E20-575
Specialist-System Administrator, RecoverPoint Version 2.0
Specialist-System Administrator, RecoverPoint Version 2.0 Exam Guide
Specialist-System Administrator, RecoverPoint Version 2.0 is intended to validate administrative judgment around a storage-replication platform, but the supplied official research does not include the exam blueprint, domains, scoring, prerequisites, or delivery specifications. That changes the preparation decision: use the official exam-information channel to confirm current logistics, then build hands-on study around replication administration, protection configuration, recovery workflows, discovery, and fault isolation. This guide separates those evidence-backed preparation themes from details that still require verification before you schedule.
What should you confirm before scheduling?
Confirm the current exam record before paying or booking. The available research identifies the certification title but does not verify the exam code, price, passing score, number of questions, time limit, languages, prerequisites, retirement status, or delivery method. Treat each of those as an open scheduling question rather than filling the gaps with third-party claims.
Certiport’s candidate support page provides routes for exam information, exam releases and languages, exam retirements, exam lengths, exam policies, technical requirements, and locating a Certiport Authorized Test Center. It also states that live chat is currently unavailable and directs candidates to email or phone support. Use that page to find the relevant current policy or support route: https://certiport.pearsonvue.com/Support.aspx.
Before scheduling, record the exact answers to these questions: Is “Specialist-System Administrator, RecoverPoint Version 2.0” currently available? Which organization owns the exam record? Where is it delivered? What identification and technical requirements apply? Are there language or retake conditions? Which official objective document, if any, is associated with the exam? Save the answers and the date you checked them.
What the supplied research does not establish
The supplied sources do not publish a RecoverPoint Version 2.0 blueprint or a list of measured domains. They also do not establish an exam duration, question count, score, cost, testing language, eligibility rule, or retirement date. This guide therefore does not assign percentages or present unofficial logistics as requirements.
Why adjacent storage-recovery evidence still helps
The Broadcom knowledge article concerns VMware Live Site Recovery and Storage Replication Adapter issues rather than a published RecoverPoint exam outline. It is useful as operational context because it describes the boundaries between a recovery orchestrator, storage replication, array pairs, replicated devices, protection groups, and recovery plans. Use it to sharpen troubleshooting questions, not to assume that every item is an official RecoverPoint exam objective.
Which administrative skills are the safest study priorities?
Prioritize the complete administrative chain: understand the replicated storage relationship, discover or verify the relevant devices, associate protected workloads with protection structures, execute recovery workflows, and isolate whether a failure belongs to the replication system, the integration layer, or the orchestration interface. These are evidence-backed preparation themes, not confirmed percentage-weighted domains for this exam.
A Broadcom article explains that a Storage Replication Adapter is supplied by a storage vendor so Live Site Recovery can work with a specific kind of array. It also distinguishes array-based replication from the Site Recovery user interface. That distinction creates a valuable administrator habit: do not assume that an orchestration screen owns every storage state or can repair every replication fault.
Build your notes around responsibility boundaries. For each administrative action, identify the component that initiates it, the component that performs it, the state that should change, and the evidence you would collect if it does not. This approach is more useful than memorizing isolated menu labels because it forces you to reason from symptoms to ownership.
Configuration and discovery
The research describes array-pair and device discovery operations and says that array-pair information can include local device names, paired devices, replication direction, protection-group association, local or remote datastore status, and replica-pair identification. Study the meaning of each relationship and practise explaining how an administrator would verify it before changing protection settings.
A useful lab worksheet has one row per replicated device. Record the local identity, remote identity, replication direction, associated protection structure, and current administrative state. Then add a column for the source of each fact: management interface, storage system, adapter response, or documented vendor procedure. The exercise teaches you to distinguish observed state from assumed state.
Protection structures and recovery workflows
The source material describes an orchestrator registering virtual machines into Protection Groups and Recovery Plans, while the storage vendor’s adapter provides information about array pairs and device pairs. Prepare to explain why a workload can appear correctly registered yet still fail during a storage operation. Trace the dependency from protected workload to device relationship and then to the recovery workflow.
Study the purpose of test recovery, failover, and reprotection as separate administrative decisions. Do not treat them as interchangeable buttons. For each workflow, write the intended direction of protection, the expected storage-side action, the expected management-plane result, and the condition that would prevent the next workflow from becoming available.
