Windows Virtual Desktop is the new Azure desktop and app virtualization service running in the cloud. With simplefied management, multisession Windows 10, optimizations for Office 365 using FSLogix in the background. With this cloud managed VDI environment, you can build, deploy and scale your virtual desktops and apps in minutes.
If you’re still hosting RDS servers with virtual desktops and apps, and you want to migrate to the cloud, you definitely need to look in to Windows Virtual Desktop.
In the coming month I will be writing a manual how to set it up, and where to think about.
Today I was browsing the Azure Management portal and discovered that Microsoft Azure released a new virtual machine series based on the AMD EPYC 7452V processors that can achieve a boosted 3.35Ghz. With these new AMD processers there are 4 new series available in Azure: Dasv3-series, Dav3-series, Easv3 and the Eav3-series
Same performance, lower price!
With almost the same performance as the DSv3 and Dv3 series Intel virtual machines, these machines might be an interesting choice, especially if we do a price comparison, just 2 examples:
Price per month
If we look at the above pricing, there is a 234% price difference between AMD and Intel. I know, its not a perfect 1 on 1 comparison, but for the same price, you get the double amount of cores, and memory…
With an increased security and privacy in mind Microsoft has been working on private links to Azure resources. Azure Private Link is a secure way to consume Azure Services like Azure SQL and Azure Storage using a private connection in your own VNet. This will replace the need for IaaS hosted virtual machines with SQL Server or the file server role installed.
Azure Private Link brings Azure services inside the customer’s private VNet. The service resources can be accessed using the private IP address just like any other resource in the VNet. It is basically an NIC inside one of your VNET’s. This will allow all traffic to flow over the internal network, and will not go over the internet. There is no need to put gateways or any other network devices in place to make this happen.
With Azure Conditional access you get more control over your data, get better security and visibility! To use this feature you will need to buy and assign Azure AD Premium or EM+S E3/E5 licenses to your users.
This manual can be used to enforce the use of the Outlook app on IOS and Android devices by blocking all apps that do not support Modern Authentication like iOS mail and Google mail client.
Step 1: In the Azure Portal go to Conditional Access. On the first page that you get create a New policy
If you deployed Intune to your mobile devices, you want to enforce the use of the Outlook app on the mobile device. We want to make the end user experience as smooth as possible and preconfigure Outlook for the. How can we prepare the Outlook app with your company email settings? With just a few steps, we can get this setup!
Step 1: From the Azure Portal go to Intune –> Clients Apps –> App configuration policies and click Add
Step 2: Give the configuration policy a name and description. Select Device Enrollment type, my preferred method is to use Managed apps, because this will deploy the policy to both enrolled and unenrolled devices. Select the Outlook apps on Associated app, and go to Configuration settings.
Microsoft has announced the availability of the new Azure data-centers in Switzerland. With 2 data-centers in Switzerland, Zurich and Geneva, Azure has created a full region (West and North)
Microsoft worked together with several Swiss companies as early adopters to improve cloud adoption in Switzerland. As this region is fairly new it might take some time before all Azure and Office 365 services are available.
If you would like to start deploying resources in Azure, it might be that you don’t have access yet. During the initiation phase it is required to request access before you can start utilizing resources in Switzerland. Request access to Azure Switzerland
Tom Keane, Corporate Vice President, Microsoft Azure:
Today, we’re announcing the availability of Azure from our new cloud regions in Switzerland. These new regions and our ongoing global expansion are in response to customer demand as more industry leaders choose Microsoft’s cloud services to further their digital transformations. As we enter new markets, we work to address scenarios where data residency is of critical importance, especially for highly regulated industries seeking the compliance standards and extensive security offered by Azure.
For very high demanding workloads, storage wise, Azure has released Ultra Disk performance tier for production use. I’ve already written about it in a previous post ( Slow IOPS in Azure VM’s? not anymore!) But now is the time to take a deeper look.
Which disk types do we have in Azure?
In the following table you can see what the difference is between all disk types in Azure. This table should help you to decide which disk to use for specific workloads.
Azure Application Gateway is an advance type of load-balancer. Where an Azure Load-balancer routes traffic on the transport layer (OSI Layer 4 | TCP + UDP) the Application Gateway is a way more advanced load-balancer. It can route based on URL as well on path’s. On top of that it can do much more, like SSL offloading, autoscaling, redirection, multiple site hosting and the most import of all, it can include a web application firewall (WAF)
With all the features that the Azure application gateway provides, we should be able to setup multiple websites listening on different ports and url’s behind one Azure Application Gateway with just one external IP address.
With this guide you should be able to setup an application gateway with multiple site hostname match and http to https redirect. In this manual we will be using Atlassian Jira and Confluence as an example.
So what are we going to setup:
Deploy Azure application gateway
Configure 2 external URL’s (jira.2azure.nl and confluence.2azure.nl)
We will redirect port 80 to 443 for both websites
Jira will be listening on port 8080 internally (Default port)
Confluence will be listening on port 8090 internally (Default port)
For this guide the VNET, subnets and the virtual machine hosting both websites have already been deployed. During this guide we will not deploy a Web Application Firewall, I will tell more about that in upcoming blog article.
Last week I came across another post about Azure Heatmap. Every time when I need to find out what’s new on a specific feature in Azure, I will use Azure Heatmap. Awesome tool, I would recommend it to everybody!
Also, check out the new region lookup function to find out what is changing in your Azure Region
With Azure Lighthouse it is possible to manage your customers portals from one portal. Microsoft has added cross-tenant management for Security Center making it easy to overview customer security status and settings.
This way Service providers can leverage security from their own tenant.
If you want to learn more about Security Center and Lighthouse go to Microsoft Docs
Last week I received the question from a customer where to get the SQL license key… By default you will see the key during SQL installation, but with an Azure deployed SQL virtual machine you will never get to see the key, as its deployed from the Azure Portal.
Retreive the key from DefaultSetup.ini
So within a few clicks you will be able to retreive the key.
If you still have doubts about moving to Azure because of compliance and regulatory requirements, they will now be gone with Azure Dedicated hosts. Still in preview but ready for testing. Azure dedicated hosts are physical machines that are single-tenant configured where you can run your Linux and Windows virtual machines. This includes your own infrastructure, as well as your own maintenance policies for that host.
Visibility and control
Azure Dedicated Hosts provide visibility over the server infrastructure running your Azure Virtual Machines. You get more control over the following:
The underlying hardware infrastructure
Processor brand, capabilities, and more
Number of cores
Type and size of the Azure Virtual Machines you want to deploy
You can mix and match different Azure Virtual Machine sizes within the same virtual machine series on a given host.
If you have any second thoughts, it is now open in preview for testing.
Last 2 months I’ve been working on renewing my Office 365 and Azure certifications. 4 years ago I already passed the “old” exams: 533, 534, 345, 346 and 347. This saved me a few exams. I was able to upgrade to Azure Administrator and Messaging administrator by passing the upgrade exams. For the Azure Solutions Architect I had to take the AZ-300 and AZ-301 exam as an upgrade exam was only valid for those who have passed the follow up exam of 534: 535.
So here is the final result, I will be looking into the Azure Security exam in the future (AZ-500) as well as the Microsoft 365 Certified Enterprise Administrator Expert (MS100 & MS101)
When you accidentally locked your self out from a Virtual Machine in Azure, there is no console access to login and help your self back in to the system.
In the last year I’ve seen a few cases where somebody accidentally locked himself out of a VM by wrongly adjusting the Windows Firewall, making it impossible to manage their virtual machine in Azure. But with Custom script extension it is possible to disable the Windows Firewall to gain access again!
Microsoft released Lighthouse last weekend, and since this is a great feature, I wanted to implement it as soon as possible, but the Microsoft docs might be a bit confusing, so I wanted to simplify the manual, so here it is! We will be using PowerShell, as this makes life so much easier, and faster.
Your admin tenant needs to have a valid Azure subscription
You need to have a native user account with the new Owner role in the tenant that you want to manage (Customer tenant)
Azure PowerShell module: AZ (Install-Module -Name az)
Did you ever wonder what’s new in Azure, or what is updated recently? Azure keeps all its updates to Azure in a cool overview, the Azure Heatmap! Check it out using the following url: https://azureheatmap.azurewebsites.net/
Recently I received the question if it is possible to monitor Azure Backup with PRTG. Now this might seem to be a bit weird, as we could use Azure monitoring. But in this case, it was a service provider that needed a single solution for all their services, including custom dashboards and monitoring.
So, challenge accepted, lets get this done! In this case the customer has a Azure Recovery Service Vault with 2 virtual machines, with a backup schedule of only once every 24 hours with a retention of 30 days.
Our goal will be to have 3 sensors in PRTG with the completed jobs, failed jobs and running jobs. If you follow the next steps you should be able to set this up your self as well.
Microsoft is working hard on improving Azure File sync. They just announced the new release of the v7 agent. For now only current installed agents get the update. Once all current clients have been updated, the update will be available on Microsoft Update and Microsoft Download Center
Improvements and issues that are fixed
Support for larger file share sizes
With the preview of larger, 100 TiB Azure file shares, we are increasing the support limits for file sync as well. In this first step, Azure File Sync now supports up to 50 million files in a single, syncing namespace. Other existing limits, for example the number of items per directory level, still apply.
Improved Azure Backup file-level restore
Individual files restored using Azure Backup are now detected and synced to the server endpoint faster.
Improved cloud tiering recall cmdlet reliability
The cloud tiering recall cmdlet (Invoke-StorageSyncFileRecall) now supports per file retry count and retry delay, similar to robocopy.
Support for TLS 1.2 only (TLS 1.0 and 1.1 is disabled)
Azure File Sync now supports using TLS 1.2 only on servers which have TLS 1.0 and 1.1 disabled. Prior to this improvement, server registration would fail if TLS 1.0 and 1.1 was disabled on the server.
Miscellaneous performance and reliability improvements for sync and cloud tiering
There are several reliability and performance improvements in this release. Some of them are targeted to make cloud tiering more efficient and Azure File Sync as a whole work better in those situations when you have a bandwidth throttling schedule set.