Download VMware vSphere Foundation 9.0 Administrator.2V0-16.25.Actual4Test.2026-04-09.56q.tqb

To satisfy both IT and executive requirements:* IT team# Needsdetailed technical metrics, which are available throughOut-of-the-Box dashboards in VCF Operations. (A)* Executives# Need acustom KPI-focused dashboard, with summaries and high-level visibility. This can be shared via aURL linkthat always shows the latest data. (B) Why others are incorrect:* C. Custom dashboard in VCF Operations for Logs# Logs are not KPI-focused performance metrics.* D. Out-of-the-Box dashboards in VCF Automation# VCF Automation is not designed for KPI reporting.References:VMware Cloud Foundation 9.0.2 -Dashboards and KPI TrackingVMware Docs: [Custom and Out-of-the-Box Dashboards in vRealize Operations]

InVCF Operations, theCertificate Revocation List (CRL) tabis visible only whenStandard Certificate Validationis activated in Global Settings.* Once enabled, administrators can view the CRL tab and monitor revoked certificates.Other options:* A. External Event Based Active Symptoms# Related to alerting, not CRL.* C. Threshold for Expiration Alert# Configures warnings, not CRL visibility.* D. Not available under vSphere Foundation license# Incorrect; CRL is available if validation is enabled.References:VMware Cloud Foundation 9.0 -Certificate Validation Settings in Operations VMware Docs: Managing Certificates in vROps

TheVM Storage Policy rulethat controlsdata redundancy in vSANisFailures to Tolerate (FTT).* Defines the number of hardware failures (host, disk, network) that vSAN can tolerate while maintaining data availability.* Configurations includeRAID-1 (mirroring),RAID-5/6 (erasure coding).Other options:* B. Disk Stripes Per Object# Defines performance striping, not redundancy.* C. Stripe Width# Same as above, not redundancy.* D. Flash Read Cache Reservation# Relates to caching performance, not redundancy.References:VMware vSphere 9.0 -Storage Policy Rules in vSANVMware Docs: vSAN Failures to Tolerate

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.References:VMware Cloud Foundation 9.0 -Alerting and Notification SettingsVMware Docs: Configuring Notifications in vRealize Operations

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.References:VMware vSphere 9.0 -vSAN Storage Policy Rules (FTT & RAID)VMware Docs: vSAN Erasure Coding (RAID-5/6)

TheVCF Operations Orchestrator Plug-in for VMware vSphere Web Clientallows orchestration workflows directly in the vSphere Client.* However,only one vSphere instance can be integratedat a time with the vSphere Client via this plug-in.* This limitation ensures a consistent, single orchestration endpoint per vSphere Client environment.Other options (8, 10, 15) apply to scaling of vCenter or data sources but not to the Orchestrator Plug-in integration.References:VMware Cloud Foundation 9.0.1 -Orchestrator Plug-in Integration LimitsVMware Docs: vRealize Orchestrator Plug-in for vSphere Web Client

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.References:VMware vSphere 9.0 -Virtualization Fundamentals: Hardware AbstractionVMware Docs: How VMware Virtualization Works

When troubleshooting critical events in a VMware vSphere Foundation (VVF) environment,logs are essential for root cause analysis.* In the given scenario, the administrator identified thatspecific log messages on a host clearly pinpointed the issue.* To enhance future troubleshooting, the best approach is to implementVCF Operations for Logs.* This enablescentralized log collection, log-based alerts, and advanced queries, making it easier to correlate issues across infrastructure.Other options likeVCF Operations Diagnosticsfocus on proactive health checks and findings, whileManagement Pack for VCFextends observability but does not provide raw log insights.VCF Automationis unrelated to troubleshooting logs.References:VMware Cloud Foundation 9.0.3 -Log analysis, alerts, and integrations with VCF Operations for Logs VMware Cloud Foundation 9.0.1 -Configuring and Analyzing Logs

To enableenhanced capabilities of Storage Operations for vSAN 9.0 in VCF Operations(Diagnostic Troubleshooting, Benchmarking, and Optimizing), administrators must complete several prerequisites that ensure vSAN health, performance, and permissions are properly set up.* Enable and start the vSAN Performance service in the target vCenter (B):* The vSAN Performance Service must be enabled for cluster-level monitoring.* This provides the telemetry data needed for diagnostic and benchmarking capabilities in VCF Operations.* Without enabling this service, no performance metrics can be collected.* Configure a vSAN account for the vCenter Integration Instance (C):* A dedicated vSAN service account must be configured so that VCF Operations can communicate with vCenter for vSAN data collection.* This ensures secure and role-specific access for monitoring operations.* Assign the credentials configured in the vCenter Integration instance to have access to vSAN objects (E):* The credentials used in the vCenter integration must have the required privileges to access vSAN objects (such as datastore, cluster objects, and health checks).* This ensures that VCF Operations can run diagnostics, benchmarking, and optimization functions without permission errors.Why the other options are incorrect:* A. No configuration required, Run New Diagnostics is enabled automatically:#Incorrect.Configuration is required before these advanced features can be enabled.* D. Assign the VCF Operations Service Account administrative rights to vSAN Objects:#Too broad and not a best practice. Instead, specific rights via the vCenter integration account (option E) are recommended.* F. Open port 5989 on each VCF Operations node on which the vSAN adapter exists:#Not required for enabling vSAN advanced diagnostics in VCF 9.0. vSAN operations rely on vCenter connectivity, not direct port 5989.References:VMware Cloud Foundation 9.0 Documentation -vSAN and VCF Operations Integration VMware vSphere 9.0 -vSAN Performance Service Requirements VMware Docs: vSAN Performance Service Configuration

To move a VM to another cluster:* Requirement: Zero downtime# RequiresvMotion.* Challenge: Datastore not shared# RequiresStorage vMotion.* The combined operation,Cross-Cluster vMotion with Storage vMotion, allows moving compute and storage at the same time, with no downtime.Other options:* A. vMotion only# Requires shared datastore, not available here.* B. Backup/restore# Causes downtime, not acceptable.* D. Cannot be moved# Incorrect; vMotion + Storage vMotion supports this.References:VMware vSphere 9.0 -Cross-Cluster vMotion RequirementsVMware Docs: vMotion and Storage vMotion