

That’s because you must install and configure a new server, install the OS, set up any apps, and only then can you begin restoring mission-critical data. When performing a system recovery in the wake of a major downtime event, restoring physical systems can take anywhere from hours to days. VMs lend themselves well to disaster recovery (DR) and business continuity (BC) planning. Can Azure Restore a VM From Backup More Easily Than Physical Machines? This is one of the features that make VMs so much more capital-efficient, both in terms of space and maintenance costs. In contrast to single-tenant servers, multiple VMs are able to run on the same hardware in what’s known as a “multi-tenant environment”. The virtualized environment provides you with the same functionality as the physical machine it is emulating. In the field of computing, a virtual machine (VM) refers to a software representation of a computer system. In this article, we explore what an Azure VM backup strategy is, some important considerations when planning for it, and an overview of the process for both Windows and Linux operating systems.

Luckily, with the right Azure backup and recovery strategy, you can ensure that a data failure suffered by your VMs is nothing more than a minor inconvenience.

But whatever the cause, the result is the same: An instant loss of your mission-critical business data. Finally, we'll cover how you can automate the whole process so you can scale as well as generate a new image each month or when a zero-day patch comes out, so you can stay secure.A primary data failure can be caused by any number of factors, from data corruption and software issues to cyber attacks and human error. Then we'll look at how to manage, maintain, and update those images. This is going to cover a lot of information on the Windows OS, imaging tools, and how we work with images in Azure. This course covers imaging in Azure to show you how you can build Azure Virtual Desktop session hosts as well as prepare for the AVD Specialty exam.
