Free VMware 2V0-62.23 Practice Test Questions 2026

Explanation:

The "Access Denied. Unable to authenticate the user" message in image_b118bd.png specifically occurs in a Workspace ONE environment when there is a mismatch between the application’s configuration and the device's management state during a Mobile SSO attempt.

Why Option B is the Root Cause
Managed vs. Unmanaged: Mobile SSO for iOS relies on a Certificate-based authentication flow that requires the application to be "managed" by Workspace ONE UEM.

Analysis of Other Options

A. The user does not have access: If a user lacked entitlement, they would typically see a message stating they are "not authorized" or the app would not appear in their catalog at all. The error in image_b118bd.png is an authentication failure, not an authorization failure.

C. Add the identifier to the Mobile SSO profile:
While the Bundle ID must be in the profile, this is an administrative setup task. If the environment is already functional for other users and only this user is seeing the error upon launch, the issue is almost always the local installation source (the App Store).

D. Wrong email address:
Mobile SSO is a passwordless/seamless flow. The user generally does not manually type an email address during the launch phase of a managed app; the identity is derived from the device certificate.

References

VMware Workspace ONE UEM Documentation: roubleshooting iOS Mobile SSO Authentication.

VMware Workspace ONE 22.X Professional Exam Guide (2V0-62.23) - Section 5: Configure and Manage Integrated Components.

Explanation:

To use the authentication method "Device Compliance (with Workspace ONE UEM)", the administrator must first enable compliance checking at the Workspace ONE UEM integration level within Workspace ONE Access. This establishes the foundational trust and communication channel between Workspace ONE Access and the Workspace ONE UEM API before the authentication method can be used in access policies.

E. UEM Integration – Correct.
The UEM Integration page (located under Identity & Access Management > Setup > VMware Workspace ONE UEM) is where the core connection between Workspace ONE Access and Workspace ONE UEM is configured . This page contains essential configuration elements required for Device Compliance functionality, including:

Workspace ONE UEM API URL
Workspace ONE UEM REST API Certificate
Workspace ONE UEM Admin/Enrollment API Key
Workspace ONE UEM Group ID

The compliance checking feature must be enabled on the UEM Integration page before the "Device Compliance (with Workspace ONE UEM)" authentication method becomes available for selection in access policies . As the official VMware documentation states: "Compliance checking enabled in the Workspace ONE Access Workspace ONE UEM page" is a prerequisite for configuring compliance checking rules .

Why other options are incorrect:

A. Connector Authentication Methods – Incorrect.
Connector Authentication Methods refers to authentication methods configured on an outbound-only connector, typically for scenarios where the connector is deployed behind a DMZ. While this section can display authentication methods, Device Compliance is not configured here. For Device Compliance to work, the prerequisite is enabling it in the UEM Integration page, not in Connector Authentication Methods .

B. Identity Providers – Incorrect.
Identity Providers (under Identity & Access Management > Manage > Identity Providers) is where authentication methods are associated to a built-in identity provider after they have been enabled. The Device Compliance method can be selected here only after it has been enabled in the UEM Integration page. This is a secondary configuration step, not the primary location for enabling the feature .

C. Connectors – Incorrect.
The Connectors page is used to manage and configure connectors such as the Workspace ONE Access Connector or Active Directory Connector for directory synchronization and authentication. Device Compliance does not require configuration here, as the integration is direct between Access and UEM APIs, not through a connector.

D. Hub Configuration – Incorrect.
Hub Configuration relates to the configuration of the Workspace ONE Intelligent Hub application, including branding, catalog settings, and notification preferences. Device Compliance is not configured within Hub Configuration.

F. Directories – Incorrect.
Directories (under Identity & Access Management > Manage > Directories) is where enterprise directories such as Active Directory or LDAP are configured for user and group synchronization. Device Compliance has no configuration dependencies here; it is a device-based compliance check, not a directory-based authentication method.

