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Microservice Application (MSA) Development with Spring Cloud

This is a course on developing microservice applications using the Spring Cloud suite from the Spring framework. You will learn how to use and configure Spring Cloud as a Cloud Native Application.

(4.9) 462 reviews

7,890 learners

Level Basic

Course period Unlimited

  • Dowon Lee
Spring Cloud
Spring Cloud
MSA
MSA
Spring Boot
Spring Boot
Kafka
Kafka
Architecture
Architecture
Spring Cloud
Spring Cloud
MSA
MSA
Spring Boot
Spring Boot
Kafka
Kafka
Architecture
Architecture

Reviews from Early Learners

Reviews from Early Learners

4.9

5.0

장원익

79% enrolled

I have taken many lectures on various lecture platforms such as fastcampus and inflearn, but this is the best lecture. It is a lecture that is surprising to listen to. The instructor's diction, the flow of explanation, and the big picture.. It is perfect, apart from MSA.

5.0

thghu

28% enrolled

I think the quality of the lecture is really high. It has a lot of practical and detailed information, more than the materials I had to gather from the internet for weeks, and the explanations were good, so I could easily apply them. I need more information about API gateway, but I am looking forward to the rest of the lectures and will have to finish them.

5.0

Cho

39% enrolled

Thank you, instructor, for creating such a great lecture. Before taking this lecture, I read books and heard countless stories about cloud, microservices, etc., and even tried making them, but my head was full of fragmented knowledge. The more I listen to this lecture, the more my head feels organized. I've only heard 30% of it, but I keep wondering what's next, so I listen until dawn. The lecture is structured in such a way that it clearly explains why, how, and what to do for each chapter at the beginning, and then implements it with actual code. They extract only the necessary extracts and do it, and the video length is appropriate. Even after implementation, they intentionally make small modifications and guide us to repeat important parts. I've only heard 30% of it, but as a follow-up to this lecture, I earnestly ask you to prepare CI/CD, Cluster (Kubernetes), and monitoring as the picture you drew at the beginning. Thank you.

What you will gain after the course

  • Spring Cloud

  • Spring Boot

  • Cloud Native Application

  • Microservice Architecture

  • MSA Application

  • Spring Boot

  • Spring Cloud

  • Microservices

Build a cloud native architecture,
Take on the challenge of developing microservice apps! 🚧

Dowon Lee - Spring Cloud MSA (Microservice Architecture)

In IT systems, numerous technologies emerge and disappear every year. It takes a long time for newly released concepts, technologies, and methodologies to become established as stable systems through numerous references.

1960s~1980s

  • The 1960s to 1980s were the mainframe era, when hardware was the center. It was a time when services were built according to hardware specifications or characteristics rather than software, and because the hardware and systems themselves were quite expensive, it was quite difficult to modify or change the functions of the service. In this period, called Fragile, changing a system once it was built was not an easy task, and it required a lot of money and time.

1990s~2000s

  • The 1990s and 2000s were a time when the keyword was distribution. This period was called Robust and Distributed. Thanks to the system being stabilized/distributed, it was possible to build a system that could maintain stability and performance even when there was a certain degree of uncertainty or change in the service.

From 2010 to present

  • Since 2010, the system has been built with Resilient, Anti-Fragile, which is the opposite of Fragile, and Cloud Native. Virtualization technology has been introduced, and the IT environment and system of the company have been moved to the cloud, and scalability and stability have been further strengthened. Even if there are continuous improvements and changes from customers, the systems have been built to be processed quickly and operated flexibly.

Currently

Cloud technology is considered essential to the IT environment. Building IT systems in this Cloud environment can be called Cloud Native Architecture, and applications that run in the Cloud environment can be called Cloud Native Applications.


Suitable for cloud environment
Why IT system construction is necessary.

CNCF (Cloud Native Computing Foundation), a Linux-affiliated organization, has mentioned the following four key components of Cloud Native Applications:

• CI/CD • DevOps • Microservices • Containers

Among these, Microservice is the core of Cloud Native Application and implements the service logic of the business domain. Microservice Architecture is a development method that is different from the monolithic method that deploys all components such as Front-end, Back-end, and Database in a single system environment. It refers to an architecture that develops and operates services by separating them by the well-divided boundaries that the application constitutes. For applications developed based on Microservice Architecture, Java, Spring Framework, and Spring Cloud can be used.

Spring Cloud is a development tool and development platform that provides the development environment and services required to develop distributed system configurations and applications, as well as development and configuration-related patterns, to enable rapid development of microservice applications for Cloud Native Architecture.

It provides basic boilerplate patterns to easily use technologies such as configuration management, service discovery, circuit breakers, intelligent routing, micro-proxy, control bus, one-time token, global locking, leadership election, distribution, etc. for microservice applications, and the developed applications and services maintain excellent compatibility so that they can work well in any distributed environment including the developer's local environment's laptop, bare metal data center, and management platform such as Cloud Foundry.


Objectives of this lecture

What is our ultimate goal ?

Using Spring Boot + Spring Cloud
App designed with microservice architecture
It's about designing and developing.

In this lecture, you will learn how to develop a Microservice application with Spring Cloud's products (subprojects) and how to build an operating environment. You will also learn how to configure the Gateway, Service Mesh, and Runtime that make up the Microservice Architecture, and the process of building and deploying for operation.

Those who take this course will be able to understand the basic Microservice Architecture and develop Spring Boot and Spring Cloud applications using IntelliJ, an integrated development environment for Java. They will also be able to practice deploying and operating them in local environments and container virtualization.

You can check out the practical examples used in the lecture below.


Learning Process

From designing REST APIs to implementing applications.
A core guide to designing and building microservices architectures.

Recommended for
these people

Who is this course right for?

  • A person who wants to develop microservice applications using the Spring Cloud suite

  • Developer who wants to understand Cloud Native Architecture and Applications and build applications

Need to know before starting?

  • Java

  • Spring framework

Hello
This is

30,163

Learners

1,671

Reviews

1,373

Answers

4.8

Rating

8

Courses

I am an IT engineer. There was a time when I used to worry about which word to choose for the "occupation" field: "Office worker?", "Developer?", or "Instructor?". Then, I realized that the term "IT engineer" suited me best, and to this day, I still write "IT engineer" in that space.

I believe that a profession represents one's work, and that work should ideally be both enjoyable and helpful. While not everyone can live while doing exactly what they want, I am someone who loves the work I do and strives to excel at it. Having served in roles as a developer, instructor, and consultant, I often find myself rushing to keep up with the constant stream of new and evolving IT technologies; nevertheless, I am someone who wants to experience, disseminate, and utilize them even just a little bit sooner than others.

The field I have recently been interested in is online education consulting. My technical interests include Cloud Native Architecture, Blockchain, Machine Learning, Kafka, and Kubernetes. I am currently lecturing on these technologies and applying them to my work. However, because these are such vast subjects, I am still continuously studying them.

They say that what is only kept in one's head is not true knowledge. I aim to share my knowledge and experience through various methods. Furthermore, I will continue to be an IT engineer who constantly takes on challenges in new fields and new technologies.

 

 

  • Current) CEO of NJ One Company

  • Current) Adjunct Professor, Department of Information Security, Graduate School of International Affairs and Information Security, Dongguk University

  • Former) JP Morgan Chase AMJ Tech consultant (Japan)

  • Former) Senior Engineer, CMS Business Division, Samsung SDS

 

 

Curriculum

All

177 lectures ∙ (34hr 10min)

Course Materials:

Lecture resources
Published: 
Last updated: 

Reviews

All

462 reviews

4.9

462 reviews

  • miro20140905님의 프로필 이미지
    miro20140905

    Reviews 28

    Average Rating 5.0

    5

    39% enrolled

    Thank you, instructor, for creating such a great lecture. Before taking this lecture, I read books and heard countless stories about cloud, microservices, etc., and even tried making them, but my head was full of fragmented knowledge. The more I listen to this lecture, the more my head feels organized. I've only heard 30% of it, but I keep wondering what's next, so I listen until dawn. The lecture is structured in such a way that it clearly explains why, how, and what to do for each chapter at the beginning, and then implements it with actual code. They extract only the necessary extracts and do it, and the video length is appropriate. Even after implementation, they intentionally make small modifications and guide us to repeat important parts. I've only heard 30% of it, but as a follow-up to this lecture, I earnestly ask you to prepare CI/CD, Cluster (Kubernetes), and monitoring as the picture you drew at the beginning. Thank you.

    • wonit님의 프로필 이미지
      wonit

      Reviews 1

      Average Rating 5.0

      5

      79% enrolled

      I have taken many lectures on various lecture platforms such as fastcampus and inflearn, but this is the best lecture. It is a lecture that is surprising to listen to. The instructor's diction, the flow of explanation, and the big picture.. It is perfect, apart from MSA.

      • thghu6825님의 프로필 이미지
        thghu6825

        Reviews 1

        Average Rating 5.0

        5

        28% enrolled

        I think the quality of the lecture is really high. It has a lot of practical and detailed information, more than the materials I had to gather from the internet for weeks, and the explanations were good, so I could easily apply them. I need more information about API gateway, but I am looking forward to the rest of the lectures and will have to finish them.

        • jtcjtc님의 프로필 이미지
          jtcjtc

          Reviews 1

          Average Rating 5.0

          5

          51% enrolled

          This is a great lecture that I really want to praise. I was a new developer who was given the task of building MSA alone without a mentor, and I was struggling for 2-3 days even with a simple and small problem, so my progress was very slow. However, with this one lecture, I was able to solve 30 or 50 problems that I was struggling with at once. I really want to thank the instructor. From my perspective, it was worth more than 1 million won.

          • goboo님의 프로필 이미지
            goboo

            Reviews 3

            Average Rating 5.0

            5

            100% enrolled

            This is a very informative lecture that will allow you to experience the overall content of Spring and Docker container-based microservices. I think this lecture is much more informative than looking at the Spring microservice-related books that are sold on the market. I wish there were lectures on building and using private docker repositories in clouds such as AWS, GCP, and AZURE, and Kubernetes. Thank you for creating a great lecture.

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