Microsoft · AZ-140
Validates expertise in designing, implementing, managing, and maintaining Microsoft Azure Virtual Desktop experiences and remote apps for any device.
Practice Questions
517
≈ 10 practice exams
Duration
100 minutes
Passing Score
700/1000
Difficulty
SpecialtyLast Updated
Jan 2025
Use this AZ-140 practice exam to prepare for Microsoft Certified: Azure Virtual Desktop Specialty (AZ-140) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 517 questions for Microsoft AZ-140, so you can review the exam steadily instead of relying on one long cram session.
As you practice, pay extra attention to recurring topics such as Plan and implement an Azure Virtual Desktop infrastructure, Plan and implement identity and security, Plan and implement user environments and apps, and Monitor and maintain an Azure Virtual Desktop infrastructure. Start with short sessions to identify weak areas, then move into timed quizzes once your accuracy is consistent.
The explanations are especially useful when you want to connect exam wording to the responsibilities and scenarios described in the official certification guidance. Use the free preview first, then unlock the full question bank when you are ready to build a complete study routine.
The Microsoft Certified: Azure Virtual Desktop Specialty (AZ-140) validates subject matter expertise in designing, implementing, managing, and maintaining Microsoft Azure Virtual Desktop (AVD) experiences and remote apps for any device. The certification covers the full lifecycle of an AVD deployment — from planning network topology and host pool architecture, to configuring FSLogix profile containers, securing session hosts with Microsoft Defender for Endpoint, and optimizing performance through autoscaling and Azure Monitor Insights. The exam was last updated on January 14, 2026, with minor changes to the security and FSLogix domains, ensuring alignment with current Azure capabilities.
Candidates must demonstrate hands-on proficiency across Azure compute, networking, storage, identity, and resiliency as they relate to virtual desktop infrastructure. This includes working with technologies such as RDP Shortpath, Azure Private Link, Azure NetApp Files, Microsoft Entra ID (formerly Azure AD), Conditional Access, app attach for dynamic application delivery, and Azure VM Image Builder for image lifecycle management.
This certification is designed for server or desktop administrators who specialize in virtual desktop infrastructure and are transitioning to or expanding within Azure-hosted environments. Ideal candidates include desktop virtualization engineers, systems administrators, and infrastructure architects who design and operate end-user computing solutions at scale for remote or hybrid workforces.
Candidates typically collaborate cross-functionally with Azure administrators, Azure architects, Azure security engineers, Microsoft 365 administrators, and Azure Local administrators. The certification is well-suited for professionals already holding the AZ-104 (Azure Administrator Associate) credential who want to deepen their specialty in virtual desktop delivery.
There are no formal prerequisites required to sit the AZ-140 exam, but Microsoft recommends candidates have hands-on experience with Azure technologies spanning compute, networking, identity, storage, and resiliency before attempting it. Practical knowledge of managing end-user desktop environments — including deploying applications and configuring user settings via the Azure portal, PowerShell, Azure CLI, ARM templates, and Bicep — is strongly advised.
A working understanding of Active Directory Domain Services (AD DS), Microsoft Entra ID, and Microsoft Entra Domain Services is important given the identity-heavy content. Candidates without prior Azure administration experience are encouraged to first pass the AZ-104 (Azure Administrator Associate) exam. Familiarity with FSLogix, Windows Virtual Desktop concepts, and Microsoft 365 workloads such as Teams and OneDrive in multi-session environments will also be beneficial.
Exam AZ-140 is a single proctored exam that must be passed to earn the Microsoft Certified: Azure Virtual Desktop Specialty credential. Candidates are given 100 minutes to complete the assessment, which contains a variable number of questions (typically 40–60) that may include multiple-choice, scenario-based single answer, drag-and-drop, ordered-sequence, and interactive lab-style components. The exam is delivered through Pearson VUE, available both online (proctored remotely) and at in-person testing centers.
A minimum score of 700 out of 1000 is required to pass. The scoring scale is not linear — performance is evaluated against a scaled model. The exam is available in English, German, Spanish, French, Japanese, Portuguese (Brazil), and Chinese (Simplified). Non-English speakers may request an additional 30 minutes when the exam is not available in their preferred language. Candidates who fail may retake after 24 hours; subsequent retake wait times vary per Microsoft's retake policy. The certification expires annually and can be renewed at no cost via an online assessment on Microsoft Learn.
