VMware 3V0-23.25 Dumps with Practice Test Questions [2026]

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VMware 3V0-23.25 Exam Syllabus Topics:

Section	Weight	Objectives
Topic 1: Integration and Automation	20%	- Use APIs and command-line tools for storage management - Automate storage provisioning and management tasks - Integrate storage components with other VMware Cloud Foundation services
Topic 2: Storage Architecture and Design	25%	- Design vSAN storage solutions for VMware Cloud Foundation - Plan for storage capacity, performance, and availability requirements - Integrate external storage arrays with VMware Cloud Foundation
Topic 3: Storage Optimization and Troubleshooting	25%	- Troubleshoot common storage issues in VMware Cloud Foundation - Monitor and optimize storage performance and capacity - Perform health checks and implement remediation
Topic 4: Storage Configuration and Management	30%	- Implement and manage storage policies - Configure and manage vSAN in a VMware Cloud Foundation environment - Manage data services (deduplication, compression, encryption)

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VMware 3V0-23.25 Trustworthy Source: Advanced VMware Cloud Foundation 9.0 Storage - TestKingFree Assist you Clear Exam

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VMware Advanced VMware Cloud Foundation 9.0 Storage Sample Questions (Q10-Q15):

NEW QUESTION # 10
An L3 Support Engineer is replacing a failed NVMe drive on a vSAN ESA host in a VCF Workload Domain.
The engineer physically swaps the failed drive with a brand new, enterprise-grade 7.68 TB NVMe device.
However, SDDC Manager and vCenter refuse to automatically claim the drive into the vSAN Storage Pool.
The engineer checks the Ruby vSphere Console (RVC) output:
```
[RVC Output: vsan.disks_stats ~cluster]
+-------------+----------+-----------+------------+-------------------------------------+
| Device Name | Status | State | Capacity | HCL Compliance |
+-------------+----------+-----------+------------+--------------------------------------+
| naa.5000a...| In-Use | OK | 3.84 TB | Yes |
| naa.5000b...| In-Use | OK | 3.84 TB | Yes |
| naa.5000x...| Unclaimed| Eligible | 7.68 TB | No (Firmware) |
+-------------+----------+-----------+------------+--------------------------------------+
```
What combination of root cause analysis and procedural steps is required to successfully integrate this new drive and restore the cluster to full health? (Select all that apply.)

A. The host must be rebooted into Maintenance Mode to allow the NVMe driver module to initialize the new device paths.
B. Once the HCL database is updated and the firmware is recognized as compliant, the administrator must manually claim the disk into the storage pool, as ESA does not auto-claim post-failure.
C. The new 7.68 TB drive is incompatible with the existing 3.84 TB drives; ESA requires all drives in a pool to be of identical capacity.
D. The vSAN HCL (Hardware Compatibility List) database on the vCenter Server is outdated and does not recognize the firmware signature of the newly manufactured NVMe drive.
E. The engineer must manually download and update the vSAN HCL database JSON file in vCenter Server to clear the compliance blocker.

Answer: B,D,E

NEW QUESTION # 11
A VI Admin creates a 40 TB Virtual Machine on a newly deployed VCF 9.0 Workload Domain running vSAN Express Storage Architecture (ESA).
```
[Storage Policy Rule Set: Tier1-Database]
FailuresToTolerate: 2 (RAID-6)
ErasureCoding: Enabled
```
How does the ESA I/O pipeline handle standard Write Operations differently than OSA, specifically regarding the "RAID-6 Write Penalty"?

A. ESA disables standard NVMe buffers and writes the RAID-6 data directly to the physical storage pool using the hostd agent, while OSA used the VMkernel SCSI stack.
B. OSA handles RAID-6 efficiently by offloading the parity calculation to the cache SSD, whereas ESA is forced to use the Host CPU, creating a new bottleneck.
C. ESA requires the VMDK to be configured as a physical Raw Device Mapping (RDM) to bypass the DOM layer for RAID-6 workloads.
D. OSA suffers a massive "Read-Modify-Write" penalty for RAID-6 because it must read old data to calculate new parity. ESA uses a log-structured "Append-Only" architecture; it writes new data to fresh blocks instantly without reading the old blocks, effectively giving RAID-6 policies the exact same write performance as RAID-1.

Answer: D

NEW QUESTION # 12
A Compliance Auditor is validating that a proposed vSAN ReadyNode hardware cluster meets the exact requirements needed to support a highly aggressive Storage Policy requested by the development team.
The policy requires extreme read performance for a distributed file system.
```
# SPBM Policy: "Extreme-Read-Parallelism"
FailuresToTolerate: 1 (RAID-1)
StripeWidth: 10
ObjectSpaceReservation: 100%
```
The auditor examines the vSAN Sizer output. The Sizer rejects the existing 4-Node, 6-drive-per-host cluster configuration.
How does the interaction between the StripeWidth: 10 rule and the vSAN object placement algorithm dictate the required hardware ReadyNode scaling in the Sizer? (Select all that apply.)

A. The "Stripe Width = 10" rule forces the DOM to distribute a single replica of the VMDK across 10 distinct physical NVMe drives. If a single host only has 6 drives, the Sizer must expand the object across multiple hosts to find 10 drives.
B. The Sizer may recommend adding more hosts to the cluster (Scale-Out) to increase the aggregate number of physical NVMe spindles available to absorb the 10-wide stripe distribution.
C. The "ObjectSpaceReservation: 100%" component requires the Sizer to recommend drives with 100% dedicated cache capacity, which violates ESA standards.
D. Stripe Width is a logical construct that ignores physical drive count; the Sizer rejection is purely based on the FTT=1 memory overhead limit.
E. If the Sizer keeps the cluster at 4 nodes, it must recommend ReadyNodes equipped with a significantly higher density of NVMe drives per host (e.g., 12-24 drives per host) to satisfy the high local stripe width capacity.

Answer: A,B,E

NEW QUESTION # 13
An administrator is responsible for a VMware Cloud Foundation (VCF) Private Cloud and has been tasked with identifying and explaining the different Fibre Channel (FC) Storage Area Network (SAN) components within a VCF Workload Domain cluster.
Drag and drop the correct Term onto its matching Definition.

Answer:

Explanation:

Explanation:
LUN Masking = A security process performed on the storage array by which specific storage components are hidden to prevent unauthorized access to data; Datastore Cluster = A collection of shared resources with a shared management interface that enables resource allocation policies; SAN Fabric = A dedicated high-performance network infrastructure for storage devices; Datastore = A manageable storage entity used as a repository for Virtual Machine files including log files, scripts, configuration files and virtual disks; Host Bus Adapter (HBA) = Added to an ESX host server to allow the host access to the dedicated storage area network; Zoning = A security process completed on the Storage Area Network to ensure only certain devices can communicate with each other.
These definitions describe the core components of a Fibre Channel SAN design in a VCF Workload Domain. LUN masking is performed on the storage array and controls which hosts can see specific LUNs, preventing unauthorized access to storage. A datastore cluster is a collection of datastores managed as a shared resource pool, allowing placement and balancing policies through Storage DRS. A SAN fabric is the dedicated high-performance network that interconnects ESX hosts, Fibre Channel switches, and storage arrays. A datastore is the vSphere logical storage container where VM configuration files, virtual disks, logs, and related files reside. A Host Bus Adapter is the physical or virtual adapter in the ESX host that connects the host to the Fibre Channel storage area network.
Zoning is performed on the Fibre Channel fabric and controls which initiators and targets can communicate. Together, zoning and LUN masking provide layered access control, while datastores and datastore clusters provide the vSphere consumption model. Reference topics: Fibre Channel SAN Concepts, SAN Fabric, Zoning, LUN Masking, VMFS Datastores, Datastore Clusters.

NEW QUESTION # 14
An Operations Engineer is managing a Tanzu environment running on a vSAN Stretched Cluster. A critical Kubernetes pod utilizing a 1 TB CNS Persistent Volume is running on Site-A.
```
[Storage Policy Rule View - CNS PVC]
Policy: K8s-Stretched-Gold
Site Disaster Tolerance:
Dual site mirroring
Failures to Tolerate: 1 (RAID-1)
CNS Volume ID: pvc-77bb...
```
A catastrophic power failure takes Site-A completely offline. The Witness and Site-B remain online.
How does the deep integration between CNS, vSAN Stretched Cluster, and vSphere HA orchestrate the recovery of the Kubernetes persistent storage and the pod itself? (Select all that apply.)

A. The vSAN Distributed Object Manager detects the failure and instantly shifts the "Active" pointer for the FCD components to Site-B, maintaining storage accessibility.
B. The Kubernetes Master Node must be manually instructed to perform a kubectl drain on the failed Site-A nodes before storage access is restored.
C. When the TKG Worker Node VM boots on Site-B, the vSphere CSI driver re-attaches the existing FCD to the worker node, and Kubernetes naturally restarts the pod using the intact data.
D. vSphere HA automatically restarts the TKG Worker Node VM (which hosts the pod) on the surviving Site-B hosts.
E. CNS detects the site failure and automatically edits the Kubernetes manifest to dynamically re-mount the PVC to a different running worker node in Site B.

Answer: A,C,D

NEW QUESTION # 15
......

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