Building Internet of Things Projects with Arduino IOT Cloud
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- Build working IoT Projects that connect to the Cloud
- Learn how to use the Arduino IoT Cloud Platform
- Learn how to use the MKR WiFi 1010 Arduino Board
- Build Arduino IoT Applications in the Cloud
- Build Dashboards for your IoT Applications with minimal code
- Use If This Then That (IFTTT) to integrate Webhooks into your IoT Applications
We discuss the different topics that will be covered in this course
We dive into an overview of what is the Internet of Things.
This lesson will provide details on all the parts and components that you will need for the course.
We go through the process of installing the Arduino Create Plugin which allows you to communicate with your MKR board using a browser. We will then setup our MKR Board, connect it to a WiFi network and upload a simple sketch to test out our setup process.
An overview of the first project and learning objectives are discussed. We will be controlling an LED from the Cloud.
There is quite a bit of boilerplate code that is generated when we create a Thing and associated IoT project in the Arduino IoT Cloud. In this lecture, I review some of the code that is generated so that you will understand what is happening behind the scenes.
We give an overview of our project which will illustrate how we can process and represent analog readings from sensors in the Arduino IoT Cloud Platform.
We give an overview of our project. We will be demonstrating how to detect when a button is pressed and registering this event in the Cloud.
We give an overview of our project. We will be creating an alarm using a PIR sensor. When motion is detected, a call is made to your cell phone to tell you that motion has occurred.
We create a Webhook from the Arduino IoT Cloud Interface to point to an IFTTT Applet. We also perform the configuration of our custom IoT Applet in IFTTT. This demonstrates how IoT applications can be enhanced utilizing service and API calls from the Arduino IoT Cloud.
We give an overview of our project. We will show how a DHT22 sensor can be used to measure temperature and humidity. We will also create dashboard widgets in the Arduino IOT Cloud to monitor the readings in real time.
We give an overview of our project. We will be building a self-regulating temperature-controlled system that can be monitored and controlled from a dashboard in the Arduino IoT Cloud.
- Basic knowledge of Arduino
- Basic understanding of any programming language (C Programming Language preferred)
- Basic knowledge of Cloud Concepts
- Willingness to learn
In this course you will learn about the NEW Arduino IoT Cloud Platform that allows you to easily build Internet of Things (IoT) applications and projects that connect to the Cloud.
Go from Zero to Hero and learn how to quickly build secure Internet of Things (IoT) apps and dashboards using Arduino that connect to the Cloud.
What you will Learn
In this course, you will learn:
A basic understanding of what is the Internet of Things
What is the Arduino IoT Cloud Platform
How to setup your Arduino MKR boards to connect to the Arduino IoT Cloud
How to use the Arduino Internet of Things (IoT) Cloud Platform to build IoT apps with minimal code
How to build dashboards to monitor your Internet of Things (IoT) projects , peripherals and sensors
How to incorporate Webhooks in your Internet of Things (IoT) Applications
How to use the If This Then That (IFTTT) to integrate services into your IoT Applications
How to use Arduino MKR Boards to prototype Internet of Things (IoT) Projects
Securely connecting your Internet of Things (IoT) device to the Cloud
The ins and outs of the Arduino Web Editor
What you will Build
We will start with basics by building simple Internet of Things (IoT) Cloud projects such as:
Controlling an LED from the Cloud
Taking Analog Readings
Detecting events from IoT devices like a button push in the Cloud
We will progress to advanced projects such as:
Creating a motion sensor alarm circuit that calls your cell phone when motion is detected
Creating a self-regulating temperature controlled system
You will also learn how to build Internet of Things (IoT) dashboards with little to no code to monitor your Things and Properties from the Cloud!
Who this course is for:
Internet of Things (IoT) Hobbyists
What previous knowledge should I have:
A basic understanding of Arduino
A basic understanding of Programming (C preferred)
Be willing to learn
Why is the Arduino Internet of Things (IoT) Cloud Platform important?
We all know and love Arduino Platform for tinkering and building prototypes. But when it comes to building IoT projects that connect to the internet, using Arduino by itself gets messy.
Here are some of the challenges with Building IoT Apps with simple flavors of Arduino Boards :
You need to use an Arduino board that has Wifi built-in or use additional modules like the ESP8266 or ESP32 to enable internet connectivity
You have to worry about how to secure connections to the internet from IoT devices to prevent hackers from intercepting your IoT data
Connecting to the Cloud is also challenging as you have to write custom code to handle integrations
Building Dashboards to monitor and control your IoT apps requires writing additional custom code and programming and this can get messy very quickly
The Arduino IoT Cloud was created to solve these issues.
The Arduino IoT Cloud allows you to:
Easily, Securely and Seamlessly build Arduino Internet of Things (IoT) projects that connect directly with the Cloud
Quickly allow Arduino MKR Boards to connect securely connect to the Cloud
Create WebHooks to easily connect backend APIs and Services to your Internet of Things (IoT) Projects
Monitor your projects in real-time by creating dashboards and widget with a few mouse clicks
Join the Arduino IoT Cloud Bootcamp Course today and learn to build Arduino Internet of Things (IoT) apps that connect to the Cloud the easy way!
Check out the free preview lectures and I will see you in the course!
- Arduino makers that want to learn about the Arduino IoT Cloud Platform
- IoT Hobbyists
- Electrical Engineers
- Electronics Hobbyists