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Looking for guidance on transferring my Learning Room (Azure Integration + AI)
Hi everyone, I’m Konstantinos, the host of the Learning Room Modern Development with Azure Integration and AI in the Microsoft Learn Skills Hub. With the Learn Expert program being retired, all Learning Rooms will close at the end of June. I’m hoping to keep our room alive by transferring it into an existing Tech Community space — but this can only happen if a community owner approves the move. 🔗 Learning Room: https://techcommunity.microsoft.com/group/a16aab22-66d5-4fc2-8539-b6a382916bda Focus: Hands‑on Azure integration patterns, modern development practices, and applied AI — supporting learners building real‑world solutions. If you are a community owner, moderator, or know who manages a relevant Azure space (Apps on Azure, Azure Architecture, Azure AI, Integration, Developer Tools, etc.), I’d be grateful for any guidance or introductions. Even a quick pointer to the right contact would help. The Tech Community team will handle the transfer if approved — I just need confirmation from the destination owner. Thank you to anyone who can help steer this in the right direction. I’d love to continue supporting learners within the Azure community. Konstantinos8Views0likes0CommentsLooking for a new home for our Learning Room (Azure Integration + AI)
Hi everyone, I’m Konstantinos, the host of the Learning Room Modern Development with Azure Integration and AI in the Microsoft Learn Skills Hub. I am a Tech enthusiast , geek , nigh crawler ,,,you know ! More about me https://passadis.github.io But enough. I’m reaching out because the Learn Expert program is being retired, and all Learning Rooms will close at the end of June. I currently host the room Modern Development with Azure Integration and AI, and I’m hoping to keep it alive by transferring it into an existing Tech Community space — if a community owner is open to it. 🔗 Learning Room: https://techcommunity.microsoft.com/group/a16aab22-66d5-4fc2-8539-b6a382916bda Focus: Practical Azure integration patterns, modern development approaches, and applied AI — with hands‑on guidance, discussions, and support for learners building real‑world solutions. If you are a community owner, moderator, or know who manages a relevant Azure space (Apps on Azure, Azure Architecture, Azure AI, Integration, Developer Tools, etc.), I’d really appreciate a quick introduction or guidance. A transfer is only possible with the destination owner’s approval, and the Tech Community team will handle the technical side — I just need confirmation from the right person. Thank you in advance to anyone who can help point me in the right direction. I’d love to keep supporting learners and contributing to the Azure community. Konstantinos11Views0likes0CommentsWindows OS edition validation error
In one of my session hosts, the windows operating system version & edition has different values, On winver.exe" --> it gives Windows 11 multisession 22h2 whereas in registry, path to HKLM:\Software\Microsoft\Windows NT\CurrentVersion\ Keyname: ProductName Value; Windows 10 multisession Can someone experience this in similar, .. Thanks, Rajkumar15Views1like1CommentBLOG: Explaining Azure Local additions to licensing and hardware ecosystem -June 2026
Changelog: 1.2 - improved readability in licensing comparison section, adding sources. 1.1 - corrections for S2D + SAN / or SAN only, added link for solution comparison. 1.0 - initial version In this blog I will inform you about noteable additions and changes in terms of Azure Local Licensing and changes to the qualified, certified hardware required. Some of these changes also making it much easier re-using existing hardware with Azure Local, such as SANs. As this blog uses a couple of acronyms, please make yourself familiar with these in the terminology section at the end of this post, as it differs a bit from what is used with Windows Server. 