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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
Available Languages:	English
Related Certifications:	VMware vSphere VMware Tanzu Kubernetes Grid VMware Cloud Foundation Administrator
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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VMware 3V0-24.25 Exam Syllabus Topics:

Topic	Details
Topic 1	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 2	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 3	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 4	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 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.

VMware Advanced VMware Cloud Foundation 9.0 vSphere Kubernetes Service Sample Questions (Q68-Q73):

NEW QUESTION # 68
What role does Contour play in a VMware vSphere Kubernetes Service (VKS) architecture?

A. Contour provides egress management at the application layer.
B. Contour provides ingress management at the application layer.
C. Contour provides encryption services for pod to pod network traffic.
D. Contour provides load balancing for ingress traffic.

Answer: B

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 # 69
A Platform Engineer is managing a fleet of TKG clusters running on a specific Supervisor. The Supervisor is upgraded from vSphere 7.0 U2 to 7.0 U3.
After the Supervisor upgrade is complete, what is the impact on the existing TKG workload clusters?
(Select all that apply.)

A. The TKG clusters enter a Read-Only state until they are upgraded.
B. The administrator can now trigger a rolling upgrade of the TKG clusters to the new TKR version by editing their YAML manifests (e.g., changing spec.distribution.version).
C. The TKG clusters do not automatically upgrade; they continue running their existing Kubernetes version.
D. The upgrade of the Supervisor introduces a new Tanzu Kubernetes Release (TKR) into the Content Library, making new Kubernetes versions available for the TKG clusters.
E. The TKG clusters are automatically force-upgraded to match the Supervisor's Kubernetes version immediately.

Answer: B,C,D

NEW QUESTION # 70
A VKS Administrator has initiated an upgrade of a TKG cluster dev-cluster from version v1.23 to v1.24. The status in the vSphere Client indicates "Upgrading" for several hours.
The administrator runs kubectl get tanzukubernetescluster dev-cluster and sees the following:
NAME CONTROL PLANE WORKER DISTRIBUTION AGE PHASE
dev-cluster 3 3 v1.24.9+vmware.1-tkg.1.b16d28d 4h Updating
To investigate the stall, the administrator checks the Machine resources.
Which kubectl command will best help identify which specific node replacement is blocking the process?

A. kubectl get machines -l cluster.x-k8s.io/cluster-name=dev-cluster
B. kubectl logs deployment/wcp-controller-manager -n vmware-system-csi
C. kubectl get pods -n kube-system
D. kubectl describe tanzukubernetescluster dev-cluster

Answer: A

NEW QUESTION # 71
A VI Administrator is designing a namespace policy for a diverse development environment that includes both cloud-native applications and legacy database servers.
The requirements are:
1. The "Web-Front-End" team needs to self-service deploy Kubernetes clusters (TKG) to test different K8s versions.
2. The "Data-Science" team needs to run high-performance Python containers that require direct, low- latency access to the hypervisor's scheduler (vSphere Pods).
3. The "Legacy-Ops" team needs to provision Windows Server 2019 VMs using Kubernetes commands.
Review the following Namespace configuration draft:
Namespace: Mixed-Workloads
Allowed Content Libraries:
- TKG-Lib (Subscribed)
- VM-Images-Lib (Local)
VM Classes:
- best-effort-small
- guaranteed-large
Which combination of actions and components enables all three requirements within this single namespace? (Select all that apply.)

A. For the "Legacy-Ops" team: The VM Service must be enabled, and the Windows 2019 OVA must be present in the associated Content Library. Developers will use kind: VirtualMachine.
B. For the "Web-Front-End" team: The administrator must assign a TKG-compatible Content Library. The developers will use kind: TanzuKubernetesCluster (or Cluster) in their YAML.
C. For the "Data-Science" team: They must use kind: VirtualMachine but specify a container image in the spec.
D. vSphere Pods and TKG Clusters cannot coexist in the same Namespace; separate namespaces are required.
E. For the "Data-Science" team: The networking stack for the Supervisor must be configured with NSX to support vSphere Pods (kind: Pod).

Answer: A,B,E

NEW QUESTION # 72
An administrator runs several critical workloads on vSphere Kubernetes Service (VKS). An audit identified an outdated container image with a known CVE that exposed internal APIs to unauthorized access. To mitigate this risk and enhance image security, the administrator enabled Harbor as a Supervisor Service.
Which two Harbor registry capabilities help the organization prevent a recurrence of this type of security incident? (Choose two.)

A. Vulnerability scanning
B. Automatic image validation
C. Deploy both container and virtual machine images
D. Automatic image update
E. Image signing

Answer: A,E

Explanation:
Harbor reduces the risk of running vulnerable or tampered images primarily throughvulnerability scanningandimage signing.Vulnerability scanning (E)detects known CVEs in image layers (OS packages and application dependencies, depending on the scanner configuration). This allows teams to identify-and gate the use of-images that contain high/critical vulnerabilities before those images are deployed to Kubernetes clusters. Enforcing scanning as part of the image promotion process helps prevent outdated images with known CVEs from being pulled into production.Image signing (A)provides integrity and provenance controls by enabling consumers to verify that an image was produced and approved by a trusted publisher and has not been altered. When combined with admission controls/policies (for example, only allowing signed images from specific projects), signing helps block unauthorized or unapproved images from being deployed, which is critical when the incident involves exposed internal APIs and supply-chain risk.
The other choices do not directly prevent recurrence:automatic image update (B)is not a core Harbor registry control,deploy both container and VM images (C)is a content capability rather than a security control, andautomatic image validation (D)is not a standard Harbor registry capability distinct from signing/scanning.

NEW QUESTION # 73
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