How should Dev, UAT, Staging and Production be structured in Azure?
This is one of those decisions that can look simple at the beginning of a project and become increasingly important as the environment grows. Should each environment have its own Resource Group? Should Production have a separate Subscription? Where should shared services live? How should naming, tagging and CI/CD fit into the design? There isn't one universal answer. The right structure depends on factors such as security boundaries, ownership, lifecycle, deployment processes and operational requirements. In this article, I look at: Dev, UAT, Staging and Production environment boundaries Resource Groups vs Azure Subscriptions Production isolation Naming conventions Azure tagging CI/CD considerations Blue/Green deployment considerations Common environment architecture mistakes The main idea is that environment architecture should be designed around clear operational and security boundaries rather than simply creating more Resource Groups. I would be interested to hear how others structure Dev, UAT, Staging and Production in enterprise Azure environments. Full article: https://www.linkedin.com/pulse/how-should-you-structure-dev-uat-staging-prod-azure-chethan-raj-ktfac/Important Update: Azure Automation Update Management and Log Analytics Agent Retirement
Important Update: Azure Automation Update Management and Log Analytics Agent Retirement Attention Azure users! This is a critical notice regarding the retirement of two key services: Azure Automation Update Management and the Log Analytics agent. Both will be discontinued on August 31, 2024. To ensure uninterrupted update management for your virtual machines, migrating to Azure Update Manager is essential before the retirement date. Why the Change? Microsoft is streamlining its update management offerings by focusing on Azure Update Manager, a robust solution with several advantages. These include: Simplified onboarding: Azure Update Manager leverages existing Azure features for effortless integration. Enhanced control: Granular access controls allow for precise management of update deployment. Flexible automation: Automatic patching capabilities streamline the update process. Taking Action: Migrate to Azure Update Manager To avoid disruptions after August 31st, migrating to Azure Update Manager is necessary. Microsoft provides a comprehensive guide to facilitate this transition: Move from Automation Update Management to Azure Update Manager https://learn.microsoft.com/en-us/azure/automation/update-management/overview This guide details the migration process, ensuring a smooth transfer to the new platform. Don't wait! Begin the migration process today to ensure your virtual machines receive updates seamlessly after the retirement of Azure Automation Update Management and the Log Analytics agent.Mastering Azure Portal Admin: A Comprehensive Guide for Effective Cloud Management
This article provides in-depth knowledge about managing and administering Microsoft Azure cloud services using the Azure Portal. The article describes the contents, which include setting up azure portal admin, managing Azure resources, Security and compliance, cost management, and best practices for Azure Portal Admin It also highlights the usefulness for cloud administrators, architects, and developers who want to improve their skills and become more effective in managing Azure cloud services.Friday Five: Azure Cloud, Active Directory, More!
Project Server Permission Mode Vs SharePoint Permission Mode, Start your DevOps pipeline in the Azure Cloud, ASP.NET Core 5: Make your options immutable, Starting with FIDO2 security keys With Azure Active Directory, Microsoft Flight Simulator 2020 running in Windows Virtual Desktop!
