Administration of Veritas System Recovery 2013 Exam Guide
Administration of Veritas System Recovery 2013 is best approached as an operational administration assessment, not a terminology exercise. The available Broadcom certification overview says Symantec certifications use securely proctored, computer-based exams based on real-world job tasks and assess deployment, configuration, use, troubleshooting, and optimization skills. This guide helps administrators decide whether their hands-on recovery practice is sufficient, what to lab first, and which registration details must be confirmed before scheduling.
What this exam is intended to validate
Prepare to demonstrate that you can administer a System Recovery environment through practical decisions: preparing recovery media, working with recovery images, restoring systems, and diagnosing why a restored installation does not start. Broadcom’s general certification description supports the deployment, configuration, utilization, troubleshooting, and optimization emphasis, but the supplied sources do not provide an exam-specific blueprint.
The product-specific evidence describes Symantec System Recovery 2013 and System Recovery 2013 R2 backup images being used for recovery operations. One Broadcom community case concerns restoring a host full backup from a Windows Server 2012 R2 system to an ESXi guest machine; another discusses a one-time virtual conversion from a System Recovery 2013 R2 backup. These are useful administration scenarios for preparation, not proof of exact exam questions.
Do not treat every related Broadcom page as an exam objective. The supplied NetBackup article concerns Veritas NetBackup for VMware Cloud on AWS, while the DLP documentation concerns System Recovery for a Symantec Data Loss Prevention installation. They can illustrate how recovery documentation is organized, but they should not replace System Recovery 2013 product study.
Who should use this preparation plan
This guide suits administrators responsible for Windows image-based recovery, recovery media, backup-image handling, or restoring systems to different hardware or virtual environments. It is also relevant to engineers who support a legacy System Recovery 2013 estate and need to distinguish a valid image, a usable recovery workflow, and a bootable restored operating system.
Candidates with only reading experience should build a small, controlled practice environment before scheduling. Candidates who already perform restores should use the roadmap to find weak points, especially recovery-media construction, dissimilar-hardware decisions, and post-restore boot diagnosis. The evidence does not establish a formal prerequisite or required experience level, so do not assume that a particular job title, course, or certification is mandatory.
A sensible readiness test is whether you can explain each recovery action in terms of source image, target system, boot method, storage access, operating-system compatibility, and validation. If your preparation consists mainly of memorizing menu names, it does not yet reflect the job-task orientation described in Broadcom’s certification overview.
Which skills should receive the most study time
Because no official Administration of Veritas System Recovery 2013 objective list or domain weighting is included in the supplied research, use a task-based study model rather than invented percentages. Concentrate on the complete recovery lifecycle: deploy or prepare the tools, configure recovery settings, use backup images, troubleshoot failures, and improve repeatability and recovery confidence.
Start with image and media fundamentals. The official community material identifies a valid BESR Recovery Point with available image files, including .v2i files, as a prerequisite for an automation workflow. It also describes using the Symantec System Recovery tools to make a custom existing recovery disk. Your study should connect the image format and recovery media to the actual restore sequence rather than learning them as isolated terms.
Next, practise restore decisions. Work through a full system recovery, then consider how the target differs from the source. A physical-to-virtual scenario is particularly useful because the supplied community discussions show that creating a virtual machine from a System Recovery backup may require a recovery-disk workflow rather than relying on VMware Converter Standalone.
Reserve substantial time for troubleshooting. A recovered server can complete the image restore and still fail at first boot. One Broadcom community report describes a restored Windows Server 2012 R2 image on an ESXi 6.7 guest displaying the message “windows installer could not configure windows to run on this computer hardware.” Treat this as a diagnostic exercise: separate image integrity, recovery procedure, virtual hardware, boot configuration, and operating-system hardware changes.
Finally, study operational repeatability. The automation article combines a deployment environment, WinPE, a recovery disk, a valid recovery point, and AutoIt scripting. Its specific legacy integration is not automatically an exam requirement, but it demonstrates the kind of administrator thinking worth practising: define prerequisites, sequence tasks, remove avoidable manual steps, and verify the result.
How to build a useful practice lab
A lab should let you restore a non-production system repeatedly and deliberately introduce differences between the source and target. Use a disposable Windows installation, a System Recovery backup image that you are authorized to use, recovery media, and a separate target. Keep the lab isolated and record each change so that troubleshooting produces evidence instead of guesswork.
Begin with a recovery inventory. Record the source operating system, disk and partition arrangement, backup location, image files, recovery-media contents, and target storage configuration. Confirm that the backup files are available before attempting recovery; Broadcom’s system-recovery documentation gives the same practical warning for recovery installations. Never make your only copy of an important image part of an experiment.
Create or review a custom recovery disk. The community recovery case explicitly uses the System Recovery tools to make a custom existing recovery disk before booting the guest machine. Practise identifying whether the media can see the backup location and target disks. If it cannot, investigate media contents, storage visibility, network access, and permissions before changing the restore itself.
Run one recovery to a target that resembles the source, then document the outcome. Run a second recovery to a virtual target or otherwise different hardware only if your lab and licensing allow it. Compare the boot mode, disk controller, partition layout, drivers, and system identity. The goal is not to claim that one configuration is universally supported; it is to learn which variables must be checked.
Use a recovery worksheet. Include the chosen image, restore destination, selected volumes, boot-repair actions, target hardware assumptions, first-boot result, and validation checks. A written decision trail makes it easier to answer scenario questions and exposes gaps in your understanding faster than rereading product terminology.
What to record after every restore
Record whether the media booted, whether the image was found, whether the intended volumes were selected, whether the restore completed, and whether the operating system booted. Then verify application availability, network identity, storage visibility, and any recovery-specific configuration. These checks are practical recommendations, not an official scoring rubric.
How to study recovery media and images
Study recovery media and backup images as a connected workflow. You should be able to explain what must be present before booting, how the recovery environment locates the image, how the target disks are identified, and how you confirm that the restored volume is the intended one. Avoid memorizing a sequence without understanding the purpose of each step.
The automation reference lists a BESR SRD, a valid BESR Recovery Point, and available image files as prerequisites. It also describes a WinPE-based deployment arrangement and changes to recovery-media components. Use this evidence to create a checklist, but do not assume that the old Altiris and AutoIt integration is a mandatory part of the Administration of Veritas System Recovery 2013 exam.
Practise three image questions for every lab run: Is the image accessible? Is it the correct recovery point? Is the target able to receive the selected volumes? If the answer to one is uncertain, stop and resolve it before proceeding. This habit prevents a common administration mistake—treating a completed restore operation as proof that the correct recovery objective was met.
The DLP System Recovery documentation is useful for a broader operational principle: recovery planning depends on having backup files available for a recovery installation. It is not product-specific evidence for System Recovery 2013 exam objectives, so use it only as supporting context and keep your primary notes tied to the System Recovery materials.
How to reason through physical-to-virtual recovery
A physical-to-virtual recovery problem should be analysed as a compatibility and boot problem, not simply as a file-copy task. Establish how the image will be restored, whether the recovery environment can access it, what virtual hardware the target presents, and whether the restored operating system can adapt to that hardware.
The supplied P2V discussion reports that VMware Converter Standalone did not allow creation of virtual machines from Symantec backup files in the cited System Recovery 2013 R2 situation, while a response points to a one-time virtual conversion procedure. The safe lesson is to verify the supported conversion path for the exact product and environment rather than assuming a general VMware conversion utility will consume the image directly.
For practice, create a decision tree. If direct conversion is unavailable, create an appropriate blank virtual machine, boot from the System Recovery recovery disk, locate the backup image, restore the required volumes, and investigate boot configuration if the guest fails to start. The second community case documents this broad recovery pattern, including a blank ESXi guest, custom recovery disk, image restoration, and first-boot failure.
Do not promise that this sequence resolves every target-hardware issue. The reported Windows Installer error demonstrates why post-restore diagnosis matters. Compare the source and target storage controller, firmware or boot mode, disk layout, and required drivers. Then change one variable at a time and record the result.
How to troubleshoot a restore that will not boot
When a restored system will not boot, first classify the failure: the recovery environment cannot find the image, the restore fails, the target cannot find a bootable disk, Windows starts and errors, or applications fail after startup. Each class points to a different investigation. Repeating the restore without classifying the symptom usually wastes time and obscures the cause.
For an image-access problem, verify the backup path, permissions, network visibility, and whether the expected image files are present. For a restore failure, check the selected source and destination volumes, available target storage, and the recovery environment’s access to the disks. For a boot failure, inspect the target’s boot mode, partition arrangement, boot disk selection, and storage-controller presentation.
The ESXi recovery report is a useful scenario because the restore completed but the first boot produced a Windows Installer hardware-configuration error. That sequence tells you not to stop at “restore successful.” Investigate the transition from source physical hardware to virtual hardware and the operating system’s response to the changed environment. Do not present the community report as a universal diagnosis or an official troubleshooting procedure.
Use a disciplined loop: reproduce, capture the exact message, identify the earliest failed stage, form one hypothesis, make one controlled change, and test again. Keep a known-good baseline. This method prepares you for scenario-based reasoning without relying on leaked questions or unsupported claims about the exam’s content.
Mistakes that make diagnosis harder
Changing the virtual disk controller, boot mode, recovery options, and image all at once makes the result uninterpretable. Another mistake is assuming that a custom recovery disk automatically contains every needed driver or can access every storage location. Test media visibility and target-disk visibility separately before interpreting an operating-system boot error.
How to use automation without overstudying it
Automation is worth studying as an administration pattern, not as a script-memorization exercise. The supplied reference describes integrating Backup Exec System Recovery with Altiris Deployment Solution, WinPE, a recovery disk, valid recovery points, and AutoIt. The practical skill is designing a reliable sequence with clear prerequisites and checkpoints.
Map the workflow into stages: prepare the deployment or boot environment, supply the recovery media, expose the image, select the target, perform the restore, and validate the result. Identify which stages are unattended and which require an administrator’s decision. This distinction helps you reason about failure handling and prevents an automation job from silently producing an unusable server.
The reference also says Deployment Solution jobs run automated tasks sequentially and describes automated server build or restoration. Use that idea to write a simple runbook for your lab. Include pre-flight checks, a stop condition when the image is unavailable, a record of the selected image, and a post-restore validation step. These are recommendations derived from the operational evidence, not claims about a specific exam domain.
Do not spend most of your study time reproducing an old integration if your role does not use it and the official exam materials do not identify it. Learn the principles, then prioritise the recovery tasks you are expected to perform in your own environment.
What the available evidence says about exam delivery
The supplied Broadcom certification overview describes Symantec certifications as securely proctored, computer-based exams based on real-world job tasks. Broadcom’s registration guide says applicable exams are hosted and administered by Pearson VUE, and that candidates use Clarus to search for, register for, schedule, and pay for Pearson VUE exams.
The registration guide says candidates must register for and pass a written exam for applicable Broadcom Software certifications. It also lists a general user fee of $250 unless the candidate had a voucher. Because registration policies, availability, and fees can change, confirm the current listing and conditions in Clarus or the current Broadcom registration documentation before paying or scheduling.
The supplied sources do not establish the Administration of Veritas System Recovery 2013 exam’s current availability, exam code, duration, question count, passing score, language options, delivery locations, retake policy, or whether it remains active. Do not rely on catalogue pages or third-party claims for those details. Verify each item through the official registration route before making a scheduling decision.
The official overview’s real-world job-task language supports preparing to interpret scenarios and choose sound administrative actions. It does not prove that every question is performance-based, nor does it disclose a detailed blueprint. Keep that distinction clear when evaluating study products.
How to decide whether you are ready to schedule
Schedule only after you can complete and explain a recovery workflow without depending on a memorized click path. Your readiness evidence should include a working lab record, a clear recovery checklist, at least one deliberately analysed boot or compatibility problem, and the ability to justify why you selected a particular image, target, media path, and validation step.
Use a four-part self-check. First, explain image and recovery-media prerequisites. Second, perform a restore and identify the result at each stage. Third, troubleshoot a target that differs from the source. Fourth, describe how you would make the procedure repeatable while preserving administrator checkpoints. If any answer is vague, return to the relevant lab task rather than buying another question bank.
Do not use exam dumps, leaked questions, or memorization as a readiness measure. They cannot establish that you can safely restore a system, diagnose a boot problem, or adapt to a scenario that differs from a remembered prompt. Study official product material and practise with systems and images you are authorised to handle.
Before scheduling, confirm the official exam listing, applicable certification relationship, Pearson VUE administration details, current fee or voucher terms, and any candidate identification or rescheduling requirements shown in the registration process. The supplied evidence supports the Pearson VUE and Clarus workflow, but not every current policy detail.
A practical four-stage study roadmap
A staged plan is more useful than a fixed calendar when the official exam blueprint and current delivery details are unavailable. Move from product vocabulary to controlled recovery, then to troubleshooting and timed decision practice. Advance only when you can explain the reason for an action and verify its result.
Stage one is orientation. Gather the current official product and certification information, identify the System Recovery version used in your work, and build a glossary for recovery point, recovery disk, image, target volume, WinPE, and virtual target. Mark every item that comes from general certification guidance rather than an exam-specific objective.
Stage two is controlled execution. Prepare recovery media, verify image availability, restore a system to a comparable target, and document every selection. Repeat the process from your written runbook. If the second attempt depends on remembering undocumented details, improve the runbook and lab notes.
Stage three is variance and diagnosis. Restore to a permitted virtual or dissimilar target, compare source and target hardware assumptions, and investigate any boot or operating-system error systematically. Use the P2V discussions as scenario context, not as a promise that their exact environment or remedy applies to your lab.
Stage four is decision rehearsal. Create your own short scenarios from the tasks you practised: inaccessible image, incorrect target volume, recovery media that cannot see storage, restored system that will not boot, or a recovery process that needs repeatable automation. Answer each by stating the symptom, the first check, the likely evidence, the controlled next action, and the validation step.
Finish by checking the official registration path and current exam listing. If the listing does not confirm the exam you intend to take, pause and resolve that uncertainty before scheduling. A technically strong preparation plan cannot compensate for registering for the wrong or unavailable assessment.
A compact final-week checklist
Review your recovery runbook, image and media prerequisites, target-hardware differences, and troubleshooting decision tree. Revisit official source pages for product-specific context. Confirm the current Pearson VUE and Clarus instructions, appointment information, identification requirements, and fee or voucher status directly through the official process.
Where to verify information before booking
Use Broadcom’s certification overview to understand the general skill orientation and the official Pearson VUE registration guide for the registration workflow. Use the System Recovery community discussions for recovery-image, custom-media, P2V, and first-boot scenario context. Treat unrelated NetBackup and DLP pages as limited background rather than as authoritative Administration of Veritas System Recovery 2013 objectives.
The supplied community material is especially useful for challenging assumptions: a System Recovery 2013 R2 image may not be directly consumable by the conversion utility a candidate expects, and a completed restore may still produce a first-boot hardware error. Those cases justify a preparation plan built around verification and diagnosis rather than product-name recognition.
On the day you make a booking, check the live official listing rather than relying on the historical fee or legacy product references in this guide. Product names, certification ownership, exam availability, and registration processes can change; the source snapshot does not establish their current status.
Conclusion
Prepare for this assessment by proving that you can move from a valid System Recovery image and recovery environment to a verified, usable restored system, including when the target differs from the source. The official evidence supports a real-world, proctored certification model and a Pearson VUE registration route, but it does not supply a current exam blueprint or full delivery specification. Build the lab record first, resolve weak troubleshooting skills, and confirm the live official listing before scheduling.
