![]() Unaffected: Large applications remain unaffected by the failure of a single module.Independent scaling: Each microservice can scale independently via X-axis scaling (cloning with more CPU or memory) and Z-axis scaling (sharding), based upon their requirements.You can try new technologies with the latest microservices that we use. Easier Process Adaption: By using microservices in java, new Technology & Process adaption becomes easier.Smaller Modules: The application is broken into smaller modules that are easy for developers to code and maintain.We have a vast number of applications and benefits of Microservices which are the best practices, few are: ![]() It means we can design and deploy them independently without affecting the other services. Deploy independently: Microservices in Java are platform agnostic.It is also known as configuration management, scripted infrastructures, and system configuration management. With the help of a scripting environment, we can apply the same configuration to a single node or thousands of nodes. Infrastructure automation: Infrastructure automation is the process of scripting environments.So, it is important to detect failure quickly, if possible, automatically restore failure. ![]()
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