VMCE+_v13 Practice Tests: Start Your Smarter Veeam Certified Engineer Certification Preparation

DumpsBase VMCE+_v13 practice tests are available with 105 questions and answers, providing a reliable study resource that you can integrate into your preparation plan. By learning all these questions and answers, you can build a more focused approach to Veeam Certified Engineer Plus v13 exam preparation.

VMCE vs VMCE+: What Changes with the v13 Certification Path?

VMCE+ is a separate certification, not a renamed VMCE or an automatic upgrade for people who hold VMCE v12. Veeam positions VMCE+ around advanced management and optimization of enterprise data protection across the Veeam Data Platform. It starts with Veeam Backup & Replication, then extends to monitoring and analysis with Veeam ONE and automated recovery with Veeam Recovery Orchestrator.

The distinction matters most to existing VMCE v12 holders. Veeam accepts that certification as proof of the Backup & Replication training requirement, so they do not need to repeat that course. They still need to complete the Veeam ONE and Recovery Orchestrator courses before taking the VMCE+ exam. New candidates should plan for all three courses. Taking only the v13 Backup & Replication class earns a course-completion badge; it does not make a candidate eligible for VMCE+ on its own.

Use VMCE+_v13 Practice Tests to Find Knowledge Gaps

You can come to DumpsBase and download the VMCE+_v13 exam question PDF and practice testing engine to study the up-to-date questions and answers. They help you turn practice questions into checkpoints, allowing you to see whether you truly understand a topic before moving on to the next area. Additionally, and the most important is the VMCE+_v13 practice tests from DumpsBase will improve your ability to reveal gaps that may not be obvious during passive reading. A topic may appear familiar until you have to select the correct solution from several technically plausible options. Working through VEEAM VMCE+_v13 questions encourages active recall and helps candidates identify concepts that require additional review. Keeping a short list of repeatedly missed topics can make later revision more targeted and efficient.

Try 5 Free Demo Questions

Question 1

Scenario: An enterprise customer needs to protect a 100TB corporate file share hosted on an SMB NAS appliance. The compliance department requires that 30 days of daily file versions be kept on-premises for rapid operational recovery, while yearly backups must be kept for 5 years on a cost-effective, long-term storage tier (such as an AWS S3 Glacier bucket).
How should the Veeam administrator natively configure this specific retention policy?
A. Create a Scale-Out Backup Repository (SOBR) with the S3 Glacier bucket as the Capacity Tier, and rely on the SOBR “Move” policy to automatically tier the NAS backups after 30 days.
B. Configure a standard Backup Copy Job linked to the primary NAS backup job, and explicitly enable the Grandfather-Father-Son (GFS) yearly retention policy targeting the cloud repository.
C. Deploy a Veeam NAS Archive Proxy to autonomously intercept older SMB metadata blocks from the primary repository and transmit them to the S3 Glacier bucket.
D. Configure the primary File Share Backup Job with a secondary destination targeting the S3 repository, specifically configuring the “Archive for long-term retention” settings within the job.
Answer: D
Explanation: The source bank says long-term file-share archiving is configured in the File Share Backup Job, with a secondary repository and retention settings. It says standard Backup Copy Jobs and SOBR Capacity Tier movement do not handle NAS backups in the same way as image-level backups. It identifies “NAS Archive Proxy” as a nonexistent component.

Question 2

Scenario: A security auditor is reviewing the configuration of a recently deployed Linux Hardened Repository. The auditor notes that the repository was configured successfully and the backup files are consistently receiving the immutable flag. However, the auditor discovers that the physical server’s iDRAC/IPMI management interface is still configured with the default factory credentials and is fully accessible from the standard server management VLAN.
What is the most critical vulnerability this configuration introduces regarding the immutability of the Veeam backups?
A. An attacker can utilize the IPMI interface to intercept the Veeam TLS communication and inject malicious immutable timestamps into the ongoing backup job streams.
B. An attacker can exploit the out-of-band management network to forcefully downgrade the XFS file system to ext3, automatically stripping all immutable flags from the existing backup files.
C. An attacker can utilize the IPMI virtual console to reboot the host into a live OS environment or physically format the RAID controller, completely destroying the immutable data.
D. An attacker can leverage the default IPMI credentials to authenticate directly into the Veeam Backup & Replication console and issue a repository deletion command.
Answer: C
Explanation: The source bank distinguishes software immutability from hardware-level access. It says control of the management interface could allow an attacker to boot another operating system or destroy the disks’ contents. The other options incorrectly attribute TLS interception, an in-place XFS downgrade, or VBR console access to IPMI credentials.

Question 3

Scenario: In Veeam Data Platform v13, the security team is utilizing the Veeam Threat Center dashboard. They notice a specific Tier-1 virtual machine is flagged with a red “Compromised” status. This specific status automatically prevents the VM from being restored directly back to the production network without a mandatory Secure Restore (Antivirus) scan.
What triggers this specific “Compromised” state in the Veeam Threat Center?
A. The VM failed to successfully process a standard Microsoft VSS quiescence command during three consecutive daily backup windows.
B. A native Veeam detection mechanism (e.g., Inline Entropy Analysis) or a third-party security API call explicitly marked the machine as infected.
C. The Veeam ONE server detected that the VM’s VMware Tools service was unexpectedly disabled by the guest operating system administrator.
D. The Veeam CDP filter driver observed a sudden drop in storage I/O latency on the underlying VMFS-6 production datastore.
Answer: B
Explanation: The source bank attributes the status to a Veeam malware-detection mechanism or an infection signal supplied through a third-party security integration. It treats VSS failure, disabled VMware Tools, and storage latency as operational signals rather than explicit infection findings.

Question 4

Scenario: An architect configures a Veeam backup job to utilize the “Backup from Storage Snapshots” capability for a massive 15TB virtual machine hosted on an integrated HPE Alletra storage array. During execution, the Veeam proxy spends 6 hours reading the data over the Fibre Channel fabric to the repository.
What is the fundamental operational advantage achieved for the production workload during this 6-hour data transfer window?
A. The Veeam proxy seamlessly leverages the HPE storage array’s proprietary CPU cycles to perform inline AES-256 encryption, eliminating proxy overhead entirely.
B. The production virtual machine does not suffer a massive VM stun penalty, because the VMware snapshot is deleted immediately after the hardware snapshot is taken.
C. The Veeam proxy utilizes the vSphere VMCI channel to bypass the storage fabric entirely, routing the massive 15TB payload through the hypervisor management interface.
D. The Veeam backup job mathematically deduplicates the VMware snapshot delta against the underlying hardware snapshot extents, drastically reducing WAN egress.
Answer: B
Explanation: The source bank says the hardware snapshot lets Veeam remove the VMware snapshot early while the proxy continues reading from the storage snapshot. This avoids leaving a large VMware snapshot open throughout the transfer and reduces the risk of a lengthy consolidation stun. The other options describe mechanisms the bank says this feature does not use.

Question 5

Scenario: A Veeam Continuous Data Protection (CDP) policy is configured to protect a cluster of mission-critical SQL servers. To ensure high availability and load balancing, the architect deploys a cluster of three source CDP proxies and three target CDP proxies. During a sudden hardware failure, one of the active source CDP proxies abruptly loses power and goes offline.
What is the expected behavior of the active CDP policy handling the I/O stream for that specific proxy?
A. The VAIO filter driver permanently drops the I/O stream, forcing the affected virtual machines to require a full initial synchronization over the WAN when the proxy comes back online.
B. The Veeam CDP Coordinator service dynamically reassigns the affected virtual machine disks to one of the surviving source CDP proxies, and the policy enters a short “Syncing” state to catch up.
C. The surviving source CDP proxies automatically assume the IP address of the failed proxy via Layer 2 ARP spoofing to maintain the active TCP socket connections to the target site.
D. The CDP policy completely halts all replication for the entire job until a manual “Active Full” is triggered by the administrator to reconstruct the metadata sequence.
Answer: B
Explanation: The source bank says the surviving proxies take over the affected processing tasks. Buffered I/O is then synchronized before the policy returns to its normal state. It says a proxy failure does not require ARP spoofing, a full initial synchronization, or a manual Active Full.
Verification limit: I checked that each selected source question has a complete stem, options, answer, and explanation, and that the DOCX contains no embedded images. I did not independently verify the bank’s answers against Veeam documentation.

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