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Azure Backup helps protect your critical business systems and backup data against a ransomware attack by implementing preventive measures and providing tools that protect your organization from every step that attackers take to infiltrate your systems. It provides security to your backup environment, both when your data is in transit and at rest.

In addition to various security features offered by default, you can also leverage several enhanced features that can provide you with highest levels of security for your backed-up data. Learn more about security in Azure Backup. Also, learn about how backups can help you protect backups against ransomware better and how Azure helps you ensure rapid recovery.

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Yes, they can be. Servers that are hosted in Azure in IaaS can be protected using Azure backup.

It is simple to enable this backup directly from the Azure portal with minimal configuration overhead. The service can be enabled for both Windows and Linux VMs in Azure.

Azure Backups are stored in Azure storage, which is automatically created by the backup service. it's resilient by design and there will be a minimum of three copies of your data available in the cloud in Azure storage when using locally-redundant storage (LRS) replication.

Azure backup cost includes two components: the cost per backup instance (source) plus the cost of the storage used to house the backup. This is applicable for backups taken from Azure as well as with on-premises environments. A sample cost calculation is covered later on in this blog post.

Many cloud vendors offer some kind of backup service as it is a simple but important use case for every business. Azure Backup is a cloud-based backup service that can be used on a pay-as-you-go basis to protect your workloads deployed in Azure, multicloud, and hybrid cloud deployments.

For companies that need an Azure disaster recovery solution, Azure Site Recovery offers an easy-to-use service for replicating physical, VMWare, or Hyper-V environments to Azure Virtual Machines. Azure Site Recovery adds orchestration and different failover options in case of disaster. On the other hand, if you need to keep copies of your data or virtual machines, either on-premises or in Azure, you should consider Azure Backup. This data can be restored to the original location or to an alternate location from the backup copies directly from the Azure portal or using MARS /MABS /DPM interface.

As the backup data is stored in Azure cloud storage, it is safe from any incidents that could impact your local data centers. Backup on Azure can serve as your primary backup location or as an extension to a different backup solution in which you have already invested.

You can simply backup and restore your files and folders, which can be great for storing application configuration changes or other business materials. However, if you plan to backup complex workloads, Azure offers you support for different scenarios.

Azure backup can also detect SQL DBs and SAP HANA DB deployments in your Azure virtual machines and enable protection from them from the Azure portal. Note that the same feature is now available in preview for PostgreSQL on Azure. This helps in protecting your mission-critical DB and SAP workloads in Azure

Some of the biggest concerns companies have when planning for recovery relate to how a Azure Backup will affect their environments during backup or recovery procedures. What resources are required in Azure in order to make this work and, of course, how much is Azure backup and storage going to cost?

The next question that might come up is how much storage space will be needed to store your backups. The answer directly depends on how often you copy your workload to Azure, as well as how many historical copies you want to keep through retention policies. This is an important point for discussion since Microsoft will charge customers for storage space in addition to the fixed Azure Backup pricing for protecting data.

Azure Backup has two cost components: a flat charge for backup based on protected instance size and the cost for storage used. Protected instances are VMs, application servers, SQL servers, etc. which are included in a backup policy. The backup charges for Azure VMs and on-premises servers can be summarized as follows:

Note that Azure backup optimizes the backup time by taking parallel backups of disks in the VM. Snapshots taken for the backups may not be immediately transferred and this process might take longer during peak hours.

Once everything is in place and you are successfully creating backups, the best possible scenario is that you will never need them: no one ever wants a data loss that could trigger a recovery procedure. However, due to human mistakes or software crashes, you will probably have to do it someday. The best thing you can do is be prepared for it.

On Azure, you can easily recover your Windows and Linux virtual machines, specific workloads, system state or even files and folders from VM backup. By running a test on a separate Azure Virtual Network or on-premises infrastructure you can create an isolated environment and run tests on your production data replica without interfering with your actual production environment.

You can use Azure portal to monitor your backups and configure simple reporting, alerts, and diagnostic logging so you can act quickly if something bad happens and, more importantly, ensure that you have consistent backups in place at all times. Monitoring for Azure backup through Azure monitor is enabled by default. You can also leverage log analytics work space and create query based alerts for your backup jobs. The next step is to assure your backup works properly by testing it periodically.

By considering all the key points of using Azure Backup, you will eliminate the administrative overhead of maintaining on-premises solutions, buying additional storage space and licenses, and correct the mistakes of bad backup strategies.

This post examines the backup options available on Azure and looks at how your database availability and redundancy requirements can be met. The article discusses both the file-based and snapshot-based approaches to backup on Azure and explores the data backup and protection capabilities offered in Azure by NetApp Cloud Volumes ONTAP.

Offered by Microsoft Azure, Azure SQL Database is a robust database service that comes with out-of-the-box backup capabilities. These allow you to restore your database to any point in time, within a week to 35 days. The service also has a Long Term Retention (LTR) policy which can retain backups for as long as a decade, if needed.

This post gives a detailed overview of the backup capabilities in Azure SQL Database. The article covers the various use cases that require database restoration, Azure SQL pricing, a step-by-step explanation of how to restore an Azure SQL Database with Azure Console, and what you should take into account when doing so. Finally, we show you how NetApp Cloud Volumes ONTAP can optimize Azure backup storage.

Ensuring your data is protected and consistently backed up is crucial, especially now that backups are often hosted off-premises, in the cloud. Azure offers several services such as Azure Blob Storage and Azure Site Recovery that make the backup process an easy and highly-customizable operation.

This post explores different aspects of backing up your databases in Azure. It covers the major types of database backup, the different approaches to backing up Azure databases, how to archive hosted databases in the cloud, and how to verify and restore your backups. The article also looks at how Cloud Volumes ONTAP brings highly-efficient and cost-saving capabilities to optimize Azure backup.

Azure Backup Server is a powerful backup option for both on-premises and cloud-based workloads in Azure storage. It can backup entire on-premises machines as well as specific files and folders running either in-house or in Azure VMs.

You can combine Azure Backup with Azure Policy, a governance engine that can help you enforce organizational standards and assess compliance in your environments. See examples of Azure backup policies, get a quick step-by-step tutorial for working with policies, and learn critical best practices to make your backup policies effective.

I've been a user of VBR for many many years for protection VMware but never really used it in anger for Azure. I've recently moved to a company that are in a midsts of a migration to Azure and are looking at backup options. What does using Veeam give us over the Azure native offering? Just looking for some bullet points here. I want to use Veeam because I like the interface but need to convince management that it's worth the cost uplift.

I have been researching the differences between using Commvault backup and Azure backup for backing up Azure Virtual Solution (AVS) VM instances, especially when dealing with a potentially large number of VMs (up to 1000). Here are a few points I have found so far:

However, I would greatly appreciate your input and validation of these points, as well as any additional insights or considerations regarding the advantages of choosing Commvault backup over Azure Backup for backing up Azure VM instances. Thank you in advance for your help!

Here is what I have learned so far from working with Veeam and Commvault SMEs, reviewing documents, and looking at community responses. I wanted to share this in case anyone else is searching for similar information. Feel free to correct me or add any details you think might be relevant for how these products handle backups specifically for Azure VMware Solution (AVS) instances: