Free VMware 2V0-32.24 Practice Test Questions 2026

Explanation:

vRealize Operations integrates natively with both on‑premises vRealize Log Insight and vRealize Automation to extend monitoring, troubleshooting, and automated workload placement.

B. vRealize Log Insight
– Integration provides the Logs tab on object details, context‑aware log queries, and alert forwarding from logs to metrics. Configure the vRealize Log Insight adapter in vRealize Operations to enable this.

E. vRealize Automation
– Integration enables Day 0 workload placement recommendations based on real capacity and performance, plus cost visibility and troubleshooting of vSphere endpoints from within vRealize Automation 8.x.

Why Other Options Are Incorrect

A. vRealize Network Insight Cloud
– While vRealize Operations can integrate with Network Insight (on‑prem or cloud), this option is not one of the two required answers for the exam objective. The question expects the most commonly documented integrations: Log Insight and Automation.

C. vRealize Automation Cloud
– Official VMware documentation states that integration between vRealize Operations and vRealize Automation must be on‑premises to on‑premises. Hybrid (cloud + on‑prem) is not supported.

D. vRealize Log Insight Cloud
– The documented, tested integration is with on‑premises vRealize Log Insight. The cloud version is not the focus of the exam blueprint for this objective.

Reference

VMware Docs: Integrating vRealize Operations with vRealize Log Insight – adapter configuration and features.

VMware Docs: vRealize Automation and vRealize Operations Integration Technical Overview – workload placement and cost visibility.

Explanation

The administrator sees only the Content Management service in vRSLCM, indicating they lack appropriate permissions for certificate operations. Certificate replacement for vRLI must be performed through vRSLCM, not directly within vRLI. The two vRSLCM roles that enable this are:

A. Assign the Certificate Administrator role in vRSLCM
– This role is specifically designed for performing certificate operations across VMware suite products, including replacing certificates for deployed products like vRLI . VMware documentation explicitly states that certificate replacement operations can be delegated to any user by assigning this role .

E. Assign the LCM Cloud Admin role in vRSLCM
– This is the super administrator role in vRSLCM with full privileges, including all certificate management capabilities . An LCM Cloud Admin can perform any lifecycle operation, including certificate replacement.

Why Other Options Are Incorrect

B. Assign the Super Admin role in vRLI
– vRLI roles are irrelevant because certificate replacement is triggered from vRSLCM, not from vRLI. vRSLCM manages the certificate and pushes it to vRLI . A vRLI Super Admin cannot initiate replacement via vRSLCM.

C. Assign the Certificate Admin role in vRLI
– Same as option B. vRLI does not have native certificate replacement authority over vRSLCM-managed deployments. Certificate operations must be delegated through vRSLCM roles.

D. Assign the Content Release Manager role in vRSLCM
– This role is responsible for content release management (e.g., managing content packs and release workflows), not certificate operations . It does not grant permission to replace product certificates.

Reference

VMware Docs: Creating Roles for Specific Access – Certificate Administrator role for certificate replacement delegation

VMware Docs: Assigning User Roles with User Management – Lists LCM Cloud Admin and Certificate Administrator roles

Explanation:

vRealize Suite Lifecycle Manager (vRSLCM) is specifically designed to automate Day 2 operations in private cloud environments . Its core Day 2 capabilities center on ongoing configuration management and operational tasks that keep the environment secure, compliant, and functional after initial deployment .

Why Other Options Are Incorrect

A. Proactive monitoring and automated remediation of Workspace ONE Access database consistency problems
– While vRSLCM can remediate vIDM cluster health issues, this is a specific use case, not the primary Day 2 capability that vRSLCM helps with . The question asks for a general capability that helps with automating Day 2 operations overall.

B. Proactive findings and recommendations delivered on-demand
– This is primarily a function of vRealize Operations, not vRSLCM. vRealize Operations provides AI-driven proactive planning, performance optimization, and intelligent remediation . vRSLCM focuses on lifecycle management tasks, not analytics.

D. Centralized log analysis for all vRealize components deployed on-premises
– This is the core function of vRealize Log Insight, a separate product . vRSLCM can integrate with Log Insight for troubleshooting but does not itself perform centralized log analysis .

Reference

VMware Docs: vRealize Suite Lifecycle Manager Design – Locker component and lifecycle management capabilities

Explanation

The resources required for a vRealize Operations deployment depend primarily on the scale of the environment being monitored. According to VMware's official sizing documentation, the three core factors that determine deployment size are the number of objects, the number of metrics, and the number of agents .

B. Number of Objects
– An object represents any entity monitored by vRealize Operations, such as virtual machines, hosts, datastores, vCenter Server instances, or storage devices . The sizing guidelines provide maximum object limits for each node size, ranging from 350 objects for an Extra Small node to 50,000 objects for an Extra Large node . In multi-node clusters with the maximum supported configuration, vRealize Operations can handle up to 440,000 objects .

D. Number of Agents
– Agents (including Telegraf agents and End Point Operations agents) collect operating system and application-level metrics from monitored virtual machines. The sizing tables specify maximum agent counts per node based on node size. For example, an Extra Large analytics node supports up to 4,000 Telegraf agents, while a Standard Remote Collector supports up to 2,500 agents .

F. Number of Metrics
– Metrics are the individual data points collected from each object (e.g., CPU usage, memory consumption, disk latency). The number of metrics directly impacts CPU, memory, and storage requirements. An Extra Small node supports 70,000 metrics, while an Extra Large node supports up to 10 million metrics . VMware documentation states that the "real determining factor influencing the deployment configuration, in particular for CPU and memory, is the number of metrics being collected" .

Why Other Options Are Incorrect

A. Size of attached Cloud Proxies
– Cloud Proxy size (Small or Large) is a configuration choice that affects how many resources the proxy consumes, not a factor that determines the overall vRealize Operations cluster size. Cloud Proxies are sized based on the environment they serve, not vice versa .

C. Size of monitored vCenter Servers
– While the number of vCenter Server instances and the objects within them matter, the "size" of each vCenter Server is not a direct sizing factor. What matters is the number of objects (VMs, hosts) those vCenter Servers contain, which is already covered by option B .

E. Number of Remote Collectors
– Remote Collectors are components that can be added to distribute collection workloads across geographically distant locations. The number of Remote Collectors is an architectural decision based on network latency requirements (under 200ms RTT), not a primary factor that determines the core analytics cluster size .

Reference

Broadcom KB 324361: vRealize Operations 8.6.3 Sizing Guidelines – Object and metric limits per node size

Broadcom KB 332364: vRealize Operations 8.2 Sizing Guidelines – Agent and collector capacity tables

Explanation

vRealize Operations provides continuous performance optimization and capacity management through its AI-driven analytics engine. A core capability for optimizing capacity and performance is identifying oversized and undersized virtual machines and providing right-sizing recommendations.

Why Other Options Are Incorrect

B. It enforces IT regulatory standards, integrated compliance, and automated drift remediation.
This describes vRealize Automation with VMware Aria Guardrails (formerly Cloud Assembly) or compliance features in vRealize Operations. While vRealize Operations does have some compliance capabilities (e.g., checking against vSphere security standards), this is not its primary mechanism for capacity and performance optimization. The question specifically asks about optimizing capacity and performance, not compliance or drift remediation.

C. It adjusts the queue depth for datastores presented by storage arrays.
This is a low-level storage configuration parameter typically set on storage arrays, ESXi hosts (through advanced settings), or within guest operating systems. vRealize Operations monitors storage latency and queue depth but does not automatically adjust queue depth on storage arrays or datastores. This is outside its operational scope.

D. It automatically migrates virtual machines into a public cloud.
While vRealize Operations can integrate with public clouds for visibility and cost analysis, it does not automatically migrate VMs to public clouds. Migration orchestration is handled by VMware HCX, vRealize Automation, or VMware Cloud on AWS migration tools. vRealize Operations provides workload placement recommendations but does not execute automated cloud migrations.

Reference

VMware Docs: Rightsize Oversized and Undersized VMs – Continuous optimization of virtual machines based on demand

VMware Docs: What-If Analysis Scenarios – Capacity planning and workload placement

Explanation

According to VMware documentation, Primary and Replica nodes must use static IP addresses because they manage cluster coordination, quorum, and high availability failover. Dynamic IP changes would destabilize the cluster.

Remote Collector nodes collect data from remote sources and forward it to the analytics cluster. They do not participate in quorum, store data, or process analytics, so DHCP is fully supported.

Data Node nodes store metrics and handle data ingestion but do not manage cluster leadership or failover decisions. DHCP is also permitted for Data Nodes.

Why Other Options Are Incorrect

A. Worker Node
– This is not a valid node type in vRealize Operations architecture. The documented roles are Primary, Replica, Data, and Remote Collector only.

D. Replica Node
– Requires a static IP because it acts as the failover target for the Primary node. A changing IP would break high availability functionality.

E. Primary Node
– Requires a static IP as the central management node. It coordinates all cluster operations and must maintain a consistent network identity.

Reference

VMware Docs: vRealize Operations Cluster Node Network Requirements – "Primary and Replica nodes must use static IP addresses. Data and Remote Collector nodes can use DHCP."

VMware Docs: Using IPv6 with vRealize Operations – DHCP is supported only on Data Nodes and Remote Collectors

Explanation

For optimal performance, vRealize Log Insight requires consistent and predictable disk I/O due to continuous high-volume log ingestion. Thick Provision Eager Zeroed allocates all space upfront and zeros out data immediately during deployment. This eliminates any on-demand zeroing overhead during operation, providing the best performance for production environments.

Why Other Options Are Incorrect

B. Thin Provision
– Space is allocated on demand as data grows. This introduces dynamic expansion overhead and can cause performance degradation under heavy write loads. Only recommended when thick provisioning is not supported by the storage device.

C. Thick Provision Lazy Zeroed
– Space is allocated upfront, but zeroing occurs on the first write. This delays zeroing operations until the appliance begins logging, causing initial I/O latency that impacts ingestion and indexing performance.

D. Raw Disk Mapping
– Not a standard or supported deployment option for vRealize Log Insight. The official OVA deployment only supports the three virtual disk formats (Thin, Thick Lazy Zeroed, Thick Eager Zeroed).

Reference

Broadcom TechDocs: Deploy the vRealize Log Insight Virtual Appliance – "Deploy with thick provisioned eager zeroed disks whenever possible for better performance and operation"

VMware Docs: Increase Storage Capacity of vRealize Log Insight – Performance guidance on disk formats

Explanation:

When deploying content packs in vRealize Log Insight, the two types of pre-configured content provided are Extracted Fields and Dashboards. Content packs are read-only plug-ins that deliver predefined knowledge about specific products or applications, enabling immediate visibility without manual configuration .

Dashboards are graphical interfaces containing chart widgets that provide visual representations of log data, health status, errors, and operational insights for a specific product . They allow administrators to monitor systems at a glance and troubleshoot issues efficiently. For example, a vRealize Automation content pack includes dashboards for overview, provisioning, catalog services, and infrastructure health .

Extracted Fields are predefined log-extract fields that parse and structure specific data points from raw log messages . These fields enable precise filtering, aggregation, and searching by extracting meaningful information (e.g., timestamps, error codes, component names) from unstructured log entries. They improve search performance and reduce the complexity of query syntax .

Why Other Options Are Incorrect

A. Recommendation
– Not a standard content pack component. VMware documentation lists dashboards, extracted fields, saved queries, alerts, agent groups, and visualizations as content pack elements, but "recommendations" is not included .

B. Custom scripts
– Content packs do not contain custom scripts. They are read-only plug-ins that provide dashboards, fields, queries, and alerts, but not executable scripts or automation code .

E. Reports
– While dashboards provide visual data, scheduled or static reports are not delivered as part of content pack deployment. Reports are separate export functions in vRealize Log Insight, not pre-configured content pack components .

Reference

VMware Docs: Creating Content Packs – Lists queries, fields, aggregations, alerts, dashboards, visualizations, and agent groups as content pack contents

VMware Docs: Using Content Packs (German) – Confirms dashboards, extracted fields, saved queries, and alerts