Design Microservices Architecture with Patterns and Principles - What Is Microservices Resiliency?

The video discusses the importance of resilience in microservice architectures, highlighting the challenges and strategies for handling failures in distributed systems. It emphasizes the inevitability of failures and the need for designing systems that can recover and continue functioning. Examples of cascade failures are provided, along with strategies for designing resilient microservices that can withstand and recover from disruptions.

What is one of the main benefits of using microservices architecture?

• Increased complexity

• Easier scalability

• Reduced interactions

• Higher costs

What is a cascade failure in the context of microservices?

• A failure that affects only one service

• A failure that spreads from one service to others

• A failure that is easily fixed

• A failure that occurs only in the cloud

Why is it important to have a fallback plan in microservices architecture?

• To increase the number of services

• To simplify the architecture

• To handle failures in interconnected services

• To reduce the cost of operations

What is the primary goal of microservices resilience?

• To increase the number of microservices

• To reduce the need for cloud infrastructure

• To prevent any failures from occurring

• To ensure systems can recover and continue functioning after failures

How should microservices be designed to handle partial failures?

• By shutting down the entire system

• By increasing the number of microservices

• By ignoring them

• By ensuring they can recover and continue functioning