In this module, we will cover the core concepts behind event-driven architectures in microservices, focusing on how events facilitate communication across services. You'll also learn about event sourcing, event-driven data management, and real-time event processing. We’ll discuss how to design, adapt, and evaluate these architectures for maximum efficiency and performance.

In this module, we will explore the importance of distributed caching in microservices to reduce latency and enhance scalability. You’ll gain insights into caching strategies and patterns, like Cache-Aside, and how they can be implemented effectively. Additionally, we will discuss how to design and adapt a distributed caching system within your architecture for optimal performance.

In this module, we will cover the essentials of deploying microservices using containers and orchestrators like Kubernetes. You’ll learn about containerization, the benefits of using Docker, and how to leverage Kubernetes for scaling and managing containerized applications. Deployment strategies and CI/CD pipelines will also be discussed to enable automated and efficient deployment processes.

In this module, we will explore strategies for building resilient microservices through patterns like Circuit Breaker, Retry, and Bulkhead. You’ll also learn how to incorporate observability tools such as distributed tracing and logging to monitor microservices effectively. We’ll conclude by discussing the design and adaptation of monitoring solutions to maintain high availability and system performance.

In this module, we will take you through a hands-on demonstration of implementing a microservices architecture for an e-commerce application. You’ll explore various microservices components, such as catalog, basket, and ordering, and analyze their codebase. Additionally, we’ll review the integration of resilience and monitoring solutions to ensure system reliability.

In this module, we will introduce serverless microservices and their benefits for building scalable and cost-effective applications. You'll dive into AWS serverless services, like Lambda, and learn how to create event-driven architectures. We'll also focus on best practices for mapping and designing microservice architectures using serverless technologies.

In this concluding module, the author expresses gratitude for completing the course. You’ll be encouraged to reflect on the key concepts and strategies learned throughout the course and how they contribute to building scalable, resilient, and efficient microservices architectures.