🆕Change 1 - Licensing updates: Microsoft has released an addition to their all-known Azure Local pricelist and licensing conditions. What's new? Host Servicing Fee and revoked Azure Hybrid Benefits for Azure Local have been clarified based on its deployment decisions, when used with S2D + SAN or SAN and ALDO. Formerly revoked for M365 Local through product terms changes. With this Microsoft has introduced a new tier model for Azure Local Host fees based on the specific assignment of the deployed instance. Tier 1: Azure Local using Storage Spaces Direct (default) Tier 2: Azure Local for disaggregated deployments or hyperconverged deployments with external storage. Tier 3: Azure Local with disconnected operations, locally hosted control plane. Learn more about the the new Azure Local pricing tiers. Important note: Please always consult Microsoft Product Terms preferably over other pages, slides etc., understanding the definitive terms that apply. Any licensing statements written or displayed outside Product Terms - including this blogpost - are considered complementary. They might be incomplete or outdated given the context and respective licensing program that applies. 🆕Change 2 - Azure Local Solutions - hardware and ecosystem changes: Microsoft Azure Local Solutions page, formerly Azure Local Solution page (catalog), has seen a subtle but major overhaul some time ago. I would like to elaborate on these. The previously well-known "pyramid" of hardware certification and defined feature and support set for Azure Local has been revised. Tier 1: Premier Solutions Tier 2: Integrated Systems Tier 3: Validated Nodes The new hardware certification and defined feature and support sets: Tier 1: Premier Solutions Tier 2: Integrated Systems 𝗪𝗵𝗮𝘁 𝗵𝗮𝗽𝗽𝗲𝗻𝗲𝗱 𝗼𝗿 𝘄𝗶𝗹𝗹 𝗵𝗮𝗽𝗽𝗲𝗻 𝘁𝗼 𝘆𝗼𝘂𝗿 𝗩𝗮𝗹𝗶𝗱𝗮𝘁𝗲𝗱 𝗡𝗼𝗱𝗲𝘀? First, Validated Nodes not to confuse with Azure Local validated hardware - have been entirely removed from the Azure Local Solutions | Microsoft, formerly Azure Local Catalog, as a selectable solution category. Given the indications and filtering options - to my understanding - it is very unlikely that future hardware refreshes will be provided by the OEMs based on the Validated Systems. Thus I consider Validated Systems phased out / deprecated based on the readings on the Solution page, while there is no official announcement I am aware of. 𝗗𝗼𝗲𝘀 𝘁𝗵𝗶𝘀 𝘃𝗼𝗶𝗱 𝘆𝗼𝘂𝗿 𝘃𝗮𝗹𝗶𝗱𝗮𝘁𝗲𝗱 𝗻𝗼𝗱𝗲𝘀 𝘆𝗼𝘂 𝗵𝗮𝘃𝗲 𝗱𝗲𝗽𝗹𝗼𝘆𝗲𝗱 𝗮𝗻𝗱 𝗿𝘂𝗻𝗻𝗶𝗻𝗴? I'd say no in most cases based on the age of the hardware and would like to advise the following: Brace and keep calm. 🙏🏻 Please consult the Azure Local Catalog for changes at your pace, identifying your deployed hardware. Checking for supportability (limited support or end of support statements). Validated Nodes are still visible in the Azure Catalog when choosing the filter options as shown in the picture, while the category filter itself has been removed. Please check with your Microsoft Partner and OEM, if deployed and still supported Validated Solutions actually got upgraded / or are upgradeable to Premier Nodes. I have been informed some are upgradeable from Validated Solution directly to Premier Nodes but this requires a redeployment of the nodes. How can I find my running Validated Nodes, when not listed (upgraded) in Premier Solutions or Integrated Systems? There is a selector on this in the Azure Local Solutions overview, call qualification generation. Wait, is that a kind of upselling? Speaking about the hardware for Azure Local, in my understanding this consolidation from a 3-tier model to a 2-tier model was long overdue and in my personal opinion I welcome it based on the technical changes and requirements Azure Local 23H2 and 24H2 implied. I wouldn't describe it as upselling and here is a pointer why: Some time ago, most Integrated Systems (Nodes) have been upgraded to Premier Solutions at no additional cost to partners and customers by Dell Technologies. While Dell took the lead, many OEMs followed suit. This also means that all fully supported deployed Azure Local nodes consistently support Quick Reboot, skipping lenghty BIOS POST time, when no UEFI firmware is pending for installation. Thankfully though, the inital Azure Local 23H2 approach by Dell, which involved pairing Premier Nodes with a mandantory layer of OEM provided software, has been dismissed. This approach required customers accepting the benefits of Premier Solutions billing, storage capacity, CPU and RAM in return for a OEM specific management software and other OEM provided benefits. Vae victis, early adopters. While these remain support, this is no longer the case for Premier Solutions of neither OEM offering these. What are your benefits when after the change