Developing reactive and resilient microservices entails creating a highly scalable and distributed architecture. To meet the demands of resiliency and fault tolerance, it is crucial to address the following aspects of failure management:
- Proactively Avoiding Faults
- Effectively Isolating Faults
- Swiftly Detecting Faults
- Ensuring Efficient Recovery
Typical modern microservices architecture
In many scenarios, the architectural setup comprises an application layer and a data layer. The application microservices are typically deployed within a Kubernetes environment, while the data tier is managed using services such as Amazon RDS.