VMware 2V0-16.25 Dumps

InVCF Operations for Logs, administrators can analyze logs using queries, fields, and charts. A key feature is the ability toview the value range of a specific field.

When a log query is executed, results appear in theEvents table.

Each field shown in the Events table is interactive.

Byclicking on a field in the Events table, administrators can drill down into the data tovisualize its value distribution (range), typically in the form of a histogram or grouped data set.

This provides insight intowhat values are present and how frequently they occur, which is useful for troubleshooting, anomaly detection, and refining queries.

Why not the other options?

A. Click the pencil in the Manage Fields pane→ Used toedit or extract fields, not visualize ranges.

C. Click on the field in Manage Fields→ Displays field definitions and settings, not real-time value ranges.

D. Click on the field in the Field Table→ The Field Table lists defined fields but does not provide value range visualization.

After deployingvSphere Foundation, to centralizelog collection and analysis, you must add:

VCF Operations for Logs, which provides log ingestion, alerting, and centralized troubleshooting.

Other options:

B. VCF Operations→ Focuses on performance/capacity, not log collection.

C. VCF Operations for Networks→ Focuses on networking insights.

D. Fleet Manager→ Used for multi-instance management, not logging.

When creating acustom alert in VCF Operations, the final required step is:

Enable the alert in an Active Policy, so it applies to the target objects.

Without policy activation, the alert exists but will never trigger.

Other options:

A. Super metric→ Only required if monitoring a custom metric, not for standard alerts.

B. REST Notification Plugin→ Used for outbound integration, not triggering alerts.

C. Payload Template→ Used in notifications, not in core alert configuration.

The security team requiresvisibility into vCenter configurationsbut must not make changes.

Best practice is tocreate an Active Directory or vCenter group, add the security users, and assign them theRead-Only roleat thedatacenter/cluster/networklevel.

This ensures each user logs in with unique credentials, maintaining accountability.

Why others are incorrect:

A. Share administrator@vsphere.local password→ Violates security best practices.

B. Create a single user and share credentials→ Still insecure, lacks unique audit trails.

C. Assign Network Administrator role→ Grants configuration permissions, not allowed.

The workload requirements specify:

High-performance application

Latency-dependent workloads

Compute and storage must reside in the vSAN cluster

The correct option isvSAN Express Storage Architecture (ESA)because:

ESA is designed forhigh-performance, low-latency applications.

It leveragesNVMe-based storage devicesand25GbE networking, delivering better IOPS and reduced latency compared to OSA.

OSA(Original Storage Architecture) is older and less efficient.

OSA Stretched Cluster(A) is for resilience across sites, not specifically performance.

vSAN Storage Cluster (B)is a generic term and not specific.

ThevSphere Foundation 9.0 licensing modelusesper-core licensing.

Current license covers1024 cores.

Existing hosts =960 cores, leaving64 cores licensed.

Adding a96-core host→ 32 cores exceed the license.

Result:

The new host runs inevaluation mode.

If not licensed after the evaluation period, the host isdisconnected from vCenter.

Other options:

A. Limited to 64 cores→ Not how VMware licensing enforcement works.

B. Limited to 64 cores until license upgrade→ Incorrect; VMware does not partially disable cores.

D. No issue→ Incorrect; licensing compliance will cause issues.

When upgrading tovSphere Foundation (VVF)on an existingvCenter Server 8.0u3 environment with NSX, the correct method isConverge:

Convergetakes an existing vSphere + NSX environment and brings it into thevSphere Foundation framework, without redeploying from scratch.

Deployis used for new greenfield installations.

Upgradeapplies to upgrading from an earlier version ofvSphere Foundation, not from standalone vSphere.

Not possible (A)is incorrect — VMware supports Converge in this scenario.

The requirement is to followleast privilegewhile granting specific VM operations:

Power on/off virtual machines

Open consoles

Create snapshots

TheVirtual Machine Power Userrole is the correct out-of-the-box role, as it includes all these privileges without granting unnecessary administrative access.

Other roles:

Administrator (A):Grants full environment control → too broad.

Virtual Machine Console User (B):Limited to console access, cannot power on/off or snapshot.

Virtual Machine User (C):Can interact with VMs but lacks snapshot privileges.

The scenario describes anautomated, repeatable workflow:

Create an AD computer object.

Deploy a VM from a template.

Power on the VM and join domain.

The correct tool isVCF Operations Orchestrator(formerly vRealize Orchestrator), which:

Provides automation and integration withActive DirectoryandvCenter APIs.

Can execute workflows for VM provisioning and domain joining.

Other options:

A. vSphere Supervisor→ Kubernetes workload management, not AD/VM automation.

B. VCF Operations→ Monitoring and analytics, not workflow automation.

C. VCF CLI→ Useful for manual scripting but not suited for automated workflows.

Hardware abstraction in VMware virtualization:

Thehypervisor abstracts physical resources(CPU, memory, storage, networking) and presents them to VMs asstandardized virtual hardware.

This allows VMs to run independently of underlying physical devices, enabling features likevMotion and hardware independence.

Other options:

A. Encrypting data→ Security feature, not abstraction.

B. Isolating memory access→ Memory protection, not full abstraction.

C. Live migration between Intel and AMD→ Possible with compatibility modes, but not a direct definition of abstraction.

In aVMware vSphere Foundation (VVF) deploymentwithvCenter Supervisor Namespaces enabled, the method for creating VMs inside a Supervisor Namespace relies on thevSphere VM Service.

TheVM Serviceexposes VMs as Kubernetes-native objects that are managed usingkubectl.

Administrators (or DevOps engineers with appropriate permissions) must write aVM YAML manifest file, which specifies parameters such as apiVersion, kind: VirtualMachine, spec.imageName, spec.className, spec.storageClass, and spec.networkInterfaces.

The YAML manifest is thenapplied with kubectlto the Supervisor context.

This approach is documented as the supported method:

"As a DevOps engineer, provision a VM and its guest OS in a declarative manner by writing VM deployment specifications in a Kubernetes YAML file."

Why the other options are incorrect:

B. Deploy using the vSphere Client→❌The vSphere Client is used to configure Namespaces, permissions, and VM classes, butactual VM creation in Supervisor Namespaces is done via kubectl + YAML.

C. Use VCF CLI to deploy the VM→❌VCF CLI (kubectl vsphere login) is used only to authenticate and obtain context, not to create VMs.

D. Log in to VCF Automation Service Broker→❌This is used for vRealize Automation/Aria Automation integration, not for direct Supervisor Namespace VM creation.

Theprimary purpose of vSphere Lifecycle Manager (vLCM)is to:

Update, patch, and upgrade ESXi hosts, firmware, and drivers.

Manage host consistency across clusters withimage-based lifecycle management.

Other options are unrelated:

A. Configure network settings→ Done through vCenter or host client, not vLCM.

B. Monitor performance→ Done in vCenter/VCF Operations, not vLCM.

C. Create/manage VMs→ Managed through vCenter, not vLCM.

When enabling aSupervisor Cluster in vSphere with Tanzuusing vSphere networking and the Foundation Load Balancer:

You must provide astatic IP rangefor the Supervisor control plane VMs so they can be deployed with dedicated addresses. (B)

You must assign avSphere Distributed Switch (VDS)with an appropriateport groupfor Supervisor networking. (E)

Other options:

A. Namespace template→ Optional after Supervisor is enabled, not required at setup.

C. Tier-0 Gateway→ Applies to NSX networking, not vSphere networking.

D. VM Service→ Enabled after Supervisor, not a prerequisite.

For an8-node vSAN OSA cluster, the administrator needs a storage policy that:

Tolerates2 host failures, and

Providesmaximum usable capacity.

RAID-5/6 (erasure coding)is more capacity-efficient than RAID-1 mirroring.

To tolerate2 failures, the correct policy isRAID-5 with FTT=2.

RAID-1 (mirroring) would consume far more capacity, reducing usable space.

Other options:

A. 1 failure - RAID-1→ Only tolerates one failure.

C. 3 failures - RAID-1→ Provides higher resilience but uses much more capacity, not maximum efficiency.

D. 1 failure - RAID-5→ Tolerates only one failure.

TheVCF Operations for Logs capabilitymost useful forroot cause analysis and troubleshootingisLog Querying.

Allows searching, filtering, and correlating log events to diagnose issues.

Log Forwarding (A)→ Sends logs elsewhere, not analysis.

Alerting (B)→ Notifies about issues but does not provide investigation details.

Dashboarding (C)→ Provides visualization, but root cause analysis requiresqueries.

When usingvSphere Lifecycle Manager (vLCM)withParallel Remediationenabled, the following rules apply:

Parallel remediation only applies to ESXi hosts that are already in Maintenance Mode.

vLCM doesnotput hosts into Maintenance Mode automatically in this mode.

Similarly, it does not exit Maintenance Mode automatically after remediation.

Hosts not in Maintenance Mode are skipped.

If Parallel Remediation is activated, vLCM remediates only those hosts that are already in Maintenance Mode.

Any hosts that are not in Maintenance Mode remain untouched.

Remediation happens in parallel for all eligible hosts.

In this case, two of the six hosts are in Maintenance Mode. Those two hosts will be remediated in parallel.

The remaining four hosts (not in Maintenance Mode) willnotbe remediated at all.

Why the other options are incorrect:

A. Four hosts not in maintenance mode are remediated in parallel→❌Incorrect. Hosts must already be in Maintenance Mode to be remediated.

B. Hosts in maintenance mode first, then non-maintenance hosts→❌Incorrect. Non-maintenance mode hosts are skipped, not remediated after.

C. Four hosts remediated sequentially, others skipped→❌Incorrect. Parallel Remediation does not touch non-maintenance mode hosts.

D. Hosts in maintenance mode remediated in parallel; others skipped→✅Correct and matches VMware documentation.

To supportcontainerized workloads within VMware vSphere Foundation (VVF), the essential component isvSphere Kubernetes Service (vSphere with Tanzu).

Provides nativeKubernetes integrationwith vSphere clusters.

Enables runningPods, Tanzu Kubernetes clusters, and containerized workloadson vSphere infrastructure.

Other options:

VCF Automation (A):Automates VCF lifecycle but not containers.

VCF Fleet Manager (B):Manages multi-instance environments, not workload containers.

VCF Operations (C):Provides monitoring/analytics but not container runtime.

InVCF Operations, alerts can be configured withnotification settings. To ensure onlyrelevant stakeholdersreceive alerts:

You assignspecific recipientsto notifications.

This avoids alert fatigue and ensures teams only see alerts they are responsible for.

Other options:

A. Write to file→ Not for stakeholder notifications.

B. Only critical alerts→ Reduces volume, but still not targeted to relevant recipients.

D. Generic contact info→ Sends to broad groups, not selective.