potential upgrade? Please find this verbose comparison and also check the tabs on the top of the linked page: Comparison of Azure Local solutions. The benefits are huge, beneficial and practical for everyday operation, troubleshooting and support. Why the change? Microsoft has drastically improved the servicing workflow by using Azure Update Manager, Cluster Aware Update mechanisms and healthchecks, with the goal to near one-click automate the download, deployment and installation of SBE while also maintaining the Azure Local solution and keeping it up-to-date, with a friction-less and production-safe upgrade mechanism. This means monthly patching for Azure Local, since version 12.x builds based on Windows Server 2025 kernel were introduced, upgrade and monthly update reliability has finally met and exceeded expectations. Note that 11.x builds starting from 23H2 had some 'first release issues', but all teams at Microsoft worked extremely hard to overcome these. Learn more about the Azure Local releases and their update, upgrade and supportability terms. Azure Local Licensing Changes - Azure Hybrid Benefits for Windows Server Datacenter Tier / Scenario CSP Subscription (MCA) EA with SA MCA‑E with SA or Subscription Other Programs with SA 🟩 Tier 1 — Azure Local w. S2D Full AHB benefits Host fee pricing: 10$ per active core per month, unless exempted. 🖥️ No Azure Local fees or Windows Server Guest OS fees 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ No Azure Local fees or Guest OS fees 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ No Azure Local fees or Guest OS fees 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌 Connected 🟧 Tier 2 — Azure Local w. S2D + SAN or Azure w. SAN Azure Local host fees apply Host fee pricing: 20.1 $ per active core per month. No exemption. 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🗄️S2D + SAN or SAN only 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🗄️S2D + SAN or SAN only 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🗄️S2D + SAN or SAN only 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🗄️S2D + SAN or SAN only 🪪 WS Arc Management benefits elibigle 🔌 Connected 🟥 Tier 3 — Azure Local ALDO Offline, no Azure Arc access Host fee pricing: Contact Microsoft or eligible Microsoft partner 🖥️💲 Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌❌ fully disconnected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌❌ fully disconnected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌❌ fully disconnected 🖥️💲 Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌❌ fully disconnected 🟦 M365 Local on Azure Azure Local host fees apply Host fee pricing: Contact Microsoft or eligible Microsoft partner 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌 Connected 🖥️ 💲Azure Host and Guest OS fees apply - you might license Guest OS with Windows Server Azure Subscription or through volume licensing. 🪪 WS Arc Management benefits elibigle 🔌 Connected sources: https://www.microsoft.com/licensing/terms/productoffering/MicrosoftAzure/MCA#clause-2250-h3-1 (primary) https://learn.microsoft.com/en-us/azure/azure-arc/servers/windows-server-management-overview (complementary) https://azure.microsoft.com/en-us/pricing/details/azure-local/ (complementary) https://learn.microsoft.com/en-us/windows-server/get-started/azure-hybrid-benefit?tabs=azure-local (complementary) Azure Local Terminology Term / Category Definition Nodes Physical servers participating in an Azure Local deployment. Instance A cluster of Azure Local nodes forming a single logical deployment. AzL S2D Azure Local using highest‑performance, highly available local Software‑Defined Storage (S2D). System Builder Extension (SBE) packages Fully tested and supported driver + firmware recipes for the current Azure Local release, provided by OEMs in partnership with Microsoft for Premier Solutions. Solution Categories Defines ease of deployment, support boundaries, and feature availability across Azure Local solution types. Azure Local hyperconverged deployments with external storage (Azure Local S2D + SAN) Azure Local S2D combined with qualified SAN‑attached storage. Azure Local for disaggregated deployments (Azure Local with SAN) Azure Local without S2D, using qualified SAN‑attached storage. Azure Local Disconnected Operations (ALDO) Fully disconnected, locally hosted control plane mimicking Azure Portal functionality, ensuring full‑stack data locality for strict governance requirements. Azure Local M365 Azure Local configuration enabling Microsoft 365‑like services on‑premises using a specialized node and instance setup. Azure Local The on‑premises Azure‑consistent platform for compute, storage, and hybrid management. CSP (Cloud Solution Provider) Sales motion/program. Not related to Intune CSP policies. MCA (Microsoft Customer Agreement) Licensing framework underlying CSP purchases. Microsoft Product Terms (PT) Official licensing terms — the single authoritative source for Microsoft licensing information. Windows Server / Azure (Local) Hybrid Benefits (AHB) Licensing benefits for applicable programs, especially valuable for Arc‑enabled servers with active Software Assurance. Particularly beneficial for customers licensing Windows Server Datacenter hardware cores via Enterprise Agreement with SA or CSP Subscription. AHB varies by product and program; Product Terms remain the authoritative source. Software Assurance (SA) Term based or compulsory in Subscriptions, bundle of licensing and usage benefits compared to perpetual licensing. Since Arc and Azure Local ROI goes far beyond "running the latest". Missed anything, spotted wrong? Let me know in the comments below.Solved171Views3likes3CommentsAzure Quantum orchestrated by enterprise apps via jBPM
Hi Community! Sharing this quantum enterprise computing example: https://www.linkedin.com/pulse/jbpm-quantum-orchestration-platform-sergey-lukyanchikov-ocvce plus its GitHub repo: https://github.com/C-NLTX/Open-Source - enjoy!64Views0likes0CommentsIntegrating Tableau to a Azure Internal Database
Hi everyone, I wanted to ask if it's possible if I can connect Tableau to an internal database that I'm planning to build. Not just Tableau but Monday.com too. And yeah, I know I need to build the database first, and sort everything out first, but it's for my presentation. I would really be grateful if someone can answer this and show me a bit of how I can do that. Do I need some token from tableau or something?40Views0likes2CommentsBuilt-in Appx Apps authentication and FSLogix
Hi, What is the state of play with Built-in Appx applications and FSLogix? We have a customer who we migrated to Windows 11 Multi-Session, EntraID only, Intune and Cloud Kerberos for FSLogix profiles. They have a strange issue that they use some of the built-in Appx applications, The Microsoft To Do app and Sticky Notes. When they open the app for the first time it logs in straight away, no issues. They close it and load it, all fine. Come to log off the session host and log back on, load the appx app, it struggles to auto sign in, both apps have the same issue, you can click a few times and it logs in, but does this every time. If we disable FSLogix, and use local profiles, it works. If we enable Roam Identity, it works (We have disabled this as I know we cannot use it) I have built a brand new session host, Removed all Intune polices apart from setting FSlogix settings, same issue, Latest FSLogix, Taken away ODFC and reset profile, same issue. Are Built-in Appx supposed to work. Just seems to be really bad at this stage if they don't, Latest FSLogix, set InstallAppxPackages to 1, (default anyway) Am I missing anything, is this supposed to work now? I would have thought this would be fine? If anyone is able to provide any assistance would be greatly appeciated. Thanks.55Views0likes1CommentRestoring a user to Azure API Management instance who had registered using Azure B2C
I am trying to restore a Azure API Management user account that I had backed up and has identity.provider and intentity.id backed up. When I restore this user using the ARM endpoint using URI similar to one below, the user gets restored but has both "AadB2c" and "Basic" as the auth type:- "https://management.azure.com/subscriptions/${subscriptionId}/resourceGroups/${resourceGroup}/providers/Microsoft.ApiManagement/service/${apimName}/users/${userId}?api-version=2024-05-01" Why is Basic being added as the value because the backup had "AadB2c" as the Auth Type? And is there a way to avoid that and only have "AadB2C" as the Auth type.38Views1like2CommentsWhich Azure certification are you currently preparing for, or planning to take next?
