Build Device Messaging and Communication…

In this 1-hour long project-based course, we'll create an instance of Azure IoT hub. Once we have our hub, we'll then create devices that we can use for testing. Then we’ll learn to send the device to cloud(d2c) and cloud to device(c2d) messages using VS code, Azure CLI, and Azure portal. We will also learn to monitor the messages that are sent back and forth from our hub. Then we'll see how we can simulate a device for sending messages all without writing a single line of code from the Azure CLI. We’ll also learn to configure an IoT hub to facilitate file uploads from the devices and to store the file, we will also learn to create blob storage in the Azure cloud. Additionally, we’ll also see how we can make use of a simulator to send telemetry data to the Azure IoT hub, and then using the message routing feature, we'll learn to route the telemetry data to the blob storage for further use.

This project will be helpful for anyone who is interested in implementing communication in the Azure IoT hub.

You must have some basic knowledge of working with Azure IoT hub and storage accounts.

What's inside

Syllabus

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Provides a foundation for implementing communication in Azure IoT hub

Taught by Priya Jha, an expert in IoT technologies

Includes hands-on labs and interactive materials for practical learning

Incorporates a multi-modal approach with videos, readings, and discussions

Presumes some basic knowledge of Azure IoT hub and storage accounts

Covers Azure CLI, but the version used may be outdated

Reviews summary

Practical azure iot hub communication

According to learners, this 1-hour long project-based course provides a practical and concise overview of essential Azure IoT Hub communication. Students appreciate the focus on sending device to cloud (D2C) and cloud to device (C2D) messages, utilizing common tools like VS Code, Azure CLI, and Azure Portal. The ability to simulate devices without coding is a notable advantage, streamlining the learning process. The course also covers critical topics such as file uploads to blob storage and telemetry data routing, offering a solid foundation for those with basic Azure IoT Hub knowledge. While it serves as an excellent quick start, its brevity means it's not designed for in-depth theoretical understanding.

Requires prior familiarity with Azure IoT Hub basics.

"Came into this with some Azure knowledge, but you really need to understand IoT Hub basics first."

"If you're not familiar with IoT Hub or storage accounts, this course might be too fast."

"The course jumped right in, which is good if you have the prerequisites, but could be tough otherwise."

Efficient device simulation using CLI/Portal.

"The ability to simulate devices without writing code was a huge time-saver."

"It was great to test messages using the CLI and not worry about coding up a simulator."

"I appreciated the focus on using existing Azure tools for simulation, very practical."

A short, focused project for specific skills.

"Perfect for a quick refresh or to learn a specific skill in just an hour."

"The 1-hour format is great for busy professionals who need to learn specific tasks quickly."

"It's a very focused project; you get straight to the point of IoT Hub messaging."

A direct, hands-on approach to IoT Hub messaging.

"I really valued the hands-on demos using VS Code and Azure CLI for messaging."

"The course quickly gets you working with D2C and C2D messages, which is what I needed."

"Loved learning how to set up file uploads to blob storage, very practical for my projects."

Covers breadth but not deep theoretical concepts.

"While comprehensive for an hour, it's not going to make you an IoT architect."

"Good for 'how-to', but don't expect deep dives into the 'why' or advanced scenarios."

"It's a project, so it focuses on specific tasks, not broad conceptual understanding."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Build Device Messaging and Communication in Azure IoT Hub with these activities:

Create an Azure IoT Hub

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Creating an Azure IoT Hub will provide you with a hands-on experience in setting up the foundation for your IoT solution and help you understand the core concepts of the course.

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Follow the steps outlined in the course materials to create an Azure IoT Hub.
Configure the necessary settings and security measures for your IoT Hub.

Monitor Message Flow in the Azure Portal

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Monitoring message flow in the Azure Portal will allow you to visualize and analyze the communication between your devices and the cloud, helping you identify any potential issues.

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Navigate to the IoT Hub in the Azure Portal.
Open the "Messages" tab to view the incoming and outgoing messages.

Send Device-to-Cloud and Cloud-to-Device Messages using Visual Studio Code (VS Code)

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Practicing sending messages between devices and the cloud using VS Code will enhance your understanding of the communication flow within an IoT solution.

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Install the Azure IoT extension in VS Code.
Create a new IoT project and add a device.
Write code to send and receive messages from the device.

Three other activities

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Use the Azure CLI to Simulate a Device and Send Messages

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Learning to use the Azure CLI to simulate a device will provide you with a flexible and efficient way to test your IoT solution without the need for physical devices.

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Install the Azure CLI.
Use the CLI to create a simulated device.
Write code to send messages from the simulated device.

Configure Azure IoT Hub for File Uploads and Blob Storage

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Configuring your IoT Hub to facilitate file uploads and store them in Blob storage will extend the capabilities of your solution, allowing you to collect and store valuable data from your devices.

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Enable file uploads in your IoT Hub.
Create a Blob storage account in Azure.
Configure message routing to send files to Blob storage.

Implement Message Routing to a Storage Queue

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Implementing message routing to a storage queue will provide your IoT solution with additional flexibility and scalability, allowing you to process and store data more efficiently.

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Create a storage queue in Azure.
Configure message routing to send messages to the storage queue.
Process messages from the storage queue.

Career center

Learners who complete Build Device Messaging and Communication in Azure IoT Hub will develop knowledge and skills that may be useful to these careers:

Cloud Engineer

Cloud Engineers design, build, manage, and maintain cloud computing systems. A Cloud Engineer needs to have a strong understanding of cloud concepts and messaging, something which this course can help teach. By taking this course, you can learn how to use the Azure IoT Hub.

See salaries and explore the career path for Cloud Engineer

Cloud Architect

Cloud Architects design and manage cloud computing systems. A Cloud Architect needs a strong understanding of the cloud and how to communicate with devices on the cloud. This course will help you build the necessary skills by focusing on messaging in the Azure IoT Hub.

See salaries and explore the career path for Cloud Architect

Data Engineer

Data Engineers use code and data analysis principles to build and maintain data pipelines. A Data Engineer needs to have knowledge of data systems in order to be successful. This course can help you build a foundation in this area by helping you understand Azure IoT Hub, how to use it, and how it interacts with the cloud.

See salaries and explore the career path for Data Engineer

Backend Developer

Backend Developers design, build, and maintain the server-side of web applications and services. A Backend Developer needs to have a strong understanding of the cloud and how to use its features. This course will help build those skills by helping you understand Azure IoT Hub.

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Software Engineer

Software Engineers design, develop, and maintain software systems. A Software Engineer needs to have a strong understanding of computer science fundamentals and software development principles. This course will help build those skills by helping you understand cloud ecosystems and messaging.

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Data Analyst

Data Analysts help their company maximize the value of its data. Understanding how to communicate that data using messaging is essential to the role; this course will help you build that foundation. With its lessons on device to cloud and cloud to device messaging, you will be well on your way to becoming an expert Data Analyst.

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IT Architect

IT Architects design and manage the overall IT infrastructure of an organization.

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Full-Stack Developer

Full Stack Developers design, build, and maintain both the client-side and server-side of web applications.

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Data Architect

Data Architects design the systems of a company's data infrastructure. A Data Architect must have foundational knowledge in cloud communications. This course will help build that foundation by helping you learn cloud to device and device to cloud messaging.

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Systems Analyst

Systems Analysts analyze and design computer systems.

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Systems Administrator

Systems Administrators maintain and manage the computer systems of an organization.

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Data Scientist

Data Scientists use scientific methods, processes, algorithms, and systems to extract knowledge and insights from data in various forms. This course may be useful to a Data Scientist as it teaches cloud communications with messaging.

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Security Architect

Security Architects design and manage the security infrastructure of an organization.

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Front-End Developer

Front End Developers design and build the user interface of web applications and services.

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Information Architect

Information Architects design and manage the organization, structure, and presentation of information.

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