3V0-22.25 certification exam cost - Latest Training Dumps

NO.27 Which type of Plugin must the administrator configure to enable WLP Action-based notifications?

Network Share

SNMP Trap

Webhook Notification

Standard Email

NO.28 What is the primary operational risk of using the “Delete Orphaned Disks” action in the Reclaim workbench, and how does VCF Operations mitigate it?

The risk is deleting a valid disk that was temporarily detached during maintenance (or created but not yet attached). VCF Operations mitigates this by reporting the “File Age” (Last Modified Date) and allowing the admin to filter for disks that have not been modified for a long period (e.g., > 6 months), indicating they are truly abandoned.

The risk is database corruption; VCF Ops mitigates this by running a backup first.

The risk is deleting the OS disk; VCF Ops mitigates this by only deleting Data disks.

The risk is deleting a disk that belongs to a powered-on VM; VCF Ops mitigates this by only listing disks attached to powered-off VMs.

NO.29 A Cloud Admin is troubleshooting a “Data Collection Failure” alert in VCF Operations. The dashboard indicates that several key management objects are not reporting metrics. The administrator reviews the status of the Management Domain components below. (Choose 2.)
# Component Status – Management Domain – sfo-m01
Component Health Status Service State Connectivity
——————– ————- ————- ————
sfo-m01-vc01 Healthy Running Connected
sfo-m01-nsx01 Critical Running Disconnected
sfo-m01-sddc01 Healthy Running Connected
sfo-m01-cl-proxy01 Warning Running Intermittent
Based on the status above, what are the direct impacts on VCF Operations visibility?

No new Workload Domains can be deployed until connectivity is restored.

VCF Operations will fail to collect vSAN capacity metrics from the Management Domain cluster.

The Cloud Proxy will automatically failover data collection to the SDDC Manager.

Network traffic flow metrics and NSX object properties will be stale or missing.

NO.30 An administrator wants to modify the standard “VMware vSphere – General” dashboard to include a new widget for “vMotion Failures”. The system prevents editing the dashboard directly.
What is the standard procedure to achieve this customization?

Delete the Content Pack and recreate it manually.

Use the REST API to force an update.

Modify the permissions of the admin user to “Super Admin”.

Clone the dashboard. The administrator must open the read-only Content Pack dashboard, select
“Clone” from the actions menu, save it to a custom location (e.g., “My Custom Dashboards”), and then edit the cloned version to add the new widget.

NO.31 A “Production” VM is constantly appearing in the “Idle VMs” reclamation list because it runs a low- intensity background task (3% CPU). The admin wants to prevent this specific VM from ever being flagged as “Reclaimable” to avoid accidental deletion.
What is the most robust method to exclude this VM from the reclamation process?

Delete the VM from VCF Operations inventory.

Exclude the VM from the reclamation analysis. This can be done by creating a Custom Group for
“Protected VMs”, assigning the VM to it, and then configuring the active Policy to disable “Reclaimable Capacity” analysis for that specific Custom Group (or set the Idle threshold to 0 for that group).

Increase the global “Idle CPU Threshold” to 1%, which might exclude real waste.

Manually ignore it in the list every week.

NO.32 An Automation Central job is configured to “Delete Powered Off VMs” with a criteria of “Powered Off >
14 Days”. A user manually powers off a VM on Monday. On Tuesday (1 day later), the user complains that the VM was deleted by the automation.
What is the most likely explanation for this behavior?

The VM was actually powered off 2 weeks ago, briefly powered on, and then off again; the counter didn’t reset.

The Automation Central job was misconfigured with the wrong scope or criteria (e.g., “Powered Off >
0 Days”).

The VM had a “Snapshot” that was older than 14 days, and the administrator mistakenly configured the job to “Delete Snapshots” instead of “Delete VMs”, or configured a separate “Snapshot Cleanup” job that inadvertently deleted the VM state. (Or, most simply: The criteria logic uses the “Total Powered Off Time” metric which might accumulate if not reset properly, but C is the most direct config error).

Automation Central ignored the criteria.

NO.33 An organization has two data centers: “New York” (High Cost) and “Phoenix” (Low Cost). The facilities team provides the following cost data per server:
* New York: $1,000/month
* Phoenix: $600/month
How should the VCF Operations administrator configure the system to accurately reflect this regional variance?

Use a “Super Metric” to multiply the Phoenix costs by 0.6.

Create two separate VCF Operations instances.

It is not possible; VCF Operations applies a single global average cost to all servers.

Create two Cost Driver Profiles (or edit the Cost Drivers). Select the “New York” Datacenter/Cluster scope and assign the 1,000 cost. Select the “Phoenix” Datacenter/Cluster scope and assign the 600 cost.

NO.34 In a fully deployed VCF environment, which specific operational pillars are the primary responsibility of VCF Operations? (Choose 2.)

Integrated Compliance and Security Configuration Monitoring (e.g., vSphere Security Configuration Guide).

Automated deployment of Workload Domain infrastructure.

Continuous Performance Optimization (Workload Placement).

Log Aggregation and Syslog Analysis.

NO.35 A VCF Operator is investigating a storage outage. The raw logs show cryptic messages like:
ScsiDeviceIO: 2338: Cmd(0x439d4) 0x1a, CmdSN 0x0 from world 0 to dev “naa.600…” failed H:0x0 D:0x2 P:0x0 The operator struggles to understand what H:0x0 D:0x2 means.
How does VCF Operations for Logs primarily assist in decoding these technical error codes for faster root cause analysis?

The VMware vSphere Content Pack automatically parses these hex codes into human-readable Extracted Fields (e.g., scsi_sense_code, scsi_host_status), often creating a summary field like “Check Condition” or mapping them to specific “Storage Error” event types.

It opens a support ticket with the storage vendor automatically.

It highlights the text in red but offers no translation.

It uses AI to rewrite the log in English.

NO.36 A VCF Operations for Logs cluster is configured with an Integrated Load Balancer (ILB) VIP.
Syslog clients in the same subnet as the cluster can send logs successfully. Syslog clients in a remote subnet cannot reach the VIP, even though they can reach the individual node IPs. Ping to the VIP from the remote subnet fails.
What is the likely networking root cause?

The remote clients are using UDP.

The ILB VIP is down.

The firewall on the remote clients is blocking outbound traffic.

The ILB VIP does not have a valid default gateway or routing path configured, OR (more commonly) the underlying routers do not have an ARP entry or route advertisement for the VIP address because it floats between nodes and does not use a physical MAC address in a standard way (Proxy ARP issues).
Or simpler: The VIP is in a different subnet than the nodes (unsupported) or simply lacks a route.

NO.37 An administrator types the query flows where source vm = ‘Web-01’ but receives a syntax error or
“No Results Found” even though the VM exists.
What is the mostly likely syntax issue?

The query uses specific object names that might be ambiguous. The correct syntax often requires verifying the Entity Type or checking if the VM name contains spaces. The more robust query would be flows where vm = ‘Web-01’ or ensuring the time range selector is set correctly to when traffic occurred.
(Wait, specifically regarding “Source VM” vs “VM”: source vm is valid. A common issue is Time Range).
Let’s refine: The most common user error yielding “No Results” for a valid query is looking at the wrong Time Range (e.g., Last 1 Hour vs Last 24 Hours).

The VM ‘Web-01’ has not sent any flows in the last 24 hours (default window).

The system is indexing and cannot search.

The query language is case-sensitive for keywords like ‘where’.

NO.38 A Cloud Admin wants to configure “Workload Optimization” to automatically balance workloads across clusters based on software licensing costs. Specifically, “Oracle” VMs must strictly stay on “Cluster-A” (which is licensed), and “SQL” VMs must stay on “Cluster-B”.
Which VCF Operations feature is designed to enforce these license-based placement constraints?

Business Intent (within Workload Optimization). The admin configures tag-based placement rules (e.g., Tag ‘Oracle’ must be placed on Cluster ‘Cluster-A’) which VCF Operations enforces during any rebalancing action.

The “Cost Drivers” configuration screen.

The “Consolidate” Operational Intent.

vSphere DRS Affinity Rules created manually in vCenter.

NO.39 A security engineer constructs a query to detect “SQL Injection” attempts using a complex Regular Expression (Regex). They verify the regex works in the search bar.
What is the best way to reuse this regex logic in future queries and dashboards without retyping it every time?

Create a “Saved Search”.

Save it as a text file on the desktop.

Create an Extracted Field. By saving the regex as a named Field (e.g., sql_query_string), the system parses it automatically. In the future, the engineer can simply drag and drop the sql_query_string field into filters or aggregations, treating it like a native property.

Email the regex to the team.

NO.40 A new instance of VCF Operations Management Pack on a Federation Instance has been properly installed and information is being collected from all VCF Operations instances. After running for some time, management has asked that additional information be collected and displayed in the Federation instance. How does the administrator configure the Aggregator Management Pack to collect additional information?

Edit the Policy on the Federated instance granting permissions to each metric to be collected

Create a new federation_config file with the additional metrics and apply to each aggregator connection

In the VCF Operations Federated instance, select the desired metrics for each connection

In each of the VCF Operations instances, tag the additional resources with “aggregator”

NO.41 A Capacity Planner is analyzing a cluster that shows “0 Days Remaining” for CPU capacity, even though the cluster’s average CPU utilization is only 30%.
# Cluster Settings
Capacity Model: Allocation
CPU Overcommit Ratio: 1:1
# Workload
Total Physical Cores: 100
Total vCPUs Provisioned: 110
Actual Demand: 30 GHz (Low)
Why does the system report zero capacity remaining?