Professionals holding the Azure Virtual Desktop Specialty certification are positioned for roles such as Desktop Virtualization Engineer, End-User Computing (EUC) Architect, Azure Infrastructure Administrator, and Cloud Workspace Specialist. As organizations continue to expand hybrid and remote work infrastructure, demand for AVD expertise remains strong — particularly for enterprises migrating from on-premises Remote Desktop Services (RDS) or Citrix/VMware Horizon environments to Azure-native VDI. Average salaries for virtual desktop engineers in the United States exceed $120,000 per year, with certified professionals typically earning 10–11% more than non-certified peers according to industry salary surveys.
The AZ-140 differentiates candidates from general Azure administrators (AZ-104) by demonstrating deep, scenario-specific expertise in desktop virtualization — a niche that commands a premium in the job market. Compared to vendor-neutral VDI certifications, the Microsoft Specialty badge carries particular weight with Microsoft partner organizations and enterprise customers on Microsoft's ecosystem. The certification renews annually at no cost via a free online assessment on Microsoft Learn, keeping holders current as the AVD platform evolves.
5 sample questions with answers and explanations. The full bank has 517 questions, enough for 10 full-length practice exams.
Preview — answers shown1. TechVantage Solutions is implementing backup policies for their Azure Virtual Desktop environment. They need to understand the backup timing for daily backup policies. What is the expected backup duration for their virtual machines?
Explanation
For daily backup policies, the total backup time for a virtual machine is less than 24 hours. This timeframe allows for the complete backup process including snapshot creation, data transfer to the Recovery Services vault, and processing. While snapshot data might not be immediately copied to the vault and can take several hours during peak times, the overall backup operation for daily policies is designed to complete within the 24-hour window to ensure consistent daily protection of virtual machine data.
2. TechFlow Corporation is implementing Azure Virtual Desktop for their remote workforce. Their IT administrator discovers that users need to authenticate twice - once for the Azure Virtual Desktop service and once for the session host. Which solution would provide the most seamless user experience?
Explanation
Single Sign-On (SSO) using Microsoft Entra authentication eliminates the need for users to authenticate twice by automatically logging them into Windows after they authenticate with the Azure Virtual Desktop service. This creates a seamless experience where users only need to authenticate once. SSO is especially recommended for Microsoft Entra joined or hybrid joined session hosts and provides additional benefits like passwordless authentication support.
3. BandwidthEstimation Corp needs to understand how different types of data affect network bandwidth consumption in their Azure Virtual Desktop deployment. They want to optimize their network planning based on actual usage patterns. Which type of data typically consumes the most network bandwidth in RDP sessions?
Explanation
Remote graphics and visual display updates represent the largest bandwidth consumer in RDP sessions. The visual content transmitted from session host to client, including desktop images, application interfaces, and screen changes, requires significant data transmission especially with high-resolution displays and frequently changing content. Keyboard input and mouse movements consume minimal bandwidth (less than 100 bytes for most operations). Heartbeat packets are small and infrequent (approximately 20 bytes every 5 seconds). While file transfers can consume significant bandwidth, they use bulk compression and are typically intermittent rather than continuous like graphics data.
4. An AVD specialist at ImageMasters has a perfectly configured 'golden' virtual machine running Windows Server. This VM has all the necessary applications and security hardening applied. They now want to use the Azure VM Image Builder service to capture this VM as a reusable image for deploying new session hosts. Which PowerShell cmdlet initiates the image build process based on a predefined Image Builder template?
Explanation
The Azure VM Image Builder process involves first defining a template that specifies the source image, customizations, and distribution targets. Once this template resource is created in Azure, you use the 'Start-AzImageBuilderTemplate' cmdlet to trigger the build process. This command tells the Image Builder service to read your template, provision a temporary VM, apply your customizations, and then create and distribute the final image as you specified. The other cmdlets are for creating or managing the template itself, not for running the build.
5. FSLogixBackup Corp needs to configure backup and restore capabilities for FSLogix user profiles, personal virtual desktop infrastructures (VDIs), and custom images in their Azure Virtual Desktop environment. The solution must support both individual file recovery and complete profile restoration. What backup and restore configuration should they implement?
Explanation
Comprehensive FSLogix backup requires Azure Backup for storage locations containing profile containers with both file-level and complete profile recovery capabilities, VM backup for personal VDIs to protect the entire desktop environment, and proper image versioning for custom images. This provides granular recovery options for different scenarios. Storage account replication provides redundancy but not point-in-time recovery capabilities. VM-level backup alone doesn't provide the granular profile recovery options needed. User-managed OneDrive sync doesn't protect the complete FSLogix profile containers and VDI configurations.
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