Microservices technologies provide flexibility and scalability by enabling applications to run as independent modules. Tools such asDocker and Kubernetes enable applications to run in containers, which provides portability and speed. Application updates and deployments can be done quickly and securely thanks to microservices architecture. Kubernetes automates the management of containers, making more efficient use of resources and ensuring high availability. These technologies save time by facilitating faster development and debugging of applications. Microservices ensure that only that module is affected when a part of the system fails, thus ensuring the continuity of the overall system.
Advantages of Microservices Technologies (Containers - Docker, Kubernetes)
Flexibility and Scalability
Microservices provide a flexible and scalable structure by enabling applications to run as independent modules.
Rapid Deployment and Updates
Docker and Kubernetes make application deployments fast and secure.
Efficient Resource Management
Kubernetes optimizes resource utilization by automating container management.
High Accessibility and Fault Tolerance
Microservices ensure that in case of failure of one module, the overall system is not affected.
