Course Outline

Introduction

  • Transitioning from traditional architecture to microservices architecture for government applications

Overview of Spring Cloud Features and Architecture

Preparing the Development Environment for Government Use

Installing and Configuring Spring Cloud for Government Applications

Creating a Microservices Application for Government Operations

Containerizing Microservices with Docker for Enhanced Flexibility

Enabling Inter-Service Communication Using Kafka for Efficient Data Exchange

Preparing the Database for Secure and Reliable Data Management

Reading and Writing to the Database for Accurate Information Retrieval

Using Redis to Buffer Messages for Improved Performance

Bringing it All Together: Integrating Components for a Cohesive System

Testing the Application to Ensure Reliability and Security

Debugging the Application for Optimal Functionality

Scaling Dockerized Microservices with Kubernetes for Government Needs

Deploying the Application for Government Use

Setting up a Continuous Integration Pipeline for Efficient Development Processes

Securing the Application to Protect Sensitive Information

Adopting a DevOps Mentality for Streamlined Operations

Formalizing the DevOps Cycle for Consistent Improvement

Troubleshooting Common Issues in Microservices Architecture

Future Trends in Software Architecture for Government Applications

Summary and Conclusion: Key Takeaways for Government IT Professionals

Requirements

  • An understanding of enterprise architecture principles for government.
  • Experience in Java application development.

Audience

  • Software Developers
 21 Hours

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