboard to see your values from your DTH11 sensor. Go to the Dashboards section, and build a new Dashboard.
• Inside, create two widgets: percentage and gauge. Then you need to link them:
• Gauge → temperature variable
• Percentage → humidity variable
• +At the end the code