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One important 3V0-11.26 detail is easy to miss: the exam has four sections, but the first three currently have no testable objectives. That changes how candidates should use practice resources for the VMware Certified Advanced Professional - VMware Cloud Foundation Administrator exam.
Instead of dividing study time evenly across architecture, product knowledge, planning, and administration, begin with the tested portion: Section 4, Configure, Administrate, and Scale the VMware Solution. The other sections still provide context, but they are not part of the current scored objective set.
The 3V0-11.26 objectives are written as scenarios. They ask what an administrator should deploy, configure, optimize, monitor, or manage in a VMware Cloud Foundation environment. Practice resources should reflect that style.
Start with a simple question: what is the system state, and what needs to change? In one scenario, the focus may be a vSAN cluster in a VCF workload domain. In another, it may be a stretched cluster, a workload domain using supported non-vSAN storage, or a cross-cluster capacity sharing configuration. The right preparation is not a collection of product definitions. It is the ability to connect the scenario to an administrative action.
For each practice question, record the decision you were asked to make. Was it a deployment choice, a storage policy decision, a security configuration, a monitoring task, or an operational response? This small habit turns practice into a map of your own weak points.
The early objectives in Section 4 make storage a natural place to begin. They cover deploying vSAN clusters and vSAN stretched clusters, deploying VCF workload domain clusters with supported non-vSAN storage, configuring vSAN cross-cluster capacity sharing, and configuring vSAN data protection.
The next layer is operational work. Candidates should be comfortable with vSAN Day 2 administration tasks, storage policies, vSphere advanced settings, and virtual machines in a VCF workload domain. This scope also includes advanced network operations, CPU and memory optimization, and monitoring vSphere components.
A useful sequence is to practice storage deployment scenarios first, then revisit them through the lens of operations. Ask what changes after the cluster is running. Which policy, performance, monitoring, or Day 2 task belongs next? This creates a more realistic connection between the individual objectives than reviewing every line in isolation.
VCF administration is not limited to infrastructure deployment. The tested work includes vSphere Security and Access Control in VCF, VM Encryption and vSphere Trusted Environments, Identity Provider configuration in the VMware Cloud Foundation Operations portal, and Provider Content Libraries within the Provider Management portal.
That is why practice resources should alternate between infrastructure tasks and control-plane tasks. One session might focus on a vSAN deployment decision. The next can focus on an identity, encryption, access-control, or content-library scenario. Alternating the domains helps expose whether knowledge is limited to one operational area.
The same pattern applies to VCF Operations. It includes capacity forecasting, cost management configuration, policies, Business Intent and Operational Intent, Business Applications, alerts, VCF Fleet Management Lifecycle scaling, component upgrades, and configuration drift monitoring. These are not simply separate features to memorize. They describe the work of observing an environment, acting on it, and checking that the intended configuration remains in place.
The later objectives extend into VMware Kubernetes Service and NSX. Candidates may need to recognize how to create and manage Projects, Governance Policies, Namespace Classes, and VPCs in a VCF All Apps Organization. This work also includes Supervisor clusters with NSX VPC, NSX Segment, vDS, and Avi load balancer options, plus Supervisor add-on services, VKS upgrades, package repositories, and VCF Operations Day 2 tasks.
NSX objectives cover VMware NSX Federation, NSX Edge clusters, Tier-0 and Tier-1 gateways, NSX VRFs, NSX Logical Segments, and VPCs. A strong study cycle moves from a single technology domain to a combined scenario. For example, first identify a network task, then consider how it relates to a Supervisor cluster or a VCF All Apps Organization. Practice resources are valuable when they make those connections visible.
The exam has 60 items and a passing score of 300 using a scaled method. Candidates receive a 135-minute appointment, including additional time for non-native English speakers, and Pearson VUE proctors the exam.
The listed item formats include single-choice and multiple-selection questions, build-list items, matching, drag-and-drop, point-and-click, and hot-area questions. Timed review should therefore include both decision-making and careful reading. When a question asks for a sequence, placement, or configuration choice, slow down long enough to identify the action it is asking about. When a scenario is familiar, do not spend extra time searching for complexity that is not present.
The recommended learning path includes advanced-configuration courses for VMware Cloud Foundation Storage, Automation, Operation, Networking, and Compute, as well as vSphere Kubernetes Service. These course areas offer a sensible way to route a missed practice question back to the right learning area.
For instance, missed capacity-sharing or data-protection questions can lead back to the storage track. Questions about VKS clusters, packages, or Supervisor services can point to the vSphere Kubernetes Service track. Questions about NSX components can lead to networking material. The objective is not to inflate a practice score. It is to build a repeatable path from a weak answer to the relevant documentation, training, or hands-on exercise.
The 3V0-11.26 exam leads to the VMware Certified Advanced Professional - VMware Cloud Foundation Administrator certification, also known as VCAP-VCF Administrator 9. Its importance for candidates is tied to the breadth of administration work it covers. The candidate profile centers on the ability to effectively manage, maintain, and scale a multi-region or multi-organization VMware Cloud Foundation Private Cloud environment.
That scope reaches beyond a single deployment task. It includes VCF features, functions, and architecture, along with vCenter, ESX, vSAN, NSX, VCF Identity Broker, VCF Automation, VCF Operations, Log Fleet Management, Networks, vSphere Kubernetes Service, and related storage and networking work. Candidates pursuing the certification should therefore treat practice resources as a way to connect technical domains into administrative decisions.
The certification scope also includes designing, operating, and enhancing VCF Automation, Provider and Organization structures, projects, namespaces, blueprints, content libraries, policies, and access controls. A preparation plan that follows these responsibilities gives candidates a clearer way to evaluate whether their current experience and study materials cover the scope associated with the certification.
