Comparison
Control Plane vs Red Hat OpenShift
7 min read
Summary
Control Plane gives you Kubernetes-grade infrastructure that is operated for you, so there is no cluster you have to run and no per-core licensing. It runs your workloads across AWS, GCP, Azure, and on-prem in your own accounts, deployed through one UI, CLI, and API, with built-in scale-to-zero, Capacity AI right-sizing, and credential-free cross-cloud identity. OpenShift is Red Hat's enterprise Kubernetes distribution: a supported, opinionated stack you install, operate, and license per core, keeping the control plane, worker nodes, and upgrades as your responsibility. Both are built on Kubernetes; the difference is that Control Plane runs the clusters for you, and for teams that do want to own a cluster it also offers Managed Kubernetes (MK8s) and Bring Your Own Kubernetes (BYOK).
| At a glance | Control Plane | OpenShift |
|---|---|---|
| Cluster to operate | None required, or run your own | The OpenShift cluster |
| Runs across clouds | ●●●●● | ●●●●● |
| Licensing | Consumption | Per-core subscription |
| Scale-to-zero | ✓ Yes | Add-ons |
| Security by default | ✓ Kata microVM, mTLS | SCCs, SELinux, RBAC |
| Kubernetes expertise needed | None required | Deep K8s + OpenShift |
Both are ways to run modern workloads on Kubernetes, but they sit on opposite sides of one question: who operates the cluster? Control Plane is a cloud virtualization platform that operates hardened, security-isolated Kubernetes clusters on your behalf across AWS, GCP, Azure, and on-prem, so there is no cluster you have to run and no per-core licensing. OpenShift is an enterprise Kubernetes distribution you install, run, and license per core yourself, on-prem or in a cloud, keeping the control plane and worker nodes alive as your own responsibility.
The core difference: a Kubernetes distribution you operate vs a platform run for you
OpenShift is Red Hat's enterprise Kubernetes platform. It takes upstream Kubernetes, wraps it in an opinionated set of defaults, developer tooling, CI/CD, and security policy, and backs it with commercial support. Whatever that bundle adds, the operating model does not change: you still install OpenShift, run the control plane and worker nodes, apply upgrades, and license the whole thing per core. The underlying Kubernetes complexity is managed, not removed, and it stays your responsibility.
Control Plane applies the idea one level up. Instead of shipping you a Kubernetes distribution to operate, it orchestrates hardened, security-isolated Kubernetes clusters for you across AWS, GCP, Azure, and on-prem. It exposes the parts you actually deploy against: workload, identity, networking, and policy primitives. You get Kubernetes-grade infrastructure without running the cluster, upgrading nodes, or exposing Kubernetes API tokens to your workloads. The resource model is simple: an Org contains GVCs, and a GVC contains Workloads, with five workload types: Serverless, Standard, Stateful, Cron, and VM, plus Sandboxes, microVM-isolated ephemeral environments for AI agents and untrusted code that spin up in under a second with no stored credentials. You build your own cloud on top, and the cluster operations happen underneath you.
Why teams look past OpenShift in 2026
The catalyst is usually operational overhead and cost. OpenShift is opinionated and supported, but it is still a cluster (often several) that your team installs, secures, upgrades, and keeps healthy. That means you still need deep Kubernetes and OpenShift expertise on staff. The per-core subscription bundles mean cost scales with the size of the clusters you provision, whether or not that capacity is busy. And because the underlying Kubernetes complexity remains, the promise of a simpler developer experience often runs into the reality of a platform team spending its time on the platform. Add multi-cloud, where the common pattern is a separate OpenShift cluster per environment that you operate and stitch together, and the operational surface grows fast. For a growing number of teams, that overhead is exactly what they want to hand off, which is where Control Plane comes in.
Which one should you pick?
Choose Control Plane if...
- You want Kubernetes-grade infrastructure operated for you, with no cluster to run unless you choose to.
- You want to run across AWS, GCP, Azure, and on-prem as one layer, not a cluster per environment.
- You want to escape per-core licensing and pay for consumption in your own cloud accounts.
- You want deny-by-default security, mTLS, and Kata microVM isolation on by default rather than configured.
- You want to ship workloads without deep Kubernetes or OpenShift expertise on staff.
Where OpenShift differs
- It is a Kubernetes distribution you install and operate yourself, on-prem or in a cloud.
- It exposes the raw Kubernetes API and lets you tune the control plane, nodes, and networking directly.
- It is sold with commercial Red Hat support and integrates with the Red Hat ecosystem.
These come with owning and operating the cluster, its upgrades, and per-core licensing. Control Plane runs hardened, security-isolated Kubernetes clusters for you across clouds and on-prem, so you deploy workloads without any of that operational surface.
Control Plane vs OpenShift, side by side
| Dimension | Control Plane | OpenShift |
|---|---|---|
| What you operate | Nothing by default: clusters are run for you, or run your own via MK8s or BYOK | The OpenShift cluster, upgrades, and nodes |
| Licensing / cost | Consumption in your own cloud accounts | Per-core-pair subscription (self-managed); consumption on managed ROSA/ARO |
| Multi-cloud and on-prem | One layer across AWS, GCP, Azure, and on-prem | A cluster per environment you operate |
| Kubernetes API access | Workload, identity, and policy primitives; raw Kubernetes API via MK8s or BYOK | Full platform plus raw Kubernetes API |
| Security by default | Kata microVM isolation, deny-by-default firewalls, mTLS, audit | SCCs, SELinux, RBAC on by default; microVM isolation and mTLS not built in |
| Cost controls | Scale-to-zero plus Capacity AI right-sizing | Autoscaling available; scale-to-zero only via the Serverless add-on; capacity provisioned up front |
| Kubernetes expertise needed | None required, no cluster to operate | Deep Kubernetes and OpenShift expertise |
| Compliance | PCI DSS Level 1, SOC 2 Type II, HIPAA, GDPR, carried at the platform level | Shared responsibility: you configure and maintain it on the clusters you run |
| Best for | Ship workloads without cluster ops or licensing | A self-run Kubernetes distribution you operate yourself (Control Plane also offers this via MK8s and BYOK) |
Which fits your scenario
Control Plane fits: a team running the same services across AWS, GCP, Azure, and on-prem that would rather not run a cluster in every environment. You deploy your standard containers across all four in your own accounts under one identity and network model, with no OpenShift cluster to install, upgrade, or license per core in each environment. Universal Cloud Identity gives workloads credential-free, least-privilege access to native services in every account, which removes the separate-cluster-per-environment stitching that OpenShift leaves to you.
What OpenShift is. OpenShift is a Red Hat Kubernetes distribution you install and operate yourself, with raw Kubernetes API access, commercial Red Hat support, and Red Hat ecosystem integration, along with the operations, upgrades, and per-core licensing that come with running it. When owning and tuning a cluster is a hard requirement, Control Plane covers that too: its Managed Kubernetes (MK8s) and Bring Your Own Kubernetes (BYOK) clusters give you full Kubernetes and raw API access without the install, upgrade, and patch burden or a per-core subscription.
Why teams consolidate on Control Plane. The moment multi-cloud, on-prem, and cloud burst workloads enter the picture, running and stitching together a separate OpenShift cluster per environment stops scaling. Control Plane runs hardened, security-isolated Kubernetes clusters for you across every cloud and on-prem as one layer, with credential-free identity and built-in scale-to-zero, so new services ship without standing up another cluster to operate or paying per core for idle capacity.
"Control Plane eliminates over 50% of our DevOps work. We have two DevOps engineers and they're running out of things to do. It's a good problem to have."
Frequently asked questions
For teams that want Kubernetes-grade infrastructure without running a cluster, often yes. OpenShift is an enterprise Kubernetes distribution you install, operate, and license per core, whether on-prem or in a cloud. Control Plane orchestrates hardened, security-isolated Kubernetes clusters on your behalf across AWS, GCP, Azure, and on-prem, so there is no cluster you have to run and no per-core licensing. For teams that do want to own and tune a cluster, Control Plane also offers Managed Kubernetes (MK8s) and Bring Your Own Kubernetes (BYOK), without per-core licensing or the install-and-upgrade burden.
No. Control Plane is built on Kubernetes and orchestrates hardened, security-isolated clusters for you, but you never run the control plane, upgrade nodes, or manage namespaces on managed locations. You deploy workloads through one UI, CLI, and API. OpenShift, by contrast, still requires deep Kubernetes and OpenShift operational expertise even though it is opinionated and supported.
Self-managed OpenShift is a Red Hat subscription priced per core-pair (two cores or four vCPUs), so cost scales with the cluster size you provision whether or not it is busy; managed ROSA and ARO are consumption-priced per vCPU plus a Red Hat fee and your cloud infrastructure. Control Plane is consumption-based in your own cloud accounts, with scale-to-zero and Capacity AI right-sizing so you do not pay for idle capacity, and no Red Hat licensing layer on top.
OpenShift is an enterprise Kubernetes platform you operate: an opinionated, supported stack you install on-prem or in a cloud and license per core. You own the cluster, upgrades, and nodes. Control Plane is a platform run for you: it orchestrates hardened, security-isolated Kubernetes clusters on your behalf across clouds and on-prem, exposing workload, identity, and policy primitives so you deploy applications without operating any cluster.
Yes. Control Plane runs containers and virtual machines across AWS, GCP, Azure, and on-prem from one UI, CLI, and API, in your own accounts, as a single layer. With OpenShift you typically stand up and operate a separate cluster in each environment and stitch them together yourself.
Looking past OpenShift?
Run your containers and VMs across AWS, GCP, Azure, and on-prem as one layer, in your own accounts, on hardened security-isolated clusters that are run for you, with no cluster to operate and no per-core licensing. Teams typically cut cloud compute costs 30 to 50 percent after moving to Control Plane. Test it on one real workload and see.
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