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VMware 3V0-24.25 Exam Overview:

Certification Vendor:	VMware (Broadcom)
Exam Name:	Advanced VMware Cloud Foundation 9.0 – vSphere Kubernetes Service
Exam Number:	3V0-24.25
Related Certifications:	VMware vSphere VMware Cloud Foundation Administrator VMware Tanzu Kubernetes Grid
Available Languages:	English
Sample Questions:	VMware 3V0-24.25 Sample Questions
Exam Way:	Typically delivered via online proctored or authorized test center (Pearson VUE)
Pre Condition:	Recommended prior experience with VMware vSphere, VMware Cloud Foundation, and Kubernetes administration

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100% Pass Quiz VMware - 3V0-24.25 - Unparalleled Advanced VMware Cloud Foundation 9.0 vSphere Kubernetes Service Valid Braindumps

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VMware 3V0-24.25 Exam Syllabus Topics:

Topic	Details
Topic 1	IT Architectures, Technologies, Standards: This section covers the differentiation between VMs and containers, helping determine the appropriate compute model. It also includes understanding Kubernetes architecture, networking, storage, service mesh, Helm, and reference architectures for VKS deployments.
Topic 2	Install, Configure, Administrate the VMware Solution: Includes creating and managing Supervisor clusters, namespaces, zones, workloads, and add-on services. Also covers provisioning, scaling, updating VKS clusters, autoscalers, storage strategies, workload deployments, backup restore, and editing YAML configurations.
Topic 3	Troubleshoot and optimize the VMware Solution: Focuses on diagnosing and resolving provisioning, connectivity, namespace, VM class, storage, networking, container, registry, and CA errors. It also includes recovering failed upgrades and optimizing cluster performance using monitoring and scaling tools.
Topic 4	VMware Products and Solutions: Focuses on configuring vSphere Supervisor capabilities, networking, storage, identity, and access for Kubernetes clusters. It also covers managing Kubernetes releases, CNIs, NSX networking objects, TLS certificates, and securing VKS clusters.
Topic 5	Plan and Design the VMware Solution: Covers evaluating the impact of load balancer sizing, namespace network options, and vSphere namespace architecture. It includes planning processes for enabling Supervisor clusters and implementing service mesh.

VMware Advanced VMware Cloud Foundation 9.0 vSphere Kubernetes Service Sample Questions (Q26-Q31):

NEW QUESTION # 26
A Cloud Architect is designing a disaster recovery plan for a mission-critical Zonal Supervisor deployment. The scenario involves a catastrophic failure of the Supervisor Cluster itself (e.g., corruption of the etcd database across all zones) during a failed upgrade, requiring a full restore.
Environment:
* VKS workloads are backed up using Velero.
* The Supervisor configuration (Namespaces, Policies) is backed up using the vCenter File-Based Backup.
What is the correct sequence of steps to restore service? (Select all that apply.)

A. Manually recreate all vSphere Namespaces and re-assign permissions before restoring workloads.
B. After the Supervisor is restored, use Velero to restore the TKG workloads (TanzuKubernetesClusters) into the restored Namespaces.
C. Restore the vCenter Server from its file-based backup to recover the Supervisor's management context.
D. Since the Supervisor state (etcd) is corrupted, the administrator must restore the Supervisor Cluster using the specific "Restore Supervisor" workflow (often involving the restore-supervisor.sh script or UI equivalent if available in the specific VCF version) which utilizes the backup data to reconstruct the Control Plane VMs.
E. It is unnecessary to restore the Supervisor; simply redeploying a new Supervisor and pointing Velero to the object store will automatically recover the cluster infrastructure.

Answer: B,C,D

NEW QUESTION # 27
A cloud operations team is managing multiple Supervisor Clusters across two regions. Each region hosts its own vSphere Kubernetes clusters, integrated through a federated service mesh to enable consistent service connectivity and policy enforcement across environments.
The application team wants to expose a multi-tier microservice named "GovApp", which includes front-end, API, and database services distributed between the two regions. Uniform traffic routing, identity, and security policies are also needed for these workloads regardless of the cluster or region in which they are deployed.
To meet these requirements, the architects decide to create a Global Namespace that spans both Supervisor Clusters.
Which two statements describe the requirements for a Global Namespace in a vSphere Kubernetes Service Mesh deployment? (Choose two.)

