Virtual Machine Growth Pushes OpenShift Data Protection to the Fore
Red Hat OpenShift has become a central platform for organisations standardising on Kubernetes, and it is increasingly hosting not only containers but also large estates of virtual machines. According to Red Hat research cited by NetApp, 90 per cent of organisations say virtualisation supports innovation, while 71 per cent report that more than half of their IT infrastructure is virtualised. As these OpenShift-based virtualised environments expand, traditional backup methods that scan entire virtual machine disks struggle to keep up. Backup windows lengthen, recovery becomes less predictable, and meeting recovery point and recovery time objectives turns into a recurring operational headache. The surge in data volumes, fuelled in part by AI-driven applications, amplifies these pressures. This context is driving a shift in OpenShift data protection strategies, away from monolithic backup jobs and toward smarter, incremental approaches purpose-built for Kubernetes-native hybrid cloud deployments.
NetApp–Red Hat Collaboration Targets Predictable VM Backup and Recovery
NetApp and Red Hat are aligning closely around OpenShift Virtualization to address these backup challenges head-on. NetApp Backup and Recovery for Red Hat OpenShift now adds dedicated protection for virtual machines running on OpenShift, with automated VM-level backup and recovery workflows. The service uses incremental-forever backups combined with change block tracking, reducing the need to rescan full disks while preserving storage efficiency and shifting processing overhead away from backup infrastructure. This design aims to keep backup windows short even as VM estates grow. NetApp executives say the goal is to ensure predictable backup and recovery behaviour at scale, giving IT teams confidence that recovery point and recovery time objectives can still be met. Red Hat positions the joint work as a modern alternative to legacy disaster recovery models, which were never built for the scale and pace of today’s virtualised OpenShift environments.
From Backup to Orchestrated Disaster Recovery for Kubernetes VMs
Beyond day-to-day hybrid cloud backups, the partnership extends into orchestrated disaster recovery for Kubernetes-based virtual machines. NetApp’s disaster recovery service, now in public preview for Red Hat OpenShift and OpenShift Virtualization, is designed to go further than simple snapshot protection. It supports guided failover and fallback workflows for workloads stored on ONTAP, helping teams rehearse and execute disaster scenarios with greater consistency. This shift is significant: instead of treating VM backup recovery as a standalone activity, organisations can embed it in a broader continuity strategy that spans clusters, data centres and clouds. By focusing on workflow automation as well as data replication, NetApp and Red Hat aim to reduce the operational friction that often derails large-scale recovery efforts. For OpenShift users consolidating both containers and VMs, this integrated approach helps make disaster recovery a predictable, testable process rather than an improvised response.
Hybrid Cloud Backups Demanding Integrated Storage and Data Management
The collaboration also underscores how hybrid cloud complexity is reshaping data protection design. Many organisations now run OpenShift both on-premises and in the public cloud, and they expect consistent operations across these locations. NetApp and Red Hat are responding with tighter integration between storage, orchestration and OpenShift data protection tools. Google Cloud NetApp Volumes and the Trident CSI driver for Red Hat OpenShift Virtualization are now generally available on Red Hat OpenShift Dedicated on Google Cloud with certified support, allowing customers to run virtual machines and containers in a single cloud setup. Trident has been enhanced to execute controller operations in parallel for Amazon FSx for NetApp ONTAP and Google Cloud NetApp Volumes, replacing previously serial workflows to reduce storage bottlenecks. Together, these changes make it easier to move applications and data across hybrid clouds while keeping VM backup recovery policies aligned with business continuity requirements.
Data Protection Becomes Core Infrastructure for OpenShift Estates
As OpenShift estates scale, data protection is no longer a peripheral concern; it is becoming a core part of platform architecture. Organisations using OpenShift as a common fabric for both containers and virtual machines need backup and disaster recovery processes that grow with them without adding administrative overhead. The NetApp–Red Hat partnership addresses this by embedding OpenShift data protection capabilities directly into storage and orchestration layers, rather than treating them as bolt-on utilities. Incremental-forever backups with block-level change tracking, orchestrated failover for Kubernetes VMs, and parallelised storage provisioning all contribute to a more predictable operational baseline. For IT teams under pressure from AI-era data growth and stringent recovery objectives, such integrated strategies offer a path to manage risk while maintaining agility. The emerging message is clear: in modern OpenShift deployments, resilient hybrid cloud backups are as essential as compute and networking themselves.