I recently started exploring Microsoft Azure training and certifications, and I can clearly see how valuable they are for building cloud skills and growing a career in technology. Azure certifications help professionals learn real-world cloud concepts, improve technical knowledge, and stay updated with technologies like AI, Security, DevOps, and Data Engineering. Some of the most popular certifications are: AZ-900 – Azure Fundamentals AZ-104 – Azure Administrator AZ-204 – Azure Developer AZ-500 – Azure Security Engineer Microsoft Learn also provides free learning paths and hands-on content, which makes it easier for beginners and experienced professionals to learn at their own pace.31Views1like0CommentsAzure Managed Identity randomly returns 403 and then self-recovers
Our production apps intermittently lose Key Vault access via Managed Identity for a few minutes, then recover automatically without any config, RBAC, or deployment changes. Everything appears healthy from Azure’s side, which makes root cause analysis extremely difficult. Has anyone else seen this behavior?41Views0likes1CommentIs there no way to get better support for Azure - esp for SEV A tickets
We have had a sev A ticket open for over 5 days, and are incurring thousands in losses every day, and despite assurances from the Azure Support that it is being solved in hours and then having confirmations that it is solved, the issue is still not solved. I have asked numerous times to get our teams in touch with actual microsoft employees, not front end contractors, who is more like level 1 support, and just running messages between customer and back end team, and really are powerless to handle any suport issues themselves, and they are on complete mercy of "other teams" yet as a customer, apparantly we cant even get on a call with these other teams, and the poor front end contractors are getting the brunt of our pain. Absolutely are in the dark, as to what is actually happening in the back end, other than "trust me bro" we are working on it. No eta, no explanation.. hard to fathom how this can go on like this145Views2likes4CommentsWe never really knew if our Azure followed CAF or Well-Architected — so we built something
For years we ran Azure environments professionally and CAF and WAF reviews were always the same story. A consultant every 12-18 months, a thick PDF, good intentions — and then nothing until the next one. The problem wasn't that we didn't care. It was that there was no lightweight way to track it continuously. Defender had some parts of CIS. WAF had the assessment tool. CAF had... a whitepaper and a spreadsheet we kept meaning to update. We couldn't answer basic questions like: are we getting better or worse? Which subscriptions are drifting? What would an auditor actually see if they looked at our CAF posture today? Eventually we got frustrated enough to build Anubion — it connects agentlessly to your Azure tenant and runs continuous checks across CIS, CAF, and WAF in one place, with findings prioritised and evidence stored over time. Happy to share more if anyone's interested. But also genuinely curious — how are other teams handling CAF and WAF tracking between formal assessments? If anyone is curious about their scores, you can sign up for at 14 day free trial. The setup is short and you only need a read-only service principal. Check out https://anubion.io/#request-access86Views0likes2CommentsUnable to backup APIM instance to storage account
I have a Standard V2 APIM instance and a storage account that has public access disabled but allows traffic from the Integration subnet of the APIM and the "Microsoft.ApiManagement/Service" resource type and the specific instance of APIM allowed access. It also has the "Allow trusted MIcrosoft Services to access this resource" selected. Integration subnet of APIM has the "Microsoft.Storage" service connection configured. I am following this MS KB to setup the backup:- https://learn.microsoft.com/en-us/azure/api-management/api-management-howto-disaster-recovery-backup-restore?tabs=powershell#back-up-an-api-management-service And using the "Access using managed identity" method. The Service principal that I am using in Powershell & Managed Identity of APIM has been given the "Storage Blob Data Contributor" role on the storage account. When I run the following 2 commands from a VM in the same VNET as the APIM Instance I get error: "Backup-AzApiManagement : Long running operation failed with status 'BadRequest'." $storageContext = New-AzStorageContext -StorageAccountName $storageAccountName Backup-AzApiManagement -ResourceGroupName $apiManagementResourceGroup -Name $apiManagementName -StorageContext $storageContext -TargetContainerName $containerName -TargetBlobName $blobName -AccessType "SystemAssignedManagedIdentity" Storage logs seems to indicate that it successfully does the "putblob" operation and within few milliseconds does the "DeleteBlob" operation. APIM activity logs have the following error for "Backup API Management Service":- "message": "Unable to backup API service at this time. Please, retry the operation.If the issue persists, please contact support providing correlation ID How can I troubleshoot this further or what needs to change in my setup to allow the backup?Solved75Views0likes2CommentsRemote debug options for Linux container on App Services
