The number of resources is dynamically increased or decreased to ensure optimal performance and minimize
Traffic is redistributed between evenly spaced pods and nodes so that applications are always reachable.
Defective pods are automatically detected and replaced.
This means applications are always available and downtime is minimized.
By updating applications incrementally, updates can be made without affecting users.
Since the infrastructure is stored in the form of instructions, it can be restored as quickly as possible at any time.
Security updates can be applied much more easily. Once a container is secure, it can be used by all applications.
Applications run in their own environment, limiting the impact of security breaches.
Standardization of pods and automation of processes enables secure and proactive operation of a large number of applications.
Kubernetes offers many features for increased security with its role-based access control, network policies and built-in certificate management system.
Server and development environment are identical. Errors will be visible before deployments.
The setup of a development environment happens in minutes. Thus, even minor changes can be carried out efficiently.
This means that errors are detected faster and older versions can be restored quickly and easily.
Developing in Kubernetes provides a variety of built-in tools to make patching and deployments faster and more frequent.
The standardization of development processes promotes knowledge transfers among developers and thus increases productivity.
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