The cluster has a hardware fault on one host.

The Allocation model with a 1:1 Ratio is strictly enforcing a “No Overcommit” policy. Since provisioned vCPUs (110) exceed physical cores (100), the cluster is mathematically full based on the allocation entitlement, regardless of the low actual demand (30%).

The retention policy is set to 1 day, causing calculation errors.

The Demand model is predicting a massive spike tomorrow.

NO.42 An administrator needs to configure an alert for “Failed Login Attempts”. However, occasional failures are normal. The alert should ONLY trigger if there are more than 10 failures within a 5-minute window.
Which type of User Defined Alert configuration supports this logic?

An Aggregation Alert (or Grouping Alert). By changing the alert type to perform a count aggregation (e.g., Count of events > 10) over a defined time period (5 minutes), the system filters out noise and only notifies on volume anomalies.

A “Match Any” alert (Real-Time).

An “Event Type” alert.

A “Content Pack” alert.

NO.43 After successfully adding two new Data Nodes to the cluster, the administrator notices that the disk usage on the new nodes is near 0%, while the old nodes are still at 80%.
Which system process must complete to resolve this imbalance?

The administrator must manually vMotion the VMDKs to balance storage.

The system requires a “Full Restart” of the cluster to recognize the new disk space.

The “Garbage Collection” process, which runs nightly.

The “Rebalance” (GemFire Rebalancing) operation. In modern versions, this often starts automatically or is triggered via the Admin UI to redistribute the existing metric shards onto the new nodes.

NO.44 When troubleshooting an agent that is not sending logs, an administrator checks the log file
/var/log/liagent/liagent.log. The log shows: “Server rejected connection: Limit Exceeded”.
What is the likely cause on the server side?

The number of active agents has exceeded the “Active Log Insight Agents” licensing limit or the maximum connection limit per node (though modern licensing is usually OSI/CPU, some legacy or edition limits apply to concurrent connections).

The server is in Maintenance Mode.

The agent IP is blocked by the firewall.

The agent version is incompatible.

NO.45 A Director wants a monthly report quantifying the exact dollar savings achieved by the Operations team’s reclamation efforts (e.g., “We saved $5,000 this month by deleting idle VMs”).
Which VCF Operations construct natively provides this “Realized Savings” data?

The “Audit” log.

The vCenter Performance Charts.

The “Reclaimable Capacity” dashboard (or Cost Savings report) which calculates the cost of the reclaimed resources based on the configured Cost Drivers (Hardware/Storage cost) and tracks the potential vs. realized savings over time.

The “Cluster Utilization” heatmap.

NO.46 A “Dev-Ops” team complains that their “CI/CD-Build” VMs are constantly appearing in the
“Oversized” reclamation list because they run at 100% CPU for 1 hour a day but are idle the rest of the time. They do not want these downsized.
What is the correct configuration strategy to stop VCF Operations from recommending downsizing for these specific VMs?

Disable the “Capacity Engine” globally.

Use the “Exclusion” tag in vCenter.

Delete the VMs from VCF Operations.

Create a Custom Group for “CI/CD VMs”, create a specific Policy that disables “Rightsizing” (or sets it to be extremely conservative), and assign that Policy to the Custom Group.

NO.47 A Cloud Admin wants to optimize storage costs by deleting “Old Snapshots” automatically. However, the admin wants to ensure that snapshots named “Backup_DoNotDelete” (created by the backup software) are never touched by this job.
# Job Config
Action: Delete Snapshots
Scope: Cluster-01
Criteria: Age > 3 Days
What additional configuration in the job setup handles this exclusion?

Remove the “Action” permission from the VCF Operations service account.

Use the “Filter” or “Additional Criteria” option in the job definition to exclude snapshots where
“Snapshot Name contains ‘Backup'”.

It is not possible; Automation Central deletes all snapshots older than the age criteria.

Configure the backup software to store snapshots on a different datastore.

NO.48 What is the primary architectural role of VCF Operations for Logs (formerly vRealize Log Insight) within the VMware Cloud Foundation stack?

To provide a “Help Desk” ticketing system for user-submitted incidents.

To automate the lifecycle management and patching of the physical logging hardware.

To collect and analyze numerical performance metrics (CPU, Memory, IOPS) for capacity planning.

To serve as a centralized syslog server that ingests, indexes, and analyzes unstructured text data from all SDDC components (vSphere, NSX, vSAN) to provide deep root-cause analysis.

NO.49 Which core VMware Cloud Foundation components have native, pre-bundled adapters available in VCF Operations, allowing for immediate configuration without downloading external Management Packs? (Choose 2.)

VMware HCX

VMware Tanzu Kubernetes Grid

VMware vCenter Server

VMware Aria Automation Config

VMware NSX

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[Sep-2026] Professional Level Exams 3V0-22.25 Exam Practice Test Questions Dumps Bundle! [Q27-Q49]