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| Section | Weight | Objectives |
|---|---|---|
| vSAN Deployment and Configuration | 25% | - Advanced configuration
|
| Disaster Recovery and Business Continuity | 10% | - Site Recovery Manager integration - Failover and failback operations - vSphere Replication configuration |
| Performance Optimization and Monitoring | 20% | - Monitoring and troubleshooting
|
| Advanced Storage Solutions | 10% | - External storage integration - Multi-cloud storage management - Storage for Kubernetes workloads |
| VMware Cloud Foundation Storage Architecture and Design | 20% | - Storage Policy Based Management (SPBM)
|
| Storage Lifecycle Management | 15% | - Lifecycle management with SDDC Manager
|
>> 3V0-23.25 Real Exam Questions <<
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NEW QUESTION # 27
An agency is designing its secure private cloud on VMware Cloud Foundation with the following requirements:
* Strict data segregation between the management and workload domains.
* Company policy prevents using vSAN as a storage solution.
* Data encryption at rest is mandatory for both the management and workload domains.
* Data encryption in transit is mandatory for the workload domains.
* Data-at-rest encryption must be performed by the storage array and not rely on VMware native or vSAN- specific mechanisms.
* Allow for automated VM placement, operational integrity with VCF Operations, and assurance that file- based workloads scale efficiently.
Which storage architecture fulfills these technical and regulatory requirements?
Answer: A
Explanation:
Option B satisfies every requirement because it separates management and workload storage onto dedicated Fibre Channel-backed VMFS datastores while relying on array-based encryption at rest.
This avoids VMware native encryption and vSAN-specific encryption mechanisms, matching the regulatory requirement. Fibre Channel is a supported non-vSAN storage architecture for VCF and provides enterprise block storage with multipathing, LUN masking, zoning, and consistent datastore presentation. SPBM storage policies allow storage placement and compliance to align with array and LUN characteristics, supporting automated placement and operational consistency. For scalable file- based workloads, NFS v4.1 is appropriate as supplemental file storage, and Kerberos privacy mode provides authentication, integrity, and encryption in transit for NFS traffic. Restricting cross-domain datastore access preserves strict management/workload segregation. Option A does not properly address file workload scaling or NFS encryption. Option C violates the requirement for array-based encryption by using VMware VM encryption. Option D violates segregation by sharing one NAS platform across domains and relies on application-level encryption instead of the mandated storage architecture. Reference topics: Fibre Channel Storage Model, SPBM, Array-Based Encryption, NFS v4.
1 Kerberos, Workload Domain Storage Segregation.
NEW QUESTION # 28
An Operations Engineer is managing a VCF Stretched Cluster configured with "Dual Site Mirroring" across Site A and Site B, plus a Witness.
A severe network failure causes "Total Site Isolation" at Site A. Site A completely loses network connectivity to BOTH Site B (the ISL drops) AND the remote Witness Appliance. Site A retains power and local networking.
```
# vSAN Unicast Agent Status (Post-Failure Snapshot)
Site A Hosts -> Can only ping Site A Hosts.
Site B Hosts -> Can ping Site B Hosts AND Witness.
```
How do the Unicast Partition Groups and vSphere HA mechanics interact to resolve this specific Disaster Recovery scenario? (Select all that apply.)
Answer: B,C,E
NEW QUESTION # 29
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.)
Answer: B,C,E
NEW QUESTION # 30
A VCF Architect is using SDDC Manager to create a VI Workload Domain that will immediately be configured as a vSAN Stretched Cluster.
To achieve this, the architect must coordinate the baseline Workload Domain creation with the specific Stretched Cluster network prerequisites. The architect reviews the prepared configuration:
```
[Network Configuration - WLD-03]
vSAN Network Segment (Site A): 192.168.10.0/24 (MTU 9000)
vSAN Network Segment (Site B): 192.168.20.0/24 (MTU 9000)
Witness Network Segment: 192.168.100.0/24 (MTU 1500)
Static Routes: Site A/B vSAN networks <-> Witness network
License: vSAN Enterprise Applied
```
Which of the following actions and configurations are REQUIRED to successfully integrate the SDDC Manager workflow with the Stretched Cluster deployment? (Select all that apply.)
Answer: A,B,C
NEW QUESTION # 31
An architect is designing a vSAN Original Storage Architecture (OSA) cluster for a VMware Cloud Foundation (VCF) Management Domain. The following details were made available:
* 12 hosts, each host with: 3 x 800 GB NVMe (cache) and 12 x 3.84 TB SAS SSD (capacity).
* Planned configuration: 3 disk groups per host (1 NVMe + 4 SSD each).
* Storage policy: FTT = 2 (RAID-1), Checksum. Deduplication and Compression are Enabled.
* Network: 25 GbE dedicated vSAN network fabric, properly configured for jumbo frames.
After deployment and loading test data to 70% capacity, the operations team reported extended resync times when two hosts are placed into maintenance mode with "Ensure Accessibility" selected and no hardware or network bottlenecks were detected.
How can the administrator explain the observed behavior?
Answer: A
Explanation:
The extended resync behavior is best explained by deduplication and compression in a vSAN OSA design. In vSAN OSA, deduplication and compression are enabled at the cluster level but applied on a disk-group basis. The documentation states that deduplication occurs inline when data is written back from the cache tier to the capacity tier, and compression is then applied as data moves from cache to capacity. During resynchronization, vSAN must read, rewrite, deduplicate, compress, and destage data through this disk-group architecture. That additional processing can extend resync duration even when the physical network and hardware are healthy. "Ensure Accessibility" does not trigger a full component migration; it evacuates only enough data to maintain object accessibility and may leave objects temporarily noncompliant. The number of disk groups is not inherently the cause, and NVMe cache devices are not automatically limiting throughput simply because they are used in the cache tier.
The key differentiator in the scenario is that deduplication and compression are enabled while heavy resync activity is occurring. Reference topics: vSAN OSA Deduplication and Compression, Disk Group Scope, Cache-to-Capacity Destaging, Maintenance Mode, Resynchronization.
NEW QUESTION # 32
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