Exam Code: 3V0-11.26
Exam Name: Advanced VMware Cloud Foundation 9 Administrator
Price: $68.00 $58.88
Exam Questions: 180 Q&As
Last Updated: 2026-09-30
Prepare for the 3V0-11.26 Advanced VMware Cloud Foundation 9 Administrator exam with a focused review of vSAN, vSphere, VCF Automation, VCF Operations, NSX, and VMware vSphere Kubernetes Service (VKS).
The VMware Certified Advanced Professional - VMware Cloud Foundation Administrator certification recognizes advanced skills in managing, maintaining, and scaling a VCF private cloud across organizations and regions.
This exam focuses on advanced administration across the VCF platform. Preparation should connect individual configuration tasks to their operational consequences: storage availability, workload performance, tenant access, Kubernetes lifecycle, capacity, and network services.
The supplied outline places every testable objective in Section 4. Although the standardized Design and Troubleshoot sections have no separate objectives, Section 4 still includes performance optimization, monitoring, configuration drift, and operational tasks. Do not exclude those topics because of the section headings.
This material is intended for administrators who already work with a VCF environment and need broader operational depth. Useful preparation includes administering workload domains, applying storage policies, managing provider and organization access, operating VKS, interpreting VCF Operations findings, and configuring NSX services.
The exam contains 60 questions. A preparation question bank is a separate collection that may contain more or fewer items; its size does not change the exam length. Check the product listing for the current practice-question count and package contents.
The seven groups below organize objectives 4.1 through 4.60 for study. They are editorial groupings, not additional official domains or percentage allocations. Sections 1, 2, 3, and 5 contain no testable objectives in the supplied outline.
Objectives 4.1 to 4.9
Deploy vSAN clusters, stretched clusters, and supported non-vSAN storage; configure cross-cluster capacity sharing, vSAN Storage Clusters, encryption, and data protection. Review Day 2 administration for standard and stretched clusters, including creating and configuring vSAN storage policies.
Objectives 4.10 to 4.18
Work with advanced settings, virtual machines, advanced network operations, CPU and memory optimization, vCenter performance, and component monitoring within a workload domain. Security preparation includes access control, VM encryption, and vSphere trusted environments.
Objectives 4.19 to 4.29
Configure provider identity, content libraries, access control, organizations, and the Provider Consumption Organization (PCO). Within a VCF All Apps Organization, manage identity providers, access, projects, governance policies, Namespace Classes, VPCs, and VPC connectivity profiles.
Objectives 4.30 to 4.34
Review Supervisor deployment options involving NSX VPC, NSX Segment, vDS, and Avi load balancing, plus installation and removal of add-on services such as Harbor and external-dns. Practice VKS rolling updates and configuration changes, package repositories, standard packages, registry secrets, private registries, and Supervisor Service upgrades.
Objectives 4.35 to 4.43
Use Day 2 workflows for resource reclamation, workload rightsizing, What-If capacity forecasting, cost configuration, and policies. Distinguish Business Intent from Operational Intent, and review Business Applications and alert configuration.
Objectives 4.44 to 4.47
Study fleet scaling and component upgrade procedures alongside VCF SSO configuration through Identity and Access Management. Include configuration drift monitoring so you can compare operating configurations with the intended baseline.
Objectives 4.48 to 4.60
Cover NSX Federation, component configuration, Edge clusters, Tier-0 and Tier-1 gateways, VRFs, logical segments, VPC deployment, DHCP, and NAT use cases. The scope also includes projects and tenancy, advanced integrations, syslog, backup, restore, and routine NSX operations.
A useful review habit is to identify the object before choosing a procedure: a fleet, workload domain, cluster, organization, project, namespace, or VM. Provider access and organization access are separate objectives; likewise, a Supervisor upgrade and a VKS cluster update are different tasks. Write the target object and administrative scope beside each practice answer.
When reviewing a performance scenario, first identify what the evidence supports. Reclamation, rightsizing, and capacity forecasting answer different questions. Increasing resources without checking demand, constraints, and the intended outcome can leave the original problem unresolved.
For administrators with an existing VCF foundation, use days 1 through 3 for storage, vSphere, and security; days 4 through 6 for provider and organization administration; and days 7 and 8 for Supervisor and VKS. Spend days 9 and 10 on Operations and fleet lifecycle, days 11 and 12 on NSX, and the final two days on mixed scenarios and missed procedures. Extend this schedule where hands-on experience is limited.
For each operational task, record prerequisites, the order of actions, how to verify success, and what to check if validation fails. This is more useful for sequencing and matching items than memorizing a list of screen names.
These five original practice questions illustrate selected exam objectives. They are independent study material, not official Broadcom or VMware exam questions, and do not represent the full exam's coverage or difficulty.
