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VMware 3V0-24.25 Exam Syllabus Topics:

TopicDetails
Topic 1
  • 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 2
  • 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.
Topic 3
  • 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 4
  • 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 5
  • 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.

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Quiz 2026 3V0-24.25: Advanced VMware Cloud Foundation 9.0 vSphere Kubernetes Service Newest Practice Exam Pdf

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VMware Advanced VMware Cloud Foundation 9.0 vSphere Kubernetes Service Sample Questions (Q22-Q27):

NEW QUESTION # 22
A VMware Administrator is tasked with implementing a backup and restore strategy using Velero and external object storage for the namespace 'myapp1. Arrange the steps In the correct order of operations to enable Vetero.

Answer:

Explanation:

Explanation:
Answer (Correct Order):
* Run the install command:velero install ... --provider aws --bucket <bucket> ... --plugins ... --backup- location-config ...
* Apply BackupStorageLocation YAML.
* Apply VolumeSnapshotLocation YAML.
* Run test backup:velero backup create test-backup --include-namespaces "myapp1" The correct sequence follows Velero's operational model: install the Velero components first, then define where backups and snapshots are stored, and finally validate with a real backup. In VCF 9.0, the Velero Plugin for vSphere installation command includes parameters for the object-store provider, bucket, and plugin images, which establishes the Velero control plane in the target namespace and prepares it to communicate with an S3-compatible store.
After the installation is in place, you apply theBackupStorageLocationconfiguration so Velero has a durable destination for Kubernetes backup metadata in the object store. This aligns with the VCF 9.0 guidance that backups upload Kubernetes metadata to the object store and require S3-compatible storage for backup/restore workflows.
Next, apply theVolumeSnapshotLocationso Velero knows how and where to create/track volume snapshots for stateful workloads. The VCF 9.0 install example explicitly includes snapshot/backup location configuration parameters, reflecting that both must be set for complete protection.
Finally, run a test backup scoped to the namespace (--include-namespaces=my-namespace) to confirm end-to- end functionality.


NEW QUESTION # 23
A VKS Administrator manages a fleet of TKG clusters running the tanzu-standard package repository version v1.6.0. A critical CVE has been identified in the installed version of Fluent Bit, which is resolved in package repository version v2.0.0.
What is the correct procedure to update the available packages on a target cluster to the new version?
(Choose 2.)

Answer: C,E


NEW QUESTION # 24
Refer to the exhibit in the following StorageClass manifest, which field is used to specify the Volume Plugin driver used for the underlying storage array?
YAML
apiVersion: storage.k8s.io/v1
kind: StorageClass
metadata:
name: standard
provisioner: kubernetes.io/aws-ebs
parameters:
type: gp2
reclaimPolicy: Retain
allowVolumeExpansion: true
mountOptions:
- debug
volumeBindingMode: Immediate

Answer: B

Explanation:
In a Kubernetes-based architecture like the vSphere Kubernetes Service (VKS) within VMware Cloud Foundation (VCF) 9.0, a StorageClass manifest serves as the definition for dynamic volume provisioning. The provisioner field is the mandatory attribute that determines which specific volume plugin or driver is invoked to create the underlying storage resource. In the provided exhibit, the string provisioner: kubernetes.io/aws- ebs specifies that the AWS Elastic Block Store (EBS) driver is the orchestrator for the lifecycle of the volumes associated with this class.
In a standard on-premises VCF 9.0 deployment, the provisioner field typically points to csi.vsphere.vmware.
com, identifying the vSphere Container Storage Interface (CSI) driver. This driver acts as the translator between Kubernetes PersistentVolumeClaims (PVCs) and vSphere's Cloud Native Storage (CNS) layer. The other fields in the manifest serve supporting roles: name provides a reference for the StorageClass, parameters (such as type: gp2) pass configuration-specific details to the driver, and reclaimPolicy determines what happens to the data once a claim is deleted. However, only the provisioner field defines the " who " of the operation-the actual software driver responsible for communicating with the storage array or cloud provider to provision the physical or virtual disk. Understanding this distinction is critical for administrators managing hybrid-cloud workloads where different provisioners are used across diverse infrastructure backends.


NEW QUESTION # 25
What role does Contour play in a VMware vSphere Kubernetes Service (VKS) architecture?

Answer: C

Explanation:
Contour is a high-performance Ingress controller for Kubernetes that serves as the control plane for the Envoy edge and service proxy. Within the VMware Cloud Foundation (VCF) 9.0 and vSphere Kubernetes Service (VKS) architecture, Contour is a critical component used to manage how external traffic reaches services running inside a cluster. It functions specifically at the application layer (Layer 7 of the OSI model), enabling sophisticated routing based on HTTP paths, hostnames, and headers.
By utilizing the Envoy proxy, Contour provides a scalable and maintainable way to handle standard Kubernetes Ingress resources as well as the more advanced HTTPProxy custom resource definitions (CRDs).
In a VKS environment, once the Supervisor is configured and a workload cluster is deployed, Contour is typically installed as a managed package to provide ingress services. It handles essential tasks such as SSL
/TLS termination, which offloads the encryption overhead from individual application pods, and supports advanced traffic management patterns like canary deployments or blue-green updates. Unlike traditional load balancers that may operate only at Layer 4, Contour's deep integration with the Kubernetes API allows it to dynamically update routing rules as pods scale or fail, ensuring high availability and fine-grained control for containerized applications. This makes it the standard solution for application-layer ingress management across the VMware Tanzu and VKS ecosystem.


NEW QUESTION # 26
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.)

Answer: C,D

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 # 27
......

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