We run .Net hosted on Linux Docker containers running in App Service. This makes debugging very difficult as while there is an option for remote debugging, this is only for Windows containers. https://learn.microsoft.com/en-us/visualstudio/debugger/remote-debugging-azure-app-service?view=visualstudio The only option I can find for Linux is the one detailed in the link below from 2018 which involves running an SSH server in the Docker container and using an extension which doesn't seem to have a stable version. az extension add --name webapp az : WARNING: No stable version of 'webapp' to install. Preview versions allowed. https://azure.github.io/AppService/2018/05/07/New-SSH-Experience-and-Remote-Debugging-for-Linux-Web-Apps.html Are there any currently supported options for remote debugging in Linux containers? Are there any plans to introduce the remote debug feature for Linux App Services?82Views0likes2CommentsIngesting Logs through Azure Private Link
Hi, We are currently using Azure Private Link within our environment and we are attempting to ingest logs into Log Analytics. When I reached out to Microsoft Support, it appears that the CCF connectors will not work using Private Link and the Azure Functions connectors are becoming depricated. Has anyone else run into this issue and what is the solution for getting logs into Sentinel through the Private Link, specifically API log sources? Did this require a custom app for each of these log sources or some sort of custom script that lives on an AMA host within the Private Link to ingest the logs? Any advice here would be greatly appeciated. Thank you,109Views0likes2CommentsCan you backup API Management Instance without including the product subscription keys
I am following this KB to backup and restore APIM instance:- https://learn.microsoft.com/en-us/azure/api-management/api-management-howto-disaster-recovery-backup-restore?tabs=powershell But it includes the product subscription keys which can be a security concern. Can you backup API Management Instance without including the product subscription keys?70Views0likes1CommentInstalling and configuring Windows App on Thin Client environments
I am seeking technical guidance on accessing the new Windows App from Thin Client environments, following the end of support for the Microsoft Remote Desktop client (27 March 2026). Current Environment End-user devices: Thin Clients used by customers Thin Client OS types in use: Windows 10 IoT Enterprise, and/or Thin Clients running custom NComputing firmware Backend environment: Windows Server–based environment hosting a line-of-business application (accessed via RDP / RDS) Current Access Method Users currently connect using the Microsoft Remote Desktop (RDP) client, accessing either: A full desktop session, or Published RemoteApps via RDS This setup is functioning today but is impacted due to Remote Desktop app end of support. Issue / Challenge Microsoft is recommending migration from Remote Desktop app to the Windows App. However, during evaluation, we are facing blocking limitations on Thin Client devices, specifically: Windows App is not supported / cannot be installed on: Windows 10 IoT–based thin clients, and Thin clients running custom NComputing firmware These devices have: Limited hardware resources Restricted OS / firmware‑level constraints No support for installing modern Store / Windows App packages As a result, users cannot access the environment using Windows App, creating a risk of service disruption. What We Need : We request Microsoft’s official technical and product guidance on the following: Confirmation Is the Windows App officially supported on: Windows 10 IoT Enterprise? NComputing or other firmware‑based thin clients? Alternative Supported Options Are there supported alternatives for thin clients after Remote Desktop app end of support: Web-based access? Legacy RDP components still supported for Windows Server? Specific RDS client versions approved for IoT devices? Best‑Practice Architecture Recommended Microsoft‑supported architecture for: Thin client environments RDS / RemoteApp access Scenarios where Windows App installation is not possible Risk & Compliance Clarification Guidance on continued use of RDP clients in end-of-support but still operational mode, and Associated security or compliance implications, if temporary continuation is required. This information is critical to ensure business continuity for customers who cannot upgrade thin client hardware or firmware immediately.172Views0likes2CommentsTwo node Azure Local cluster updated to different versions