Troubleshooting and escalation
Practise classifying a fault before attempting a fix. The Broadcom article gives examples involving array pairing, protection-group creation, recovery-plan operations, datastore promotion or demotion, broken replication, test-failover copies, and reprotect becoming unavailable. For each symptom, decide whether to inspect orchestration configuration, adapter communication, or the storage vendor’s replication state first.
The article recommends involving a storage vendor and a trained adapter engineer when the adapter is implicated, with a corresponding VMware or Live Site Recovery case when collaborative assistance is needed. The transferable skill is escalation with evidence: capture the operation, affected relationship, direction, error text, preceding state, and the boundary at which the workflow stopped.
How should you turn the evidence into a study plan?
Use a layered sequence rather than starting with fault lists. First establish the replication vocabulary and component boundaries. Next model configuration and discovery. Then rehearse protection and recovery workflows. Finish with troubleshooting cases that require you to decide which system owns the next diagnostic step. This sequence reduces the risk of memorizing procedures without understanding dependencies.
Because no official objective weighting is supplied, do not allocate study time by invented percentages. Instead, allocate more time to any area where you cannot explain both the normal workflow and the failure evidence. A candidate who can recite configuration steps but cannot identify whether the storage array or adapter owns a state change has an avoidable readiness gap.
Phase one: build a component map
Create a one-page map containing the administrator interface, the replication platform, any integration or adapter layer, storage arrays, replicated devices, protected workloads, protection groups, and recovery plans. Label each arrow with an action such as discover, register, replicate, promote, reverse, or report. Keep the map product-specific only when your approved documentation supports the label.
The Broadcom research is especially useful for separating the user interface from array-based replication. It states that the interface does not directly manipulate consistency groups or change device-pair states on the storage array. Use that statement as a checkpoint: every time you write a proposed fix, ask whether it is an interface action, an adapter request, or a storage-system action.
Phase two: rehearse normal administration
Walk through a clean configuration on paper or in an approved lab. Start with the storage relationship, verify that the relevant device pairs can be discovered, identify the protected workload, and place it in the appropriate protection structure. Then describe how a recovery plan uses that configuration. At each step, write the expected visible evidence and the prerequisite that must already be true.
The source describes “Discover Array Pairs” as a rescan of arrays and “Discover Devices” as a recomputation of storage-replicated devices after selecting an array pair. Whether your RecoverPoint environment uses equivalent labels must be confirmed in its current product documentation. The preparation lesson is to understand when an administrator needs refreshed relationship information rather than repeatedly editing protection configuration.
Phase three: simulate controlled recovery
Use scenario cards for planned recovery, test recovery, failover, and reprotection. Each card should state the starting direction, the protected objects, the expected target-side result, and the evidence that confirms completion. Add a stop condition: if a storage command fails or the replicated relationship is inconsistent, pause the workflow and identify the owning component instead of advancing by guesswork.
The research notes that a test failover may fail to create or delete copies of replica LUNs on the target site and that reprotect can remain unavailable when reverse replication has not completed or when the adapter did not pass the request successfully. These examples support a general study rule: learn the prerequisite state for the next operation, not merely the order of interface clicks.
Phase four: troubleshoot from evidence
For each scenario, use a fixed diagnostic order: reproduce or describe the symptom, identify the affected object, compare expected and actual state, determine which component issued the request, inspect the component that owns the state, and collect evidence before escalating. This is a recommendation for disciplined preparation, not a claim about a mandatory exam procedure.
Write answers in a compact incident format. Include the symptom, scope, last successful operation, replication direction, device or workload relationship, adapter result if available, storage-side state, and immediate containment decision. Then state whether the next action belongs to the administrator, storage vendor, adapter specialist, or platform support.
What should a hands-on lab contain?
A useful lab should let you inspect relationships and observe controlled state changes, not just click through a prebuilt demonstration. Include at least one replicated workload, a way to inspect device or volume pairing, protection-group membership, recovery-plan dependencies, and a safe test workflow. If you cannot change production-like state, use diagrams and recorded outputs to practise the same reasoning.
