View Full VMware 2V0-13.25 Exam Dumps and Practice Test Dumps

 

Question 361. Which capability is most useful for providing centralized operational visibility across a VMware Cloud Foundation environment?

1. Manually checking each ESXi host
2. VCF Operations dashboards
3. Disabling performance monitoring
4. Using separate spreadsheets for every cluster

Correct Answer: 2. VCF Operations dashboards

Explanation:

VCF Operations dashboards provide centralized visibility into the health, performance, capacity, and operational state of infrastructure components across the VMware Cloud Foundation environment. Instead of requiring administrators to inspect every ESXi host or vCenter independently, dashboards consolidate important information into a common operational view. This helps administrators identify trends, investigate abnormal behavior, and prioritize areas requiring attention. Effective dashboards should expose meaningful metrics rather than simply presenting large quantities of data. They can also support operational reviews by showing current health and historical trends. This centralized approach improves consistency and makes it easier to detect infrastructure issues before they affect workloads.

Question 362. An administrator wants to identify whether infrastructure capacity will become insufficient several months from now. Which approach is most appropriate?

1. Review only the current CPU percentage
2. Wait until a cluster reaches full utilization
3. Analyze historical trends and perform capacity forecasting
4. Increase every resource allocation immediately

Correct Answer: 3. Analyze historical trends and perform capacity forecasting

Explanation:

Capacity forecasting uses historical utilization trends to estimate future resource requirements. Looking only at current utilization may not reveal a steady increase in CPU, memory, storage, or network consumption. By analyzing trends over an appropriate period, administrators can identify growth patterns and estimate when available capacity may become insufficient. Forecasting can then support decisions about adding hosts, expanding storage, increasing network capacity, or changing workload placement. Immediately increasing every allocation is inefficient because it may create unnecessary cost and complexity. Effective capacity planning combines current utilization, historical growth, expected business demand, and appropriate headroom rather than waiting until infrastructure resources are exhausted.

Question 363. A monitoring platform generates thousands of alerts, many of which are related to the same underlying issue. What should an administrator use to improve operational efficiency?

1. Event correlation and alert prioritization
2. Disable all alerts
3. Increase the number of duplicate alerts
4. Ignore alerts generated during business hours

Correct Answer: 1. Event correlation and alert prioritization

Explanation:

Event correlation helps administrators identify relationships between multiple alerts and determine whether several symptoms are caused by a common underlying condition. Without correlation, a single infrastructure problem can generate numerous notifications, making it difficult for operations teams to determine where to begin troubleshooting. Alert prioritization further separates critical conditions from informational or low-impact events. This allows administrators to focus attention on issues that can significantly affect availability, performance, or capacity. Disabling alerts would reduce visibility rather than solve the underlying problem. A well-designed monitoring strategy therefore combines meaningful thresholds, event correlation, prioritization, and appropriate escalation so that important conditions receive timely attention.

Question 364. Before troubleshooting a performance problem, which action provides the most useful reference for determining whether current behavior is abnormal?

1. Restart all affected hosts
2. Delete historical monitoring data
3. Increase VM reservations
4. Compare current metrics with an established performance baseline

Correct Answer: 4. Compare current metrics with an established performance baseline

Explanation:

A performance baseline represents expected behavior under normal operating conditions. Comparing current CPU usage, memory consumption, storage latency, network throughput, or other relevant metrics against that baseline helps determine whether the observed behavior is unusual. This is important because a metric that appears high in isolation may actually be normal for a particular workload. Similarly, a relatively small change can be significant if it differs substantially from established behavior. Baselines should be created during representative operating periods and reviewed periodically as workloads change. Using baseline comparisons provides objective evidence for troubleshooting and helps administrators distinguish genuine performance degradation from normal workload variation.

Question 365. An administrator is troubleshooting an intermittent workload issue. Which approach is most appropriate before making configuration changes?

1. Collect evidence from relevant logs, metrics, events, and configuration data
2. Reconfigure every component immediately
3. Restart the entire management environment
4. Remove monitoring information

Correct Answer: 1. Collect evidence from relevant logs, metrics, events, and configuration data

Explanation:

A structured troubleshooting process begins by collecting evidence before making unnecessary changes. Logs, performance metrics, events, configuration information, and timestamps can help establish what happened and identify relationships between components. For intermittent problems, evidence is especially important because the issue may disappear before an administrator can reproduce it. Changing multiple components at once can make the original cause harder to identify and may introduce additional problems. Administrators should establish the scope and timeline of the issue, identify affected workloads, compare behavior against normal baselines, and correlate available evidence. This method creates a more reliable foundation for determining the appropriate corrective action.

Question 366. Which practice can help administrators investigate an issue that involves several VMware Cloud Foundation components?

1. Review only the affected virtual machine
2. Correlate logs and events across relevant components
3. Delete older logs
4. Disable centralized logging

Correct Answer: 2. Correlate logs and events across relevant components

Explanation:

Complex infrastructure issues can cross multiple layers, including virtual machines, ESXi hosts, vCenter Server, NSX components, storage systems, and management services. Correlating logs and events across these components can reveal a sequence that is not visible when examining one system independently. For example, a workload problem may coincide with a network event, storage latency increase, or management service condition. Centralized logging makes this correlation easier by providing consistent access to information from multiple sources. Administrators should consider timestamps, affected objects, error messages, and related events when constructing the incident timeline. This approach improves troubleshooting accuracy and reduces the risk of treating symptoms instead of causes.

Question 367. Which operational control is most useful for preventing unexpected certificate expiration from disrupting infrastructure services?

1. Disable certificate validation
2. Replace every certificate daily
3. Monitor certificate expiration dates and maintain a renewal process
4. Ignore certificates until a service stops

Correct Answer: 3. Monitor certificate expiration dates and maintain a renewal process

Explanation:

Certificate expiration can cause service interruptions when components no longer trust or accept certificates used for secure communication. Monitoring expiration dates provides administrators with sufficient time to plan and perform renewal activities. A structured certificate-management process should identify certificate owners, expiration dates, trust relationships, renewal procedures, and validation requirements. Administrators should also understand whether certificates are issued by an internal certificate authority or another trusted authority. Replacing certificates unnecessarily increases operational complexity, while ignoring expiration creates avoidable risk. Proactive monitoring combined with documented renewal procedures helps maintain secure communication and reduces the possibility of an unexpected outage caused by an expired certificate.

Question 368. An organization uses an identity provider for centralized authentication. What should be validated when configuring identity federation for VMware Cloud Foundation?

1. Only the administrator’s workstation name
2. User group mapping and authentication configuration
3. The VM snapshot retention period
4. The datastore block size

Correct Answer: 2. User group mapping and authentication configuration

Explanation:

Identity federation requires correct integration between the VMware environment and the organization’s identity provider. Administrators should validate authentication configuration, identity-provider connectivity, group mappings, and the permissions assigned to federated users or groups. Group-based access is particularly important because users should receive the appropriate roles based on their organizational responsibilities. Testing should confirm that authorized users can authenticate successfully and that unauthorized users do not receive excessive privileges. Administrators should also document dependencies such as DNS, certificates, time synchronization, and identity-provider availability. Proper validation helps prevent authentication failures and reduces the risk of incorrectly assigning administrative access.

Question 369. Which design principle should guide the assignment of administrative roles in a VMware Cloud Foundation environment?

1. Give every administrator full privileges
2. Use the same account for all administrators
3. Grant permissions according to least privilege
4. Avoid role-based permissions

Correct Answer: 3. Grant permissions according to least privilege

Explanation:

The principle of least privilege means that users receive only the permissions required to perform their assigned responsibilities. In a VMware Cloud Foundation environment, this can be implemented through role-based access control and appropriately scoped permissions. For example, an administrator responsible for monitoring may not require the same privileges as an administrator who performs infrastructure configuration. Limiting permissions reduces the potential impact of accidental changes and compromised accounts. Roles should be reviewed periodically as responsibilities change. Administrative activities should also use individual accounts where practical so that actions can be attributed to specific users. Least privilege therefore supports both security and operational accountability.

Question 370. An organization wants to control access to privileged VMware infrastructure accounts. Which practice provides stronger operational control?

1. Share one administrator password with the entire team
2. Use privileged access workflows with individual accountability
3. Store passwords in an unprotected text file
4. Disable authentication logging

Correct Answer: 2. Use privileged access workflows with individual accountability

Explanation:

Privileged access should be controlled through processes that identify who requested, approved, and used administrative permissions. Individual accounts provide accountability because actions can be associated with specific administrators. Depending on organizational requirements, privileged access workflows may include approval processes, time-limited elevation, strong authentication, secure credential storage, and detailed auditing. Sharing a single administrator password removes accountability and makes it difficult to determine who performed a particular action. Storing credentials in an unprotected file introduces additional security risks. A well-designed privileged-access process balances operational requirements with security controls while ensuring that highly privileged activities remain traceable and reviewable.

Question 371. Why should service accounts used by VMware infrastructure components be included in an account lifecycle process?

1. Service accounts never require management
2. They should be treated like temporary VM snapshots
3. Their ownership, credentials, permissions, and usage should be controlled
4. They should automatically receive administrator privileges

Correct Answer: 3. Their ownership, credentials, permissions, and usage should be controlled

Explanation:

Service accounts can perform important automated functions and may have access to infrastructure services, making their lifecycle an important operational and security consideration. Organizations should document the purpose and owner of each service account, define required permissions, protect its credentials, and establish procedures for rotation, review, and decommissioning. Unused or forgotten service accounts can create unnecessary access paths. Service accounts should receive only the permissions required for their functions rather than broad administrator rights. Lifecycle management also helps ensure that credentials remain valid when needed while preventing accounts associated with retired services from remaining active indefinitely. Proper documentation makes troubleshooting and ownership clearer as well.

Question 372. Which DNS validation is particularly important when deploying and operating VMware Cloud Foundation components?

1. Verify only external website resolution
2. Verify forward and reverse name resolution for required infrastructure names
3. Disable DNS caching
4. Use random hostnames for infrastructure components

Correct Answer: 2. Verify forward and reverse name resolution for required infrastructure names

Explanation:

Reliable DNS resolution is an important dependency for VMware infrastructure services. Administrators should verify that required hostnames resolve correctly to the expected IP addresses and that reverse lookups return the appropriate hostnames where reverse DNS is required. Incorrect DNS records can contribute to deployment failures, authentication problems, certificate issues, management connectivity problems, and difficulties during troubleshooting. DNS validation should be performed before deployment and after relevant infrastructure changes. Administrators should also document DNS servers, required records, naming conventions, and dependencies. Using consistent infrastructure names and validating both forward and reverse resolution helps establish predictable communication between VMware components and external services.

Question 373. An administrator is planning a new workload domain and needs addresses for management, host, virtual machine, and network services. What should be established before deployment?

1. An IP address plan
2. A new backup retention policy only
3. A VM snapshot schedule only
4. A CPU reservation for every VM

Correct Answer: 1. An IP address plan

Explanation:

An IP address plan defines how network addresses will be allocated to the infrastructure and workloads that require connectivity. It should account for management interfaces, ESXi hosts, vCenter services, VM networks, NSX components, gateways, and other required services according to the architecture. The plan should also consider subnet boundaries, VLANs or overlay networks, gateways, DNS dependencies, address availability, and future growth. Establishing the plan before deployment reduces the likelihood of address conflicts and unexpected redesign work. A documented IPAM process can further improve consistency when environments expand. Proper address planning is therefore a foundational dependency for predictable network configuration and workload-domain deployment.

Question 374. Why should multiple reliable NTP sources be considered for infrastructure time synchronization?

1. To eliminate the need for DNS
2. To provide time synchronization redundancy
3. To increase VM disk capacity
4. To replace certificate authorities

Correct Answer: 2. To provide time synchronization redundancy

Explanation:

Accurate and reliable time synchronization is important for distributed infrastructure services. Multiple NTP sources can provide redundancy if one time source becomes unavailable or unreliable. Consistent time also supports authentication mechanisms, certificate validation, event correlation, logging, and troubleshooting. If infrastructure components have significantly different clocks, administrators may have difficulty correlating events or may encounter authentication and security-related problems. NTP design should identify approved time sources, network accessibility, configuration requirements, and monitoring procedures. Redundancy should be designed so that loss of one source does not unnecessarily disrupt synchronization. Administrators should also validate time synchronization after deployment and after significant network or infrastructure changes.

Question 375. A workload domain depends on an external DNS service, identity provider, and certificate authority. What is the best design practice?

1. Treat those services as undocumented implementation details
2. Document the external dependencies and define their availability requirements
3. Remove all external services immediately
4. Allow every workload to modify the external services

Correct Answer: 2. Document the external dependencies and define their availability requirements

Explanation:

External dependencies can affect the availability and operation of a workload domain even when the VMware infrastructure itself remains healthy. DNS, identity providers, certificate authorities, monitoring systems, backup platforms, and other external services should therefore be documented as architectural dependencies. Documentation should identify the service, purpose, connectivity requirements, ownership, availability expectations, and recovery considerations. Understanding these dependencies is especially important during deployment, upgrades, troubleshooting, and disaster recovery. If an external service becomes unavailable, administrators need to know which VMware functions may be affected and what alternatives or recovery procedures exist. Clear dependency documentation improves operational readiness and reduces unexpected service interruptions.

Question 376. Which activity is most appropriate when adding capacity to an existing workload domain cluster?

1. Add the host without checking compatibility
2. Validate hardware, networking, storage, and configuration compatibility before adding the host
3. Disable all cluster monitoring
4. Change production policies randomly after expansion

Correct Answer: 2. Validate hardware, networking, storage, and configuration compatibility before adding the host

Explanation:

Cluster expansion should be treated as a controlled infrastructure change. Before adding an ESXi host, administrators should verify hardware compatibility, firmware and driver versions, networking configuration, storage connectivity, management connectivity, and relevant cluster requirements. The new host should conform to the established configuration baseline so that expansion does not introduce configuration drift. After adding the host, administrators should verify that it appears correctly in management systems, has access to required networks and datastores, and participates correctly in cluster operations. Proper validation protects consistency and helps ensure that the additional capacity can actually support workloads without introducing unexpected compatibility or operational problems.

Question 377. A workload is migrated between hosts as part of an infrastructure change. What should be validated after the migration?

1. Only the VM’s display name
2. The VM’s operating system wallpaper
3. Application connectivity, performance, storage access, and network behavior
4. The administrator’s desktop settings

Correct Answer: 3. Application connectivity, performance, storage access, and network behavior

Explanation:

Post-migration validation should confirm that the workload continues to operate correctly in its new location. Administrators should verify application connectivity, network access, storage availability, performance characteristics, and any relevant dependencies. A successful migration operation does not necessarily prove that the application is functioning normally. For example, a VM may power on successfully but experience unexpected network behavior, storage latency, or connectivity to an external service. Validation should therefore include both infrastructure-level checks and workload-level confirmation where appropriate. Monitoring should continue after migration so that administrators can identify delayed effects that may not be visible immediately after the workload has been moved.

Question 378. A storage policy becomes noncompliant for a virtual machine. What should the administrator do first?

1. Identify the reason for noncompliance and evaluate the available remediation options
2. Delete the virtual machine
3. Disable all storage policies
4. Immediately rebuild every datastore

Correct Answer: 1. Identify the reason for noncompliance and evaluate the available remediation options

Explanation:

Storage-policy noncompliance indicates that a workload’s current storage configuration does not satisfy one or more requirements defined by its assigned policy. The administrator should first determine why the policy is noncompliant. Possible causes can include insufficient capacity, unavailable storage resources, changed infrastructure conditions, or other policy-related issues. Once the cause is understood, the administrator can evaluate appropriate remediation actions while considering workload availability and operational impact. Administrators should avoid destructive actions before understanding the problem. Monitoring policy compliance also helps identify storage issues before they become more serious. A controlled remediation process preserves workload requirements while restoring alignment with the intended storage design.

Question 379. Why is monitoring vSAN resynchronization activity important after a storage configuration change?

1. Resynchronization can consume storage and network resources
2. Resynchronization always deletes virtual machines
3. Resynchronization disables all network communication permanently
4. Resynchronization eliminates the need for capacity planning

Correct Answer: 1. Resynchronization can consume storage and network resources

Explanation:

vSAN resynchronization activity can generate additional storage and network workload while data is being synchronized to restore the required state of the storage environment. Administrators should monitor resynchronization progress, available capacity, performance impact, and the expected completion state. If resources are already heavily utilized, synchronization activity may affect workload performance or consume available capacity more quickly than expected. Monitoring also helps administrators determine whether synchronization is progressing normally or encountering conditions that require investigation. Capacity planning should account for the storage requirements associated with protection and recovery operations. Careful observation therefore helps maintain workload stability while the storage environment returns to its intended state.

Question 380. What should be included in an operational handover for a newly implemented VMware Cloud Foundation environment?

1. Only the purchase order
2. Only the names of the virtual machines
3. Architecture documentation, operational procedures, dependencies, monitoring, and support responsibilities
4. Only the initial administrator password

Correct Answer: 3. Architecture documentation, operational procedures, dependencies, monitoring, and support responsibilities

Explanation:

An effective operational handover transfers the information required for the support team to manage the environment consistently after implementation. This should include current architecture documentation, configuration information, operational procedures, monitoring and alerting guidance, external dependencies, backup and recovery procedures, escalation paths, maintenance requirements, and responsibility assignments. Acceptance criteria and outstanding issues should also be clearly documented. A handover that contains only basic asset information does not provide enough context for effective operations. The objective is to ensure that the receiving team understands how the environment is designed, how routine tasks are performed, what dependencies exist, and what procedures should be followed when incidents or changes occur.