Design Microservices Architecture with Patterns and Principles - Evaluate Microservices Distributed Caching with Cache-A

The video tutorial discusses the evaluation of microservice architecture with a focus on distributed caching. It highlights the benefits such as improved performance, enhanced scalability, and increased reliability. However, it also addresses potential drawbacks like increased complexity, cache invalidation issues, cost, and cache stampede. The tutorial aims to provide a balanced view of the advantages and challenges associated with distributed caching in microservice architectures.

What is the primary focus when evaluating a microservice distributed caching application?

• Understanding the architecture design

• Identifying only the benefits

• Listing the potential drawbacks

• Assessing both benefits and drawbacks

How does distributed caching improve performance in microservice architecture?

• By reducing database queries and improving response time

• By eliminating the need for a database

• By increasing the number of database queries

• By storing data in a single server

Which benefit of distributed caching helps in handling increased loads effectively?

• Improved performance

• Enhanced scalability

• Increased reliability

• Reduced complexity

What is a major challenge in maintaining cache consistency in distributed systems?

• Improved Performance

• Cache Invalidation

• Increased Cost

• Cache Stampede

What is a potential issue when a cache becomes unavailable or expires?

• Increased reliability

• Cache Stampede

• Reduced complexity

• Enhanced scalability