Processes for deploying applications have undergone substantial change recently, and application containerization is now a common practice. It is a technique for putting apps inside separate containers that can be installed and used in just about any runtime setting. A popular container automation platform is Kubernetes. Managed Kubernetes, which is provided by the G-Core online platform, provides tools to automate the deployment, scaling, and management of containerized applications, reducing the complexity and effort required for these operations.
What is Kubernetes?
Kubernetes is an open, extensible platform for automating the process of deploying, scaling, and managing containerized applications. Applications may be installed and executed on a server using containers. If there are several containers, it is important to configure their joint work so that they do not take away the resources of the hardware platform from each other and spend them efficiently. Kubernetes allows you to automate most processes. It provides fundamental tools for its implementation, scalability, and maintenance.
3 Reasons for Organizations to Switch to Kubernetes
Kubernetes makes it easier for developers to deliver applications, making them faster, more reliable, and more profitable for end users, which is one of the important factors in your choice. Here are the top 3 reasons why organizations decide to migrate to Kubernetes:
- Container orchestration. With Kubernetes, a developer can choose a storage system: local storage, cloud, etc. The platform will automatically create it and customize it to the needs of the project. By automating procedures like container provisioning, scaling, load balancing, and failover, it gets rid of manual intervention and human error.
- Scalability. Organizations may dynamically scale their applications in response to variations in traffic and demand thanks to Kubernetes. It can automatically add or remove containers to ensure optimal resource utilization.
- Resource efficiency. Kubernetes helps companies to maximize the use of their infrastructure resources by maximizing resource distribution. Cost savings might occur from reducing surplus reserves.