A. Provides centralized logging for Service Mesh traffic.
B. Defines an application boundary across multiple clusters.
C. Provides distributed Ingress and egress services to support multiple namespaces across multiple clusters.
D. Enables automatic placement of workloads to any global cluster based on traffic demand.
E. Applies a single policy to multiple namespaces across multiple clusters.

Answer: B,E

Explanation:
A Global Namespace in a service-mesh-driven, multi-cluster design is fundamentally anorganizational and policy boundarythat lets platform teams treat multiple Kubernetes namespaces-across multiple clusters
/regions-as one logical application domain. That is whyBis correct: it defines an application boundary spanning clusters, which is exactly what "GovApp" needs when its tiers are distributed across regions but must still behave as one application. It also explains whyAis correct: the value of a Global Namespace is that you can applyconsistent identity, security, and traffic policiesacross all member namespaces and clusters, rather than configuring them separately per cluster. This supports uniform mTLS/authorization posture, consistent service-to-service access rules, and standardized routing behaviors regardless of where a service instance runs.
The other options describe outcomes that may be enabled by additional service-mesh features, but they are not the corerequirementsthat define a Global Namespace: distributed ingress/egress is not guaranteed simply by the namespace construct, automatic workload placement is typically handled by schedulers/placement engines rather than the namespace boundary, and centralized logging is an observability capability outside the namespace requirement itself.

NEW QUESTION # 28
What is the standard procedure for upgrading the vSphere Supervisor Cluster to a newer version?

A. The administrator must download an ISO image, mount it to each Control Plane VM, and run an upgrade script manually.
B. The upgrade is initiated from the vSphere Client by selecting the Supervisor Cluster and choosing a target version, which triggers a rolling update of the Control Plane VMs and the Spherelet agents on the ESXi hosts.
C. The upgrade requires a complete re-installation of the Supervisor Cluster; workload data must be backed up and restored manually.
D. The upgrade is performed exclusively through the NSX Manager interface, as it controls the Supervisor networking.

Answer: B

NEW QUESTION # 29
A company standardized on the following configurations:
* vSphere Kubernetes Service (VKS) upgrade is separate from vCenter upgrades.
* A private registry will be utilized.
How should an administrator adhere to these standards?

A. When uploading the service definition, chooseAsynchronous Private.
B. When uploading the service definition, chooseAsynchronous Public.
C. Issue a kubectl command pointing the service definition to the private registry.
D. Issue a PowerCLI command to point to the private registry.

Answer: A

Explanation:
VCF 9.0 documentation explicitly indicates thatvCenter upgrades and the Supervisor/cluster (Workload Management) upgrade are distinct, noting that "if you have only upgraded vCenter and not the cluster" then DevOps engineers have reduced permissions until the cluster is upgraded. This supports the stated standard that VKS/Workload Management lifecycle can be treated separately from vCenter. For the private registry requirement, VCF 9.0 provides an operational mechanism to authenticate and pull artifacts from private registries: "Registry secrets allow package and repository consumers to authenticate to and pull images from private registries," implemented via a standard Kubernetes Secret of type kubernetes.io/dockerconfigjson.
Taken together, the standard implies (1)asynchronoushandling (separate lifecycle from vCenter) and (2) privatesourcing (images pulled from an internal registry with registry secrets). Therefore, selectingAsynchronous Privatebest matches both requirements in a single configuration choice, aligning with the documented separation of upgrades and the documented need to use authenticated access to private registries.

NEW QUESTION # 30
A Cloud Administrator is designing a vSphere with Tanzu environment on a VDS-based cluster. The requirements specify that the environment must support frontend network isolation, where the Supervisor Control Plane traffic and the Workload Cluster traffic reside on different VLANs.
Review the following HAProxy topology configuration options:
1. Default (Basic) Topology: All NICs on a single management network.
2. Frontend Network Topology: Separates Management and Workload interfaces.
Which configuration steps correctly implement the Frontend Network Topology for HAProxy?

A. Deploy HAProxy with a single interface and use VLAN tagging inside the Guest OS to separate traffic.
B. Deploy the HAProxy VM with two virtual network adapters (vNICs); connect the first to the Management Port Group and the second to the Workload/Frontend Port Group, then configure the Workload Management wizard to map the IP ranges accordingly.
C. Deploy two separate HAProxy appliances, one for the Supervisor and one for the Workload Clusters.
D. Configure NSX-T to manage the VDS port groups.

Answer: B

NEW QUESTION # 31
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