I'm not really sure how it's happened, but after trying to run an update against my Azure Local cluster, one of the two nodes has ended up at a higher version and now the update process is failing as it's detected that the nodes are at two different versions. Node 1 is at 26100.32690 Node 2 is at 26100.32522 Retrying the update process is failing as it's obviously detecting that the two nodes are at different update versions. Is there a way to update the node that has fallen behind to the the same version as the other?Solved76Views0likes2CommentsFrom AWS to Azure: Practical Lessons and Best Practices from Real-World Migrations
Cloud-to-cloud migrations—especially from AWS to Azure—are often seen as straightforward “lift-and-shift” exercises. In reality, they involve careful planning across architecture, networking, identity, and deployment practices to ensure stability, scalability, and long-term maintainability. Based on my experience working on large-scale migration programs, here are some key best practices that can significantly improve the success of AWS-to-Azure transitions. 1. Start with Architecture, Not Migration One of the most common pitfalls is jumping directly into migration without defining the target architecture. Before moving workloads: Define landing zones and environment structure (Dev/UAT/Prod) Align networking, identity, and security models Map AWS services to Azure equivalents (e.g., EC2 → VM/VMSS, ALB → Application Gateway 2. Prioritize Infrastructure as Code (IaC) Manual changes during migration create long-term drift and instability. Best practices: Use IaC (Terraform/Bicep) for all infrastructure provisioning Capture any portal-level fixes back into code Maintain version-controlled deployments 3. Plan Capacity and Quotas Early Capacity-related issues are often discovered too late during migration. From experience: Validate VM sizes and availability in target regions Plan capacity reservations if needed Align quotas with expected workload scale 4. Design Networking and Private Access Upfront Networking is one of the most critical components in migration. Key considerations: Use private endpoints for PaaS services Design subnet segmentation and NSGs carefully Ensure DNS resolution works across environments. 5. Standardize Monitoring and Observability Migration is not complete until the system is observable. Enable diagnostics and logs across all resources Integrate with Log Analytics / monitoring tools Define alerts for critical failures 6. Manage Security and Access with RBAC Use Azure AD-based authentication Assign least-privilege roles Store secrets in Key Vault 7. Expect Iterations — Not One-Time Deployment Real-world migrations are iterative: Initial deployment Fixes and adjustments Re-deployments Stabilization 8. Strengthen Cross-Team Alignment Large migrations involve multiple teams: Infrastructure Application Database Platform From experience: Early alignment reduces rework Clear ownership improves execution Structured communication avoids last-minute confusion 9. Capture Learnings and Standardize Every migration teaches something: Capacity gaps Deployment challenges Configuration improvements Document: lessons learned reusable templates standard deployment patterns 10. Leverage Automation and AI for Efficiency As migrations scale, automation becomes critical. Use scripts and pipelines to reduce manual effort Automate repetitive validation steps Explore AI-driven approaches for log analysis and troubleshooting AWS to Azure migration is not just a technical shift—it’s an opportunity to modernize, standardize, and optimize your cloud platform. The key is to: design before deploying automate everything possible plan for scale and security and continuously improve based on real-world learnings135Views0likes0CommentsCloud-Native vs. Hybrid for the 2026 Workplace
When to choose Cloud-Native vs. Hybrid for the 2026 Workplace? Hi everyone, I am starting a discussion on the foundational phase of one project. As a Computer Engineer, I believe the most critical decision we face in 2026 is determining exactly when to step to a Full Cloud model versus maintaining a Hybrid Infrastructure. In my view, the decision is not about cost, it is about resiliency, high availability and more avalability. I would like to exchange views with other engineers on these area: latency, edge requirements, integration and aglility. In your experience, what are the Tipps that makes you choose one over the other for a 2026 environment? I'm looking for technical architectural insights, not sales approaches.98Views0likes2Comments
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