**OpenShift** was introduced by Red Hat platform as an update to an already existing Kubernetes platform. This release of OpenShift uses previous model Operators to improve efficiency.  Moreover, the new features have benefited both IT teams and developers.

Let's see what the architecture may look like: 

Users can easily make use of public or private resources by running open shift. On top of both public and private resources, we have the operating system, Red Hat Enterprise Linux (RHEL). Next, on top of that, is the Kubernetes layer. Lastly, on top of that, is  OpenShift.

# Applications

OpenShift provides better efficiency and utilization with tools like a #key# descheduler: Analyzes the distribution of workloads #key#.

This new release has multithreading, improved security, and a low response time for applications. There has also been a reduction in the time it takes to produce ACL unique-id allocations. The allocated time has been decreased from several minutes to a few seconds.

For Developers, the new developer console revolutionized how developers approach and manage their respective codes. Moreover, some new metrics are launched to enhance visibility into the performance characteristics of their workloads.




> For further information, [click here](https://www.openshift.com/blog/openshift-4.4-continues-the-evolution-of-the-kubernetes-platform).

What is OpenShift?

OpenShift was introduced by Red Hat platform as an update to an already existing Kubernetes platform. This release of OpenShift uses previous model Operators to improve efficiency.  Moreover, the new features have benefited both IT teams and developers. Let s see what the architecture may look like: 