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VMware 3V0-23.25 Exam Syllabus Topics:

Section	Weight	Objectives
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
Storage Configuration and Management	30%	- Manage data services (deduplication, compression, encryption) - Implement and manage storage policies - Configure and manage vSAN in a VMware Cloud Foundation environment
Storage Architecture and Design	25%	- Plan for storage capacity, performance, and availability requirements - Design vSAN storage solutions for VMware Cloud Foundation - Integrate external storage arrays with VMware Cloud Foundation
Storage Optimization and Troubleshooting	25%	- Perform health checks and implement remediation - Monitor and optimize storage performance and capacity - Troubleshoot common storage issues in VMware Cloud Foundation

>> Sample 3V0-23.25 Questions <<

3V0-23.25 Exam Sample Questions & Professional Latest 3V0-23.25 Dumps Sheet Pass Success

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VMware Advanced VMware Cloud Foundation 9.0 Storage Sample Questions (Q30-Q35):

NEW QUESTION # 30
A SOC Analyst is auditing a secure Workload Domain. The domain uses vSAN File Services to provide an NFS v4.1 share to external Linux Kubernetes nodes.
The Information Security policy requires BOTH "Data-at-Rest" and "Data-in-Transit" encryption for all file shares.
```
[Log Analysis: vpxd.log - File Share Creation]
2026-11-20T08:00:00Z INFO vpxd - [VDFS] Created Share 'K8s-NFS'. Protocol: NFS 4.1.
2026-11-20T08:00:01Z INFO vpxd - [SPBM] Assigned Policy: 'Secure-RAID5'.
```
How does the VCF architecture satisfy BOTH of these specific encryption requirements for the NFS v4.1 data stream? (Select all that apply.)

A. NFS v4.1 natively encrypts the file metadata, but the payload data remains in cleartext and requires
3rd party host agents to secure.
B. Data-at-Rest (D@RE) is inherently achieved because the File Services FSVM writes its data into standard vSAN DOM objects; if the underlying vSAN cluster has D@RE enabled, the file share is automatically encrypted at the disk level.
C. vSAN File services strictly requires the legacy Original Storage Architecture (OSA) cache tier to buffer the decryption keys.
D. Data-in-Transit (DiT) encryption is achieved because NFS v4.1 supports the "RPCSEC_GSS" protocol; when integrated with Kerberos, the NFS protocol natively encrypts the packets traveling over the external network to the Kubernetes nodes.
E. Data-in-Transit (DiT) encryption is achieved by routing the NFS traffic through the integrated NSX Distributed Firewall IPSec tunnels.

Answer: B,D

NEW QUESTION # 31
A Compliance Auditor is tracking the success of an automated "Shallow Rekey" task scheduled across a massive VCF 9.0 multi-cluster environment. The task failed on a specific vSAN Stretched Cluster.
```
[Skyline Health > vSAN > Encryption Health]
Status: Warning
Message: "KMS Server unreachable on Host esx-04. Rekey Aborted."
[Architecture Details]
esx-04 is part of the Secondary Site. The Inter-Site Link is currently DOWN (Partition).
```
How does the vSAN encryption architecture prevent data loss and split-brain when a Rekey operation hits a partitioned cluster? (Choose 2.)

A. Even though the Rekey failed, the virtual machines on the surviving site remain fully operational because the ESXi hosts maintain the *current* KEK cached in their secure RAM, requiring no active KMS connection to serve I/O.
B. The Shallow Rekey operation is strictly an atomic transaction; if esx-04 cannot reach the KMS to receive the new Key Encryption Key (KEK), the vCenter master node rolls back the KEK on all other hosts to ensure cluster-wide key consistency.
C. The DOM Client forces esx-04 to perform a Deep Rekey using the vSphere TPM chip to bypass the KMS outage.
D. esx-04 will instantly cryptographically shred its local drives to prevent data compromise during the network partition.
E. esx-04 will automatically fallback to the local Witness appliance to generate a temporary KEK until the network is restored.

Answer: A,B

NEW QUESTION # 32
In a symmetrical vSAN Stretched Cluster configuration, both the Primary Data Center (Site A) and the Secondary Data Center (Site B) have active compute and storage resources. Why does the vSAN architectural specification strictly require the administrator to manually designate one specific site as the "Preferred Fault Domain"?

A. If the network link to the Witness Appliance fails (a dual-site partition), the cluster needs an automated tie-breaker; the Distributed Object Manager (DOM) will automatically keep the
"Preferred" site active and freeze the "Secondary" site to prevent split-brain.
B. The Preferred site is the only site allowed to run the vCenter Server Appliance; the Secondary site is strictly a compute-only disaster recovery target.
C. It dictates the direction of the asynchronous replication; data must always be written to the Preferred site first before being staged to the Secondary site.
D. The "Preferred" site tag enables the log-structured filesystem; the Secondary site is forced to run standard block mode until a failover occurs.

Answer: A

NEW QUESTION # 33
A CTO is evaluating storage options for a VCF 9.0 Workload Domain that will host a massive 2 Petabyte medical imaging archive. The applications accessing this archive require minimal compute resources (e.g., just four standard 16-vCPU web servers).
```
[Customer Requirement]
Capacity: 2,000 TB (2 PB)
Compute: 64 vCPU total (Peak)
Cost Constraint: Minimize software licensing CapEx.
```
Which statement justifies the selection of an external SAN/NAS solution over a pure vSAN ESA HCI cluster for this specific use case?

A. An external NAS can host the 2 PB archive while connected to a small 3-node ESXi cluster, whereas vSAN HCI would force the purchase of 20+ fully licensed "compute-heavy" vSAN ReadyNodes just to acquire the physical drive bays.
B. vSAN ESA has a hard cluster limit of 1 Petabyte of raw capacity, making it technically impossible to host this medical archive.
C. Medical imaging requires object-based metadata, which traditional NFS NAS systems provide natively, whereas vSAN strictly provides block-only VMDK storage.
D. VCF explicitly prohibits using vSAN for HIPAA-regulated medical workloads, forcing customers to use external arrays with physical tape backup integration.

Answer: A

NEW QUESTION # 34
A VCF Deployment Specialist is investigating a localized physical drive failure in two separate VCF domains: Domain A (vSAN OSA with Dedupe Enabled) and Domain B (vSAN ESA). In both domains, a single 3.84 TB Capacity SSD/NVMe drive has suffered a "Permanent Device Loss" (PDL).
```
[RVC Output: vsan.disks_stats Domain A (OSA)]
Failed: naa.500A... (Capacity Tier)
[RVC Output: vsan.disks_stats Domain B (ESA)]
Failed: naa.500B... (Storage Pool)
```
Based on the architectural implementation of deduplication and the filesystem structure, which TWO statements accurately contrast the failure blast radius in these environments? (Choose 2.)

A. Both architectures experience the exact same failure domain (loss of 3.84 TB), as deduplication state is maintained independently inside the ESXi RAM.
B. In Domain B (ESA), because Deduplication is eliminated and the Storage Pool is flat, the loss of the single NVMe drive ONLY affects the components physically stored on that specific drive; the other drives remain active.
C. Domain A (OSA) will rebuild faster because deduplication pointers are automatically remapped to the remaining capacity drives in the group without requiring network resynchronization.
D. In Domain A (OSA), the loss of a single capacity drive in a deduped disk group invalidates the entire deduplication hash table; vSAN must fail the ENTIRE disk group (including the cache and all other healthy capacity drives) and rebuild the data across the network.
E. Domain B (ESA) will suffer a total host failure because the Log-Structured filesystem cannot isolate single NVMe failures.

Answer: B,D

NEW QUESTION # 35
......

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