Managing and sharing your VMs across different subscriptions in the cloud is necessary for having a flexible routine. Azure Shared Image Gallery is one such tool that enables that process. With it, you can manage VM images, deploy them across the world, perform versioning and grouping of images, and share them across subscriptions.
The previous text by this author explained how to deploy the Windows Virtual Desktop solution. Now that you’ve learned how Azure Active Directory can help simplify your shifting to remote work, there’s another trick. To further ease the process, you can deploy the session hosts by using an image.
Establishing VPN connections to your on-prem infrastructure and then managing resources from there can be too complicated and straining. To simplify that process, you can now use Azure Active Directory: deliver Kerberos and NTLM tokens for Azure Files, access company data from anywhere, add cache servers to ROBO, and more.
It’s usually quite a chore to manage file servers by using VMs. Migrating between file servers in the cloud, enacting replication with DFS-R, and such would require using redundancy mechanisms. All this makes the implementation of file servers in Azure unnecessarily complex. Well, that ship has finally sailed!
Veeam Backup and Replication 10 has just recently been released, and one of its more exciting features is the ability to back up a NAS. The latter is frequently used for diverse workloads, which include huge amounts of unstructured data. It’s often served chaotically, and it’s in a risk of being lost if there’s no specific fast redundancy mechanism in place.
Nothing in life comes for free and, certainly, not all the little things used in Azure. Such components as RD Broker or RD Web Access, for example, are “hidden.” You won’t see their apparent activity in Azure Portal, unlike the RD Host Session or Windows 10 VMs. As a result, your Azure credit will be spent without you actually using the productivity of such VMs.
Keeping your credentials and online behavior safe is key to upholding corporate cybersecurity. But the number of applications that are used on-premises and in the Web grow every day. Such conditions require employees to have various access identities with different credentials. Consequently, it causes unnecessary work complexity and potential online threats. Read the article by Romain Serre about using Azure AD Connect to synchronize identities across your on-premises and web application directories to enhance your cybersecurity.
Managing various operations in a virtualized environment usually calls for multiple tabs, each conforming to separate activities. Simplifying these operations and integrating them into a single GUI saves much time and effort to deal with other pressing matters. Windows Virtual Desktop can help you achieve just that from any host OS via Microsoft Azure.
We all know that connecting production VMs directly to the Internet via a public IP is a huge concern from a cybersecurity standpoint. Therefore, usually, all critical VMs don’t have public IPs, and they are managed either from a site-to-site VPN or a console VM that holds a public IP. In both cases, managing your Azure VMs is not easy since cybersecurity is a concern.
Veeam enables to restore a VM to Azure from the latest recovery point. The main goal of this feature is disaster recovery. In case of failure, you can restart VMs in Azure. This feature can also be used to migrate the workload from On-Prem to Microsoft Azure. You can also restore a VM in Amazon EC2. In this topic, we’ll see how to restore a VM from Veeam to Microsoft Azure.
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