What is
OpenShift
?
Most platform initiatives fail the same way: they start too big, get funded like projects instead of products, build for too long without testing with users, and confuse renaming an infrastructure team with building a platform team. Instead, start small, learn fast and scale deliberately.
At a glance
Field | Details |
|---|---|
Primary use case | Build, deploy, and manage containerized applications at enterprise scale |
Deployment type | Hybrid: self-managed infrastructure or managed public-cloud services |
Pricing model | Paid subscriptions for self-managed editions; managed-cloud pricing varies by deployment and capacity. Azure licensing is listed at $0.171/hour per 4 worker vCPUs. |
API compatibility | Kubernetes APIs |
Supported integrations | AWS, Microsoft Azure, Google Cloud, IBM Cloud, VMware vSphere, GitHub, Red Hat Quay, Red Hat Advanced Cluster Management for Kubernetes, Red Hat OpenShift AI |
Source type | Open |
Cloud provider | Multi-Cloud |
Ideal team size | Enterprise and distributed teams |
Required skills |
|
AEP branch | Tooling |
AEP category | Resources |
AEP subcategory | Compute & Cluster Mgmt |
Profile
OpenShift is classified in the Compute & Cluster Mgmt category. It provides self-managed editions for use on an organization’s infrastructure and managed cloud services across public cloud providers. Red Hat lists editions for application development and modernization, enterprise Kubernetes, and virtual machine workloads, alongside services and add-ons including OpenShift AI, OpenShift Virtualization, Red Hat Quay, and Advanced Cluster Management.
Focus
OpenShift is for enterprise and distributed teams building, modernizing, and deploying applications. It addresses the need to run and manage containerized applications and clusters, with options for self-managed infrastructure or managed public-cloud services.
Background
The supplied company-background research does not establish OpenShift’s company history, founding date, or funding history. It identifies an OpenShift-associated GitHub repository for docker-distribution; the repository describes its main product as a Docker Registry 2.0 implementation for storing and distributing Docker images. The supplied research does not establish this repository as a Red Hat open-source contribution.
Features
Managed and self-managed editions
OpenShift offers choices for operating the platform on an organization’s own infrastructure or through managed cloud services. Cloud services include Red Hat OpenShift Service on AWS, Microsoft Azure Red Hat OpenShift, OpenShift Dedicated on AWS or Google Cloud, and OpenShift on IBM Cloud; self-managed editions include OpenShift Platform Plus, OpenShift Container Platform, and OpenShift Kubernetes Engine.
Application development and deployment
OpenShift supports building, modernizing, and deploying applications at scale. Red Hat describes its Container Platform edition as providing operations and developer services and tools, and its documentation includes guidance for deploying containerized applications and using CLI tools such as oc.
Platform services and add-ons
OpenShift has a portfolio of services and tools for application and infrastructure workloads. Listed offerings include OpenShift AI, OpenShift Lightspeed, OpenShift Virtualization, Red Hat Quay, and Red Hat Advanced Cluster Management for Kubernetes.
OpenShift Local disk requirement
OpenShift Local requires at least 35 GB of free disk space, according to the supplied InvGate research. This is a requirement for OpenShift Local, not a stated general requirement for the platform.
Pros and cons
Pros
Offers both self-managed editions and managed cloud services, including options from AWS, Microsoft, Google Cloud, and IBM.
Provides a range of product editions, from enterprise Kubernetes functionality to a platform with developer and operations services and tools.
Supports application development and deployment alongside services such as Red Hat Quay and Advanced Cluster Management.
Cons
Review summaries identify high cost compared with alternatives as a drawback. Self-managed editions require paid subscriptions, while managed-cloud pricing varies by deployment and capacity.
Review snippets describe OpenShift as heavy and complex, and user feedback reports that learning and maintaining it can be difficult.
A user report identifies performance problems when running OpenShift virtualized. This is reported feedback rather than a universal platform limitation.
FAQs
OpenShift FAQs
How is OpenShift priced?
OpenShift self-managed editions require paid subscriptions, and managed-cloud pricing varies by deployment and capacity. Azure licensing is listed at $0.171/hour per 4 worker vCPUs.
What does OpenShift integrate with?
OpenShift supports integrations with AWS, Microsoft Azure, Google Cloud, IBM Cloud, VMware vSphere, GitHub, Red Hat Quay, Red Hat Advanced Cluster Management for Kubernetes, and Red Hat OpenShift AI.
What skills are needed to operate OpenShift?
Operating OpenShift requires skills in Kubernetes and containerized applications; cluster planning and provisioning; networking and storage configuration; authentication, authorization, and security; OpenShift CLI tools; and cluster monitoring and lifecycle management.
What are OpenShift’s system requirements?
OpenShift Local requires at least 35 GB of free disk space, according to the supplied InvGate research. This is a requirement for OpenShift Local, not a stated general requirement for the OpenShift platform.
What are the limitations of OpenShift?
Review summaries identify high cost compared with alternatives as a drawback, and describe OpenShift as heavy and complex; user feedback also reports that learning and maintaining OpenShift can be difficult. A user report identifies performance problems when running OpenShift virtualized, but this is reported feedback rather than a universal platform limitation.