Reference

VMware Workspace ONE Access Documentation – "Enabling Compliance Checking for Workspace ONE UEM Managed Devices" – Compliance checking must be enabled on the Workspace ONE UEM page in Workspace ONE Access as a prerequisite .

Explanation:

The integration allows Workspace ONE to manage DEM settings without requiring a traditional Windows file share (SMB) for configuration files, which is ideal for modern, off-domain management.

Step 1: Install the Console in Integration Mode:
The DEM Management Console must be installed using the INTEGRATION_MODE=1 MSI property. This enables the "Export Configuration" functionality specifically designed for Workspace ONE.

Step 2: Create the Configuration File:
Once the console is in Integration Mode, the administrator creates the desired personalization and condition sets. They then use the console to export these settings into a single .zip or .demconfig file.

Step 3: Create the Windows 10 Device Profile:
The administrator logs into the Workspace ONE UEM console and creates a Windows Desktop profile. Under the Resources or Personalization section (depending on the UEM version), they upload the .demconfig file generated in the previous step.

Step 4: Deploy the Agent in Integration Mode:
Finally, the DEM FlexEngine (agent) is deployed to the endpoints via Workspace ONE as an application. It must also be installed in Integration Mode so that it knows to look for its configuration in the local MDM-managed folder rather than an SMB path.

Analysis of image_b0a85a.png

The exhibit image_b0a85a.png shows an incorrect sequence attempted in the red-bordered boxes. Specifically:

It incorrectly places the deployment of the agent before the creation of the configuration file.

The logic of modern management requires the configuration (the "payload") to be ready or at least defined in the profile sequence so the agent has instructions immediately upon installation.

References

VMware Dynamic Environment Manager Documentation: Integration with Workspace ONE UEM.

VMware Workspace ONE 22.X Professional Exam Guide (2V0-62.23) - Section 5: Managing Application and Profile Deployment.

Explanation:

The VMware Tunnel supports different deployment models based on the organization's network security requirements. When a prompt specifies a relay-endpoint setup involving both a DMZ and a LAN, the configuration must reflect a multi-tier architecture.

Cascade Deployment:
This is the specific term used for the relay-endpoint model. In this setup, a Relay server is installed in the DMZ to receive traffic from the public internet, and an Endpoint server is installed in the internal LAN to communicate with back-end resources. The relay and endpoint work together to provide a secure bridge.

Why "Basic" is Incorrect:
The exhibit shows the "Basic" radio button currently selected. A Basic deployment consists of a single server (usually in the DMZ) that handles both the incoming client connections and the connection to internal resources. It does not support the dual-tier relay/endpoint separation requested by the administrator.

Configuration Details for Cascade
When Cascade is selected, the UEM console provides additional fields to configure the communication between the Relay and the Endpoint, including specific ports and hostnames for each tier.

The Hostname field shown in the exhibit (tunnel.anwlab.com) would typically represent the public-facing DNS name for the Relay component.

References

VMware Workspace ONE UEM Documentation: VMware Tunnel Deployment Models.

VMware Workspace ONE 22.X Professional Exam Guide (2V0-62.23) - Section 1: Architecture and Installation.

Explanation:

To address data loss concerns on Workspace ONE managed endpoints, the administrator should implement configurations that directly protect sensitive data at rest, prevent unauthorized access from compromised devices, and control data movement across applications and peripherals.

B. Enable device-level data encryption – Correct.
Device-level encryption ensures that all data stored on the endpoint is encrypted at rest. For managed endpoints, Workspace ONE UEM can enforce encryption policies (such as FileVault for macOS, BitLocker for Windows, or Android encryption) to protect data if the device is lost or stolen. Without encryption, physical access to the device could lead to data exfiltration.

C. Configure compliance policies to monitor rooted and jailbroken devices – Correct.
Rooted (Android) or jailbroken (iOS) devices bypass critical operating system security controls, making them highly vulnerable to malware, data interception, and unauthorized access. Workspace ONE compliance policies can detect these compromised devices and trigger remediation actions such as blocking access to corporate resources, quarantining the device, or sending alerts. This directly mitigates data loss risks from compromised endpoints.

F. Enable Data Loss Prevention (DLP) policies – Correct.
Workspace ONE DLP policies control how sensitive data is transferred between managed applications, external peripherals, cloud storage, and other destinations. For example, DLP policies can restrict cut/copy/paste between managed and unmanaged apps, block screen captures, prevent file transfers to personal cloud storage (e.g., iCloud or Google Drive), and control USB or Bluetooth data transfers. This prevents intentional or accidental data leakage.

Why other options are incorrect:

A. Enable verbose logging – Incorrect.
Verbose logging increases the detail level of log entries for troubleshooting purposes. While useful for debugging and forensic analysis, it does not directly prevent or mitigate data loss. In fact, excessive verbose logging could inadvertently expose sensitive data in log files if not properly secured.

D. Configure compliance policies to monitor Roaming Cell Data Usage – Incorrect.
Monitoring roaming cellular data usage is related to managing carrier costs and network usage policies, not data loss prevention. While high data usage could indicate abnormal behavior (e.g., malware exfiltrating data), roaming data monitoring alone is not a primary or effective data loss control. Compliance policies for data loss focus on device compromise (root/jailbreak), encryption status, and OS version, not roaming usage.

E. Enable SMTP integration – Incorrect.
SMTP integration allows Workspace ONE UEM to send email notifications to administrators or users regarding device events, compliance violations, or enrollment status. This is an operational alerting and communication feature, not a security control that directly prevents data loss from endpoints.

Reference

VMware Workspace ONE UEM Documentation – "Data Loss Prevention Policies" – DLP policies control data transfer between managed apps, peripherals, and external services.

VMware Workspace ONE UEM Documentation – "Compliance Policies" – Includes policies to detect rooted/jailbroken devices and enforce encryption standards.

Explanation:

To make VMware Workspace ONE Mobile SSO for iOS work, the administrator must configure specific payloads within an Apple iOS device profile in the Workspace ONE UEM console. The authentication process relies on certificate-based authentication, where a certificate is deployed to the device and automatically presented to applications and resources without requiring the user to re-enter credentials.

C. SCEP – Correct. The SCEP (Simple Certificate Enrollment Protocol) payload is required to deploy certificates to iOS devices for Mobile SSO authentication. This payload defines how the device requests and receives a certificate from the certificate authority (either the built-in AirWatch CA or a third-party CA). When using the AirWatch Certificate Authority, administrators configure the SCEP section with "AirWatch Certificate Authority" as the Credential Source and select the "Single Sign-On" certificate template. The SCEP payload works in conjunction with the Credentials payload to ensure proper certificate enrollment and installation.

D. SSO Extension – Correct. The SSO Extension payload is required for Mobile SSO (for Apple) authentication on iOS devices running iOS 13 or later. This payload configures the Apple Single Sign-On extension, which handles authentication for applications and websites without requiring users to re-enter credentials. The extension configuration requires selecting "WS1 ACCESS" as the Extension Type, specifying the Workspace ONE Access tenant URL, and linking to either the SCEP or Credentials certificate payload. The SSO extension replaces the legacy Single Sign-On profile used in older Mobile SSO (for iOS) implementations.

F. Credentials – Correct. The Credentials payload is required to install the root or intermediate CA certificate on the iOS device. This establishes trust between the device and the certificate authority that issues the client certificates. The Credentials payload typically uploads the CA certificate file (PEM or DER format) that the device needs to validate the certificate chain. When using SCEP for certificate enrollment, the Credentials payload ensures the device trusts the CA before requesting its own client certificate. This payload is distinct from SCEP—SCEP handles the enrollment request, while Credentials installs the trusted CA certificate.

Why other options are incorrect:

A. Network Usage Rules – Incorrect.
Network Usage Rules payload controls how iOS devices use cellular and Wi-Fi networks, such as forcing Wi-Fi for certain activities or managing roaming behavior. This payload is not related to certificate-based Mobile SSO authentication and is not required for SSO functionality.

B. Single Sign-On – Incorrect.
The legacy "Single Sign-On" payload is used for older Mobile SSO (for iOS) implementations that rely on Kerberos-based authentication. In current Mobile SSO (for Apple) deployments using iOS 13+, this payload has been replaced by the "SSO Extension" payload. VMware documentation specifically instructs administrators to update MDM profiles by replacing the Single Sign-On profile with the Apple SSO Extension profile.

E. Content Filter – Incorrect.
The Content Filter payload configures web content filtering on iOS devices, such as setting up VPN-based content filters or managed browser restrictions. This payload serves security and compliance purposes but has no role in enabling certificate-based SSO authentication.

Reference

VMware Workspace ONE Access Documentation – "Prerequisites for Using Mobile SSO (for Apple)" – Requires certificate deployment via UEM device profile

Omnissa Tech Zone – "Migrating from Mobile SSO (for iOS) to the New Mobile SSO (for Apple) Extension" – Details the two required payloads: SCEP/Credentials for certificate deployment and SSO Extension for authentication handling

Explanation:

Workspace ONE UEM acts as a unified repository for various binary formats, but the underlying OS determines which installers it can execute.

Android: Uses the APK (Android Package) format for all internal application sideloading and enterprise distribution.

macOS: Supports a variety of deployment methods. PKG and MPKG (Metapackage) are standard installer packages, while DMG (Disk Image) files are often used to distribute "drag-and-drop" style applications that UEM can manage via its software distribution agent.

Windows Desktop: For modern management, APPX (or MSIX) is used for Universal Windows Platform (UWP) apps. ZIP files are frequently used in Workspace ONE to package complex Win32 installers (like EXE or MSI) along with their necessary dependencies or transformation files.

Apple iOS: While the exhibit image_b091d9.png shows MPKG being placed next to iOS, this is incorrect. iOS internal apps strictly use the IPA format.

Analysis of Incorrect Placements in image_b091d9.png The exhibit image_b091d9.png contains several technical errors in its mapping:

MPKG is placed under Apple iOS and tvOS. This is incorrect; MPKG is a macOS-specific format.

ZIP and APPX are correctly identified for Windows Desktop, but the user should ensure that IPA (not present in the bank) is the target for iOS.

References

VMware Workspace ONE UEM Documentation: Application File Types by Platform.

VMware Workspace ONE 22.X Professional Exam Guide (2V0-62.23) - Section 5: Managing Application and Profile Deployment.

Explanation:

When creating dashboards in Workspace ONE Intelligence, Widgets are the components used to visualize collected data. Widgets allow you to display data insights in a customizable, user-friendly format, such as charts, graphs, gauges, and other visual elements.

Workspace ONE Intelligence dashboards consist of various widgets that can display different types of information. For example, on the built-in Devices Dashboard, an "enrollment events widget" displays trends in device onboarding, usage, and decommissioning. Custom dashboards can include multiple widgets to visualize specific data sets, such as the installation and compliance status of security profiles across different mobile platforms.

Why other options are incorrect:

A. IGizmos – This is not a valid term used in Workspace ONE Intelligence dashboards for data visualization components.

B. Snapshots – Snapshots typically refer to point-in-time captures of data or system states, not the interactive visual components used to build dashboards.

D. Elements – While "elements" is a general term for components, it is not the specific terminology VMware uses for data visualization components in Workspace ONE Intelligence dashboards.

Reference

VMware Workspace ONE Intelligence documentation on dashboards and widgets

Omnissa Community Blog – "Creating visualization for device & application lifecycle with Workspace ONE Intelligence" – Describes the use of widgets in both built-in and custom dashboards