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Blog Trying out the Arduino IoT Cloud - Guide
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  • Author Author: vimarsh_
  • Date Created: 14 Mar 2020 9:05 AM Date Created
  • Views 2473 views
  • Likes 6 likes
  • Comments 0 comments
  • nano
  • arduino uno
  • arduino iot cloud
  • arduino iot
  • mkr
  • nanorama
  • cloud
  • nanoramach
  • mkr1010
  • iot
  • uno
  • arduino cloud
  • mkr1000
  • arduino
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Trying out the Arduino IoT Cloud - Guide

vimarsh_
vimarsh_
14 Mar 2020

So, I wanted to try out the Arduino IoT Cloud. I present to you this little project of a data logger and will also show you the steps to follow along to get started with Arduino IoT Cloud.

 

First of all Arduino is having free upgrade for 3 months to their maker plan/ With that plan you can create lot many things and connect lot many boards at same time. If you want upgrade now,

 

In this simple getting started post, we will be controlling the onboard led on Arduino MKR 1010 Board from the Arduino IoT Cloud.

 

So lets get started:

 

  • Setting up an account
    • Create an account
    • If you have an account then login with your credintials or signup
    • Enter your details (for Signup)
    • Verify your email address
    • Now after logging in, Click on Arduino IoT Cloud
    • You can also choose several plans
    • After you open IoT Cloud you will see this.
  • Adding a board
    • Click on add new thing
    • Then connect your board to your computer via USB Cable
    • Follow the steps shown
    • See the video for the configuration process, assuming the Create Plugin is installed.
  • Creating a small LED Control Property
    • Now make a new property as this one for simple control of an LED
    • Now click on Edit Sketch
    • You will see the online code editor open
    • Click on the secrets tab and add your WiFi SSID And password
    • Then go to main sketch and add these lines here:
    • Then click on upload
    • Let it wait for some time as the code complies and flashes the board.
    • Then click on serial monitor to view:
    • You will see the updates being printed.
    • Now go back to IoT Cloud, and click on dashboard
    • Now you can control the LED (i.e. the built in LED) on the Arduino Board
  • Working Explained
  • Demonstration

 

Setting up an account

 

Create an account

 

Open create.arduino.cc

 

Click on Sign In

image

 

 

If you have an account then login with your credintials or signup

image

 

Enter your details (for Signup)

image

Verify your email address

image

 

Now after logging in, Click on Arduino IoT Cloud

image

 

 

You can also choose several plans

image

I would suggest to go with free for experimentation

 

After you open IoT Cloud you will see this.

image

 

Adding a board

 

 

Click on add new thing

You can select any of the available boards that you have. I have MKR 1010 so I choose that.

image

 

 

Then connect your board to your computer via USB Cable

<pictures>

 

 

Follow the steps shown

I would highly recommend using the Cloud Editor for which you need a lightweight Arduino Create Plugin. With that you will not need to install libraries, boards, etc.image

 

 

See the video for the configuration process, assuming the Create Plugin is installed.

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image

 

 

Creating a small LED Control Property

 

Now make a new property as this one for simple control of an LED

 

image

 

Now click on Edit Sketch

image

 

 

You will see the online code editor open

 

image

 

Click on the secrets tab and add your WiFi SSID And password

image

 

 

Then go to main sketch and add these lines here:

 

image

 

void onLEDControlChange() {
  // Do something
  
 digitalWrite(LED_BUILTIN,lEDControl);
}

You can see my sketch here:

https://create.arduino.cc/editor/e14_vimarsh/99754137-0692-4327-9df1-d42014531f23/preview

 

Then click on upload

image

 

Let it wait for some time as the code complies and flashes the board.

 

image

 

Then click on serial monitor to view:

image

 

You will see the updates being printed.

image

 

Now go back to IoT Cloud, and click on dashboard

image

 

Now you can control the LED (i.e. the built in LED) on the Arduino Board

image

 

 

Working Explained

 

 

 

 

Demonstration

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