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Azure VMs inherited a lot of features from Hyper-V VMs such as virtual hardware, virtual disk format, etc.

Microsoft uses the Hyper-V virtualization platform to run Azure virtual machines in Azure Cloud. Azure provides diverse services such as Azure virtual machines, Azure Active Directory, container services, databases, storage services, web services, etc. There is also a standalone edition of Hyper-V Server.ДЄzure is a public cloud created by Microsoft. A Hyper-V role can be deployed only on Windows machines and is positioned as an alternative to VMware and VirtualBox hardware virtualization solutions. Hyper-V is a type of hypervisor that was developed by Microsoft for running virtual machines.

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TodayвЂ™s blog post explains how to failover Hyper-V VMs to Azure by using NAKIVO Backup & Replication.Дownload our full-featured trial for free to see how NAKIVO Backup & Replication can safeguard your physical, virtual, and cloud workloads while saving you time, effort, and resources. Hyper-V virtual machines is not an exception.

You are required to have VM replicas if you want to perform VM failover in a short period of time, and migrate workloads of the primary site to the DR site in case of failure. What should you do if you donвЂ™t have a remote datacenter as the DR site, but you might need to recover your environment in a very short time? At present, you can use cloud environments from the top vendors as a disaster recovery site, store backups and VM replicas there, and run your virtual machines (VMs) in the cloud if disaster strikes. However, a hot DR site comes with its own high costs. A remote datacenter can be considered as a disaster recovery site (DR site). By Michael Bose How to Replicate, Restore, and Fail over Using Hyper-V Nested Virtualization on AzureДisaster recovery presumes the presence of at least one secondary site that is referred to as a disaster recovery site.