An organization plans to deploy a custom enterprise application to Azure. The deployment must satisfy the following technical requirements: * Provide complete administrative access and control over the guest operating system for custom configurations and manual patching * Support running isolated development, testing, and production workloads * Allow the compute instances to be stopped and deallocated when not in use to halt compute-related billing charges Which Azure compute solution should the organization implement?

Azure Virtual Machines: ### What Azure Virtual Machines Are **Azure Virtual Machines (VMs)** represent an **Infrastructure as a Service (IaaS)** compute offering in Microsoft Azure. An Azure VM provides on-demand, scalable computing resources that emulate physical computer hardware, giving administrators full root or administrator-level access to the underlying **operating system (OS)**, network configuration, and disk storage. ### How It Meets the Requirements * **Administrative Control**: Azure VMs grant full control over the guest OS, allowing teams to install custom software packages, run specialized scripts, and manage patching or system maintenance independently. * **Workload Isolation**: Individual VMs run in dedicated environments within **virtual networks (VNets)**, making them suitable for development, testing, and production workloads requiring specific configurations. * **Cost Optimization via Deallocation**: When an Azure VM is stopped and put into the **Stopped (Deallocated)** state, Azure releases the associated physical compute hardware, immediately stopping compute billing while retaining persistent disk storage. ### Key Advantages and Capabilities * **Broad OS Support**: Deploy standard Windows Server or various Linux distributions directly from the **Azure Marketplace** or upload custom **virtual hard disks (VHDs)**. * **Configurable Sizing**: Choose from diverse VM series and sizes tailored for general purpose, compute-optimized, memory-optimized, or storage-intensive workloads. * **Post-Deployment Management**: Leverage **VM extensions** for automated script execution, desired state configuration, monitoring, and antimalware integration. * **Flexible Networking**: Attach dedicated **network interfaces (NICs)**, **public IP addresses**, and **Network Security Groups (NSGs)** to control inbound and outbound traffic. ### Why This Is Optimal Azure Virtual Machines provide the highest degree of infrastructure flexibility among Azure compute services. When an organization requires specific OS customizations, legacy software compatibility, and granular power-state control for cost management, individual Azure VMs are the optimal solution.

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Azure Virtual Machines Core Features | Start here! Get your feet wet with the Microsoft cloud and begin your journey to earning your Microsoft Certified: Azure Fundamentals certification! | StudyCerts

AZ-900 Microsoft Azure Fundamentals Exam

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