A workload domain uses a standard vSAN cluster. After a host failure, an application VM remains accessible, but its storage objects report reduced availability with an active rebuild. The administrator must confirm that the required protection has been restored. Which two checks provide the most relevant evidence? (Choose two.)
Correct answers: B and D
Explanation: An accessible object can still have reduced redundancy. Completed resynchronization, object health, and storage policy compliance establish whether vSAN has restored the required protection.
Common mistake: Treating application availability as proof of storage resilience. A VM can continue running while vSAN rebuilds missing components.
Why the other options are wrong: A tests guest connectivity, not redundancy. C checks licensing rather than object protection. E neither proves nor restores storage policy compliance.
Objectives: 4.7 and 4.9. Reference: vSAN object health states.
Within VCF Automation, a developer can sign in to the organization but has not been assigned access to the Payments project. The developer needs to consume resources in that project without managing project membership or other teams' environments. Which action best follows least privilege?
Correct answer: C
Explanation: Authentication establishes identity; project permissions determine what that identity can do within the project. Assign access at the Payments project scope instead of elevating the developer across the organization or provider environment.
Common mistake: Assuming successful sign-in automatically grants access to every project.
Why the other options are wrong: A and B grant broader administrative access than requested. D changes authentication configuration but does not supply the missing project authorization.
Objectives: 4.25 and 4.26. Reference: assigning project permissions to an identity.
During a deployment to a VKS cluster, Pods in the payments namespace report FailedToRetrieveImagePullSecret. Their Pod template references registry-auth, but that Secret exists only in the default namespace. The image path, registry connectivity, and credentials are valid. Which action addresses the identified failure?
Correct answer: A
Explanation: A Pod's imagePullSecrets reference must resolve to a suitable Secret in the same namespace. Create registry-auth in payments using the registry credentials and reference that name in the workload's Pod template.
Common mistake: Treating Secrets as cluster-wide objects. Identical names in different namespaces identify different objects.
Why the other options are wrong: B changes image retrieval behavior, not credential scope. C cannot substitute for an image pull Secret. D does not make a Secret in another namespace accessible.
Objective: 4.33. Reference: pulling an image from a private registry.
Before approving 40 additional application VMs for next quarter, the operations team needs to estimate their impact on a target cluster's capacity. No workloads should be deployed or resized during this assessment. Which VCF Operations capability best fits the request?
Correct answer: D
Explanation: What-If analysis models planned workload or infrastructure changes for capacity assessment. Use representative workload inputs and the intended target to evaluate the proposed addition without deploying those VMs.
Common mistake: Choosing an optimization action when the requirement is forecasting. Also, a forecast depends on its inputs and capacity policies; it is not a performance guarantee.
Why the other options are wrong: A and B act on existing resources and violate the no-change condition. C observes a current condition rather than modeling the proposed workload increase.
Objective: 4.38. Reference: VCF Operations What-If scenarios.
Workloads on an NSX segment use private addresses in 10.40.8.0/24. They must initiate connections to an external service, which should see those connections as originating from an approved egress IP address. Routing and firewall rules already permit the traffic. No inbound service needs to be published. Which configuration meets the translation requirement?
Correct answer: B
Explanation: Source NAT changes the source address seen by the external destination. Match the internal workload subnet and translate it to the approved egress address at the appropriate NSX gateway.
Common mistake: Choosing DNAT merely because an external system is involved. Identify which address field must change: this requirement concerns the outbound source.
Why the other options are wrong: A translates the destination rather than the required source. C assigns addresses but does not perform egress translation. D permits traffic without rewriting its source address.
Objective: 4.57. Reference: NSX source address translation behavior.
Confirm that the product listing identifies 3V0-11.26 and VCF 9. Compare its topic coverage with the current Broadcom exam guide; material for a VCP exam or a single VCAP specialty should not be assumed to cover this administrator exam.
Check the product listing for a downloadable sample or request one before checkout. Use it to assess readability, explanation depth, and whether the material addresses the VCF 9 workflows you need to review.
Confirm the supported question formats in the selected package. A PDF can display sequences and matching exercises, but interactive behavior depends on the practice software and should be checked separately.
A PDF requires a compatible PDF reader. For any included practice software, check its supported operating systems, version requirements, installation limits, and activation rules before purchasing.
Review the listing's latest revision date and update terms. Confirm how revised files are delivered, how long access lasts, and whether changes to the exam guide are covered by your purchase.
Do not assume the package includes an exam voucher or a live VCF lab. These are separate products unless the listing explicitly includes them; register for the certification exam through the official scheduling process.
Read the refund terms before downloading, activating, or using the material. Confirm the request deadline, usage restrictions, required evidence, and the process for reporting duplicate purchases or access problems.
Connect storage, compute, automation, Kubernetes, operations, fleet lifecycle, and NSX administration to the scenarios in the 3V0-11.26 outline.
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