Do not create an unsafe exercise by deliberately breaking live replication. A paper simulation, vendor-approved training environment, or isolated lab is preferable. The objective is to understand the evidence produced at each boundary: what the administrator interface reports, what the replication layer reports, and what the storage system reports.
Lab exercise: verify relationships before recovery
Begin by documenting the protected workload and the storage devices that support it. Verify the local and remote identities, replication direction, and protection-group association. Then state which objects a recovery plan is expected to operate on. If any relationship is missing or contradictory, stop and describe the configuration issue rather than proceeding to failover.
This exercise reflects the research’s emphasis on discovering array pairs and devices and reviewing details such as replication direction and protection-group association. It develops an important exam habit: validate the object graph before selecting a recovery operation.
Lab exercise: separate interface symptoms from storage faults
Create two versions of the same incident. In the first, the interface has stale or incomplete discovery information. In the second, the underlying array replication is broken. For each version, list the observations that distinguish them and the support team that should be engaged. The point is not to memorize a vendor-specific message; it is to identify the ownership boundary.
The Broadcom article states that array-based replication is specific to a storage vendor and separate from the Site Recovery user interface, even though replication information obtained through the adapter is shown in the interface. That is a strong reason to compare interface evidence with storage-side evidence before declaring the orchestration product defective.
Lab exercise: explain an unavailable reprotect action
Treat a disabled or unavailable reprotect action as a state problem requiring investigation. Check whether reverse replication completed, whether the adapter passed the request, and whether the storage relationship is ready for the reverse direction. Record the exact point at which the workflow stopped and avoid presenting a workaround unless the approved product documentation supports it.
The research specifically connects reprotect being grayed out with incomplete reverse replication or an adapter failure to pass the command. Use that connection to practise a cause-and-evidence answer: identify the prerequisite, name the likely boundary, and state what confirmation is needed before escalation.
Which mistakes waste the most preparation time?
The most expensive mistakes are studying unverified exam claims, confusing orchestration with storage control, memorizing interface paths without state validation, and treating every failure as a generic platform issue. Replace each mistake with a concrete check: verify the blueprint, map ownership, record expected state changes, and classify the fault before choosing a remedy.
Avoid study materials that promise access to live questions or imply that memorizing dumps guarantees a pass. Such material cannot replace understanding the supported administrative workflow and may train you to choose answers without recognizing why a state transition is valid.
Mistake: inventing a blueprint from adjacent documentation
The available Broadcom article is operational guidance for VMware Live Site Recovery and Storage Replication Adapter issues, not an exam-domain document for Specialist-System Administrator, RecoverPoint Version 2.0. Do not convert its examples into official domain weights. Use them as scenario prompts, then seek the exam’s current objective document through the official certification or support route.
Mistake: assuming the interface changes array state directly
The research says the Site Recovery user interface does not directly manipulate consistency groups or change device-pair states on the storage array. A candidate who assumes otherwise may choose an incorrect troubleshooting path. In study notes, mark every action as interface-level, adapter-mediated, or storage-vendor-controlled, and revise the label whenever product documentation proves it wrong.
Mistake: treating discovery as a cosmetic refresh
Discovery provides relationship information used to understand arrays and replicated devices. If device pairing, direction, or protection association is wrong, a recovery workflow may be operating on an incomplete model. Practise deciding whether to rescan array pairs, recompute devices, inspect storage replication, or escalate rather than repeatedly changing protection membership.
Mistake: escalating without a useful evidence package
A vague support request slows diagnosis. Include the affected array or device relationship, local and remote identity, replication direction, protection association, operation attempted, result, and relevant adapter or storage evidence. The Broadcom guidance supports collaborative engagement between the storage vendor and platform support when an adapter issue is involved, so make the handoff precise enough for both parties to act.
How can you judge readiness without an official score target?
Use performance evidence rather than a guessed percentage. You are closer to ready when you can explain a normal administrative workflow, identify prerequisites, distinguish interface information from storage-side state, diagnose a failed recovery operation, and produce a focused escalation record without relying on prompts. These are practical readiness indicators, not a substitute for the exam’s unpublished scoring rules.
Run three review passes. In the first, answer with notes. In the second, answer from a component map and workflow diagram. In the third, answer unfamiliar scenarios without notes and explain why the rejected options would be unsafe or irrelevant. Track uncertainty by topic and return to the underlying state model rather than rereading every page.
Readiness check: configuration
Can you describe how a protected workload becomes associated with the storage relationships required by a recovery workflow? Can you identify the evidence that confirms device pairing, replication direction, and protection-group membership? If your answer consists only of menu navigation, add the object relationships and expected states before moving on.
Readiness check: recovery
Can you distinguish test recovery, failover, and reprotection by their intended state transitions and prerequisites? Can you state what you would verify when a target-side replica copy is not created or removed? If not, rehearse the scenario with a diagram and write the expected storage-side and interface-side results separately.
Readiness check: troubleshooting
Can you decide whether a symptom points first to orchestration configuration, adapter communication, or storage replication? Can you explain what evidence would support that decision and which specialist should receive the case? If the answer is “contact support” without a boundary analysis, the troubleshooting sequence needs more practice.
What should you do during the final review week?
Stop expanding the syllabus and consolidate the operational model. Recheck the official exam record, update your logistics notes, review component ownership, and practise short scenario explanations. Spend the final sessions on weak transitions—especially discovery to protection, protection to recovery, and recovery to reverse protection—rather than passively rereading familiar definitions.
Use a single revision sheet with four columns: object, responsible component, expected state, and evidence if the state is wrong. Populate it from approved product documentation and your lab work. Keep uncertain items visibly marked so that you do not accidentally turn a guess into a study fact.
Final review checklist
Confirm the exact exam name and version shown by the official scheduling route. Verify current exam policies, testing requirements, location or delivery information, and any language or release details that apply to your booking. The Certiport support page lists these categories but does not, in the supplied research, provide RecoverPoint-specific values.
Review replication direction, device pairing, protection membership, discovery behavior, recovery-plan dependencies, test recovery outcomes, failover state, reverse replication, reprotection prerequisites, and escalation ownership. For every topic, answer both “what should happen?” and “what evidence would show that it did not?”
Final-day decision
If you still need to look up basic component ownership or cannot explain why a recovery action is unavailable, postpone scheduling if your circumstances allow and close that gap first. If your uncertainty is limited to an unverified logistics detail, resolve it through the official support or exam-information channel rather than guessing. Preparation should reduce both technical and scheduling risk.
Where should your official research continue?
Start with the current certification and delivery information, then use Broadcom’s compatibility and knowledge resources to validate environment-specific relationships. The listed sources do not constitute a complete RecoverPoint exam syllabus, so use them selectively: the support page for candidate logistics, the compatibility guide for supported compatibility investigation, and the knowledge article for storage-replication integration and troubleshooting context.
The Broadcom compatibility guide is available at https://compatibilityguide.broadcom.com/search?column=partnerName&order=asc&persona=live&program=vlsrsra. Its supplied page identifies the Broadcom VMware Hardware Compatibility Guide and a Live Site Recovery SRA search context. Check the current environment and product filters rather than assuming that a listed result applies to every RecoverPoint deployment.
The storage-replication troubleshooting reference is available at https://knowledge.broadcom.com/external/article/312663/vmware-live-site-recovery-vlsr-storage-r.html. It explains that storage vendor adapters are developed and supported by storage partners and discusses discovery, array pairs, replicated devices, protection groups, recovery operations, and escalation boundaries. Confirm product and version applicability before applying any procedure.
Use official product documentation for the exact RecoverPoint Version 2.0 terminology and procedures. The research supplied here does not include a direct RecoverPoint administrator manual or objective-domain document, so this guide intentionally avoids presenting adjacent VMware terminology as a guaranteed exam blueprint.
A practical research record
For each official page, record the URL, access date, product or version context, fact learned, and whether the fact is an exam requirement or merely an operational study aid. This prevents a common research error: citing a valid vendor statement while silently changing its product scope or treating an example as a universal rule.
Conclusion
Prepare for this exam by proving that you can reason across storage replication, administrative configuration, recovery workflows, and support boundaries. Do not invent missing blueprint or scheduling details; verify them through the official exam-information route before booking. Then use diagrams, controlled scenarios, and evidence-based troubleshooting to turn the available operational material into practice. