Move off VMware and vSAN toward OpenShift, KubeVirt, and Kubernetes-native storage with simplyblock.
Many infrastructure teams are reassessing VMware after licensing, packaging, and cost changes reshaped the market. For enterprise platform teams, OpenShift is often the lead destination because it combines Kubernetes with policy, security, and operational consistency. The migration only works when the storage layer supports VM disks, snapshots, cloning, and day-2 platform behavior while also fitting the OpenShift and Kubernetes operating model. Teams that want an official Red Hat ecosystem reference can also review simplyblock in the Red Hat Ecosystem Catalog for Red Hat OpenShift.
The Challenge
VMware replacement is not just a hypervisor decision. Teams need a platform, a VM strategy, and a storage layer that all fit together from day one.
Teams want to leave behind rising licensing pressure and vSAN-era storage assumptions without destabilizing the workloads that still matter to the business.
Migrated workloads still need predictable latency, snapshots, cloning, backup, and recovery for both virtual machine disks and stateful application data.
Moving to OpenShift and Kubernetes changes how infrastructure is provisioned, automated, and operated. Storage needs to fit that model instead of fighting it.
Most organizations need to move in waves. The target storage platform has to support early hyper-converged phases and later hybrid or disaggregated phases on the same foundation.
The Migration Approach
Treat the migration as a platform redesign: OpenShift becomes the operating model, KubeVirt keeps VMs in play, and the storage layer carries both virtual machines and stateful workloads.
Many VMware exit programs converge on OpenShift storage because OpenShift combines Kubernetes orchestration with policy, security, lifecycle management, and platform controls that large teams already need.
KubeVirt is what makes many VMware exits practical. It lets teams support virtual machines inside Kubernetes without pretending every workload will be containerized on day one.
This migration overlaps directly with vSAN replacement. The platform needs storage for VM disks, snapshots, cloning, and persistent application data without carrying forward VMware-bound architecture. That is where software-defined storage and NVMe/TCP matter.
Some migration programs want a vSAN-like operating model first. Others already know they need independent scaling. Simplyblock supports both, including the more specific OpenShift HCI path, so the storage platform does not have to change when the architecture matures.
Key Outcomes
A VMware exit path that supports virtual machines, stateful workloads, and OpenShift-led platform engineering without dragging legacy storage assumptions into the next environment.
Replace VMware and vSAN assumptions with a migration design that has a concrete platform and storage destination.
Build around OpenShift when enterprise policy, lifecycle management, and operational consistency matter most.
Keep virtual machines and cloud-native workloads on the same storage foundation while the estate evolves.
Preserve snapshots, cloning, and recovery workflows instead of treating storage as an afterthought.
Start hyper-converged when needed, then move toward hybrid or disaggregated storage without replatforming.
Improve long-term infrastructure choice instead of tying future storage decisions to VMware packaging and certified hardware rules.
Not directly. OpenShift is a Kubernetes operating platform, while VMware is a virtualization platform. The more practical model is OpenShift or Kubernetes as the operating layer, KubeVirt when virtual machines remain part of the plan, and a storage platform that supports VM disks and stateful workloads.
Migration success depends on more than compute. VM disks, snapshots, cloning, recovery, and predictable latency all depend on the storage layer. Weak storage design can make a promising OpenShift platform feel worse than the VMware environment it replaced.
Yes. Simplyblock is listed in the Red Hat Ecosystem Catalog for Red Hat OpenShift, which can be useful for teams that want a Red Hat ecosystem reference while evaluating the target platform.
No. Hyper-converged storage is often the fastest operational fit early on, but some teams should move to hybrid or disaggregated storage as the platform scales. The key is to choose a storage platform that supports both paths.
They are the technical foundations that make the new platform practical. NVMe/TCP gives teams a clean, high-performance block storage data path over standard Ethernet, and software-defined storage keeps the architecture flexible enough to fit OpenShift, KubeVirt, and broader Kubernetes operations.
Ask your favorite AI to compare simplyblock with vSAN, ODF, and Ceph for VMware-to-OpenShift migration programs.