Free Practice Questions for the VMware Professional Level Exams 2V0-15.25 Exam (2026 Updated)

VMware Cloud Foundation (VCF) 9.x uses VMware Identity Broker (VIDB) as the central identity provider for the entire VCF fleet. VIDB synchronizes user and group metadata from the connected enterprise identity source, in this case Active Directory . When a user is added to an AD group after the group was already synced into VIDB, VIDB does not automatically resync group membership on demand unless a directory synchronization is performed.

In this scenario, the group VCFA_ProviderAdmins was synchronized five days earlier. When the new user provideradmin05 was later added to the AD group, VIDB—and therefore the VCF Automation Provider Management Portal—does not recognize that new user until a manual directory resynchronization occurs from VCF Operations .

This operation forces VIDB to:

Requery Active Directory

Update group membership information

Repopulate available users for import into VCF Automation

Options B and D are incorrect because they do not influence Identity Broker directory synchronization. Option C (disable VCF SSO) would break authentication and is not a valid solution.

In VMware Cloud Foundation 9.0 Automation, the Provider Portal must have full visibility into the underlying VCF inventory—including NSX Managers , clusters , regions , vCenters , and SDDC Manager objects —before new regions can be created for Kubernetes-based deployments (All Apps Orgs).

The issue described:

“The NSX Manager for the workload domain does not appear in the list of available NSX Managers”

occurs when SDDC Manager is not integrated into VCF Automation. Without this integration, VCF Automation cannot discover workload domains or their associated NSX Managers. As a result, when attempting to create a new region, the NSX Manager list is empty.

The required action is:

Add the SDDC Manager integration under VCF Automation → Provider Portal → Integrations.

This integration enables Automation to pull:

NSX Manager inventory

vCenter endpoints

Workload domain topology

Cluster details

Only after this integration is complete will the NSX Manager appear and allow region creation.

Option A and D (deploying new WLD or cluster) are unnecessary—inventory access is the problem, not resources.

Option B (triggering inventory sync) cannot work because no SDDC Manager integration exists .

The symptoms described— reduced cluster capacity , degraded virtual machine components , and automatic component rebuild operations —are classic indicators of a vSAN disk failure or disk group degradation . vSAN continuously monitors the health of disks, disk groups, and network paths. When a physical disk or disk group becomes unavailable, vSAN will:

Mark affected components as degraded because the required number of replicas or witnesses cannot be maintained.

Trigger automatic repair/rebuild operations , provided there are enough healthy disks remaining in the cluster to satisfy the storage policy (e.g., FTT=1, RAID1/5/6).

Reduce available storage capacity because the failed device is removed from contributing to the vSAN datastore.

These behaviors align directly with documented vSAN failure-response logic, which states that component rebuilds begin automatically after a disk failure , assuming the cluster still has adequate resources.

The other options do not match the symptoms:

A. VM migration to another cluster → does not reduce vSAN capacity nor trigger component rebuilds.

B. vSAN license capacity too small → restricts features, not component state or capacity changes.

C. Too many VMs created → may cause capacity pressure but does not mark components degraded or trigger automated rebuilds.

Only physical disk failure accurately explains all three observations simultaneously.

The status "Node Not Ready" in the NSX Manager UI (specifically in the Configuration State column of the Edge Transport Nodes view) indicates that the NSX Manager has failed to push or validate the necessary configuration to the Edge VM.

Check Uplink Network Configuration (Option C): This is the most common cause for a "Node Not Ready" state during deployment or operation. For an Edge Node to be "Ready" (Success/Up), it must have a valid Transport Node configuration, which includes the Uplink Profile , IP Pool (for TEPs), and mapping to the Fastpath Interfaces (N-VDS). If the uplink configuration is missing, incorrect, or the management plane cannot communicate with the edge to apply it, the node remains in a "Not Ready" state.

Why not Option A? While an Edge must be in an Edge Cluster to be utilized by a Tier-0 Gateway, a standalone Edge Node should still report a status of "Success" (Configuration) and "Up" (Node Status) if it is healthy. Adding a "Not Ready" (unhealthy/unconfigured) node to a cluster will not fix the underlying configuration issue.

Why not Option D? Missing CPU reservations typically lead to a "Degraded" status or service crashes (Dataplane down), but "Node Not Ready" is the specific indicator of an incomplete or stalled configuration workflow, usually tied to the transport/uplink setup.

In VMware Cloud Foundation 9.0, all host commissioning operations are performed through VCF Operations , not through vSphere Client, Cloud Builder, or the VCF Installer. Once VCF is deployed, Cloud Builder is no longer used, and the VCF Installer is for lifecycle and bundle management—not for host workflows. The vSphere Client also cannot commission hosts because host commissioning is a foundational VCF workflow requiring hardware validation, storage type checks, NIC checks, HCL conformance, and version compatibility.

The error message provided:

“Hosts must be unassigned, commissioned with at least one physical NIC and the same storage type… and the ESX version must be compatible…”

is a standard VCF 9.0 validation message shown when no commissioned hosts matching the workload domain requirements exist. VMware documentation states that hosts must be commissioned under:

VCF Operations → Fleet Management → Hosts → Commission Host

Here, VCF validates:

Storage type (vSAN ESA, vSAN OSA, NFS, FC, etc.)

Network pool membership (matching the WLD plan)

ESXi version compatibility with the Management Domain baseline

NIC mapping and certifications

Until hosts are commissioned, they cannot appear in the workload domain creation wizard.

Thus, the correct method to commission hosts is D. Using VCF Operations .

vDefend – Distributed Firewall is a security capability delivered by NSX within VMware Cloud Foundation. Although VCF components such as SDDC Manager, VCF Operations, and VCF Automation rely on licensing frameworks, the enforcement and activation of NSX features —including Distributed Firewall—occur entirely within NSX Manager .

To enable vDefend (Distributed Firewall) , NSX Manager must detect a valid NSX license that includes security features. Without applying the correct license directly to NSX Manager:

The Distributed Firewall feature remains locked

vDefend cannot be enabled in workload domains

Security rules and micro-segmentation capability remain unavailable

VCF does not apply NSX security licensing at the SDDC Manager, VCF Automation, or VCF Operations layers. Instead, NSX Manager handles all feature entitlement checks internally.

Therefore, the new license must be installed directly in NSX Manager , under:

System → Licensing → NSX → Add License

Options A, C, and D are incorrect because none of those components control NSX feature activation.

The vSphere Client “ no healthy upstream ” error is a classic indicator that one or more vCenter backend services are not running or responding , preventing the reverse proxy layer (envoy / nginx) from routing requests to the appropriate upstream services.

Two services in particular are known root causes:

A. vpxd service not running

vpxd is the core vCenter Server service responsible for inventory, host management, and client interaction. If vpxd is stopped, crashed, or restarting, the vSphere Client cannot communicate with backend APIs, resulting in the “no healthy upstream” condition.

B. SSO (vmware-stsd / identity service) not running

Authentication in vCenter depends on the SSO/Identity service. If SSO is unavailable, login sessions cannot be validated, and vCenter marks the upstream service as unhealthy.

Other options do not match the behavior:

C (Port 443 closed) would produce a connection failure, not the upstream error.

D (logging in with root) is fully supported and does not trigger this message.

E (vmware-rbd-watchdog) relates to backup/restore health, not core authentication/management planes.

In VMware Cloud Foundation 9.0 Automation, every Organization requires a properly configured Networking Configuration for each Region in which it operates. This configuration step—performed by the Provider Administrator—creates the NSX Project corresponding to the Organization, enabling Namespace creation, VPC visibility, and workload provisioning.

The error “Failed to list VPC after selecting a region” combined with the absence of an NSX Project in NSX Manager is a direct indicator that the Organization’s Networking Configuration was never initialized. VCF Automation automatically creates the NSX Project only when the Provider Admin completes this step.

Option B is invalid because the Organization Administrator cannot create NSX Projects manually; they are system-generated during networking setup.

Option C is incorrect because role assignment affects administrative permissions, not NSX project creation.

Option D is also incorrect—the Organization Admin cannot create a VPC until the NSX Project exists.

In VMware Cloud Foundation (VCF) Automation for All Apps, a vSphere Namespace can span multiple Supervisor Zones . However, workloads—including catalog item deployments—can only be deployed into zones that are explicitly assigned to that Namespace . The user in the scenario successfully deploys into zone1 and zone2 , which confirms that those zones are correctly associated with the Namespace.

The failure to deploy into zone3 , while deployments into the other zones work, strongly indicates that zone3 is not part of the Namespace configuration .

This behavior matches how Supervisor Zones function:

A zone must be added to the Namespace in Supervisor configuration.

If the zone is not associated, VCF Automation will not present it as an eligible deployment location , and deployment into that zone fails.

Option A and D (project roles) are incorrect because insufficient permissions would prevent deployment into any zone , not a single missing zone.

Option B (Namespace Class) is irrelevant because Namespace Classes define resource limits, not which Supervisor Zones the Namespace is mapped to.

In VMware Cloud Foundation (VCF) 9.0 using disconnected mode licensing , VCF Operations does not automatically synchronize license status with VMware’s cloud services. Instead, the administrator must periodically refresh the license file using a manual offline workflow . When the VCF Operations console reports that licenses have expired, it means the license entitlement in the VCF Business Services portal is out of date, and therefore VCF Operations cannot validate the current usage.

The VMware-documented offline licensing workflow requires the following steps:

Export the usage file from VCF Operations. This usage file contains consumption details needed to generate a new offline license. → C is correct.

Upload the usage file to the VCF Business Services console and generate a new offline license file. In disconnected mode, the Business Services portal is the only mechanism to create updated license entitlements. → D is correct.

Import the updated VCF license file into VCF Operations , specifically assigning it to the SDDC Manager . SDDC Manager is the system that validates and enforces licensing across workload domains, so the new license must be applied there—not only to a vCenter. → F is correct.

Options A and B do not affect license validation.

Option E is incorrect because workload-domain vCenter licensing is independent and not the root cause of VCF license expiration.

The error message com.vmware.esx.settings.daemon.software.scan_spec (reconstructed from the typo setungs_aaemon.sonware.scan_spec) is a specific failure generated by the vSphere Lifecycle Manager (vLCM) compliance engine on the ESXi host.

Cause - Removed Component: This error is a documented known issue in vSphere 8.x/VCF 5.x+, specifically occurring when an administrator has removed a component from the Cluster Image that the system validates as "required" or "structural" for the host's hardware configuration (common with hosts using DPUs or specific OEM add-ons).

The Scenario: The mention of "High CPU ready times" likely implies the administrator attempted to streamline the host image by removing a perceived "bloatware" component (like a vendor monitoring agent or unused driver) to improve performance.

The Result: When vLCM attempts to build the "Scan Specification" (scan_spec) to validate the host against this modified image, the internal struct validation fails because the removed component creates an invalid dependency state, throwing the Invalid field software_spec... or scan_spec exception.

When upgrading from VCF 5.0 to VCF 9.0 , the upgrade workflow requires that the SDDC Manager be upgraded first before any other component bundles (vCenter, ESX, NSX) become visible. This is explicitly stated in the VMware Cloud Foundation upgrade process: the upgrade bundles for the management domain components are dependent on the SDDC Manager version . The online depot will not present the 9.0 upgrade bundles for vCenter, ESX, or NSX until the SDDC Manager itself has reached the target major version (in this case, 9.0).

This is because SDDC Manager contains the updated Lifecycle Management (LCM) engine and updated bundle manifests , which are required to understand, download, and orchestrate the remaining component upgrades. Attempting to download the other bundles without upgrading SDDC Manager first is not supported.

Options B and D (download tools) are incorrect because the issue is not that the bundles are missing from the depot , but that SDDC Manager 5.x cannot interpret 9.0 component bundles. Option C (upgrade to 5.2 first) is also incorrect because the VCF 5.x → 9.x upgrade path is directly managed by the upgrade planner once SDDC Manager is upgraded.

Thus, the correct resolution is to upgrade the SDDC Manager to 9.0 , after which the remaining component bundles will become available.

In VMware Cloud Foundation 9.0, password changes made manually on an NSX Edge Transport Node are not automatically synchronized with VCF Operations. VCF Operations maintains secure credential records for all managed components, including NSX Manager appliances and NSX Edge Transport Nodes. When credentials become stale—such as after a password expiration and manual reset—VCF Operations marks the credential object as out of sync and requires administrative remediation.

The official workflow described in VCF 9.0 Operations documentation states that administrators must use the “Remediate Password” function whenever a password was changed outside of VCF Operations, ensuring that the platform revalidates and updates the stored credentials used for monitoring, log collection, and automation tasks. Options such as “rotate,” “sync,” or “update” do not apply because rotation implies generating a new password managed by VCF, and “sync” does not overwrite the stored credential. Only remediation forces VCF Operations to re-validate and align credentials with the external system.

Therefore, after manually resetting the NSX Edge admin password, the administrator must perform password remediation in VCF Operations to restore operational consistency, making B the correct and verified answer.

When troubleshooting NSX on an ESXi host, VMware requires verification that NSX VIBs (vSphere Installation Bundles) are installed and in the correct state. VIBs are responsible for NSX datapath, control-plane modules, and kernel extensions on ESXi. The authoritative and documented method to list VIBs on an ESXi host is the command:

esxcli software vib list

This command displays all installed kernel modules, version numbers, NSX packages, and their installation status. For NSX-T (now part of VCF networking), administrators expect to see VIBs such as nsx-aggservice , nsx-bridge , nsx-esx-datapath , and others. If any required NSX VIBs are missing or inconsistent, the ESXi host will fail to join NSX transport nodes or will show “Not Ready.”

Option A (esxtop) is for performance monitoring and does not show VIB information.

Option C (nsxcli get version) checks NSX version on Edge Nodes or host transport nodes but does not list VIBs .

Option D (esxcfg software list) is an outdated and invalid command.

In VMware Cloud Foundation 9.0, publishing a VCF Operations Orchestrator workflow to a VCF Automation project catalog requires that the Organization has a valid integration with VCF Operations Orchestrator . The question states that the user cannot see the Workflows option under Content Hub , and the organization is not a Provider Consumption Organization (PCO) . According to the VCF 9.0 documentation, only organizations with VCF Operations Orchestrator integration are allowed to publish workflows into the catalog. Both embedded and external orchestrator integrations must be configured depending on the environment. If no orchestrator (embedded or external) is integrated with the organization, workflows cannot be listed or published. This aligns with the documented VCF Automation and VCF Operations Orchestrator design requirements, which specify that workflow publishing is only available when the orchestrator instance is properly registered.

Additionally, user role permission issues could prevent workflow visibility, but the key blockers described in the scenario are the missing workflow section and the organization type. Because the organization is not a PCO , advanced provider features—including workflow publishing—are disabled unless a proper orchestrator integration exists. Therefore, the two most likely causes are:

A: An external VCF Operations Orchestrator is not integrated with their Organization.

D: An embedded VCF Operations Orchestrator is not integrated with their Organization.

These two conditions directly match the documented behavior in VMware Cloud Foundation 9.0.