Migrate your VMs faster with the migration toolkit for virtualization 2.11

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2026-02-24 ~1 min read www.redhat.com #kubernetes

⚡ TL;DR

Migrate your VMs faster with the migration toolkit for virtualization 2.11 Migrate with speed: Storage offloading is now generally available Flexibility and choice throughout your migration How to get started with storage offload migrations 1. Create a migration plan 2.

📝 Summary

Migrate your VMs faster with the migration toolkit for virtualization 2.11 Migrate with speed: Storage offloading is now generally available Flexibility and choice throughout your migration How to get started with storage offload migrations 1. Create a migration plan 2. Choose your VMs 3. Map your networks and storage 4. Execute and complete Additional updates Enhanced learning experience Plan your storage offload migration 15 reasons to adopt Red Hat OpenShift Virtualization About the authors Carolyn May Jochen Schroder More like this Building the foundation for an AI-driven, sovereign future with Red Hat partners PNC’s infrastructure modernization journey with Red Hat OpenShift Virtualization Keep exploring Browse by channel Automation Artificial intelligence Open hybrid cloud Security Edge computing Infrastructure Applications Virtualization Share Organizations must balance the need for fast virtual machine (VM) migrations with predictable, low-risk execution. Red Hat has released the general availability (GA) of storage offload migrations in the migration toolkit for virtualization 2.11, included in Red Hat OpenShift. This update allows you to migrate with speed and confidence. Storage offload migrations are now generally available to help you move critical VM workloads quickly with minimal downtime. This feature uses your existing storage systems for smoother migrations. While traditional migrations move data over the IP network, storage offloading transfers this work to the underlying storage array. Bypassing the network eliminates the bandwidth constraints that slow migrations. Internal testing conducted by Hitachi shows that these migrations can run up to 10 times faster than traditional network migrations (actual results may vary by environment).