
Explore microservices architecture, its components, and the design patterns used to build it. See API gateway, circuit breaker, central configuration, and service discovery in action through real life examples.
Explore the eight components of a microservices architecture, including the client, identity provider, api gateway, messaging formats, databases, static content, and service discovery.
Compare monolithic and microservices architectures, illustrating when to use each with e-commerce and banking examples. Show how microservices enable independent teams and technology choices for faster releases.
Discover how microservices offer technology freedom and independent teams with frequent deployments. Balance this with troubleshooting complexity, network calls, and multi-pipeline configuration that can affect performance.
Explore centralised configuration for microservices with spring cloud config server, linking to a git repository to manage service configurations and enable automatic updates without rebuilding or redeploying.
Explain how spring cloud bus and a message broker broadcast configuration changes from the cloud config server to all microservices, ensuring updates propagate automatically and without restarts.
Register microservices with the Netflix Eureka server to implement the service registry and discovery pattern. A centralized discovery service provides neutral endpoints for inter-service communication and scalable resilience.
Learn how the circuit breaker pattern enables graceful degradation in Spring Boot microservices, using Resilience4j, Hystrix, or Sentinel, with Spring Cloud circuit breaker abstraction.
Spring Cloud Sleuth enables tracing of requests across microservices using a correlation id, while the elk stack centralizes logs and provides dashboards for diagnosing distributed issues.
Explore how Spring Cloud Stream enables asynchronous, event-driven communication between microservices via a message broker, with stock alerts and inventory updates.
Explore the API gateway pattern in microservices, using a springboard gateway project to route client requests through a single gateway, enforce Keycloak authentication, rate limiting, and security, while collecting metrics.
Explore inter-service communication in microservices by comparing RestTemplate, WebClient, and Feign; prefer Feign or WebClient for non-blocking calls, with Eureka and Ribbon for load balancing.
Centralize session management with the discus server as an in-memory key-value store to share user session data across a microservices architecture and enable fast authentication.
In this course, you will learn everything about Microservices Architecture with Real World examples and Use Cases.
This course will help you a strong understanding of Microservices Architecture and how Microservices Architecture differs from traditional Monolithic Architecture.
This course will also help you quickly prepare for your Microservices Interview.
Following are the topics that will be covered in this course:
1. What is Microservices Architecture and how it's different from Monolithic Architecture
2. What are the different components of Microservices Architecture
3. What are the different Microservices pattern like API Gateway, Central Configuration, Service Discovery, Circuit Breaker, Message Broker, Session Handling etc, you will learn every design pattern with real-world use case
4. How to do Inter-Service communication between different Microservices Component.
5. What are the different Rest clients that will help you call one microservice from another microservice
6. When to use which Rest client and its advantages and disadvantages
7. What are the Advantages and Disadvantages of using Microservices Architecture
8. Reasoning behind the Advantages and Disadvantages of using Microservices Architecture
9. Cover all concepts with Real World examples and scenarios
10. We will also look at the different components of Microservices architecture and what each of the components contributes towards the development of a robust future proof Microservices Architecture