Azure Storage Mover now supports agentless migration of on-premises SMB file shares to Azure Files (SMB), in public preview. You can move file data from Windows Server or NAS shares into Azure without deploying, registering, or maintaining a migration age

Azure Site Recovery now lets you use and attach an existing, pre-provisioned Network Interface Card (NIC) in the target region for test-failover and failover in the Azure-to-Azure scenario. This helps preserve prepared networking configurations, reserve I

Azure Storage Mover now supports agentless, cloud-to-cloud migration from AWS FSx for Windows File Server (SMB) to Azure Files (SMB), in preview. You can move your Windows file shares off FSx and into Azure Files without deploying or managing a migration

Azure Site Recovery now supports up to 5x churn (500 MB/s per VM). This major enhancement empowers customers to confidently run high IOPS workloads with Azure Site Recovery, ensuring robust disaster recovery for even the most demanding applications like d

Azure Storage Mover now supports cloud-to-cloud migration of data from Google Cloud Storage (GCS) to Azure Blob Storage, helping organizations simplify multi-cloud consolidation onto Azure.Using the S3-compatible interface, customers can migrate data from

Azure Migrate now integrates with GitHub Copilot Modernization (public preview) to deliver at scale code insights. This capability brings together Azure Migrate’s portfolio-level discovery and assessment with GitHub Copilot’s context-aware code analysis.

Azure Site Recovery now supports replication and disaster recovery for Linux Azure Virtual Machines running on NVMe-enabled Generation 2 VM families, such as the Da/Ea/Fa v6-series and Ebsv5/Ebdsv5 in the Azure-to-Azure scenario. This support is limited t

We’re pleased to announce that Azure Migrate now generally supports discovery and assessment of SMB and NFS file shares hosted on Windows and Linux servers. This gives customers a complete, data-driven view of their file share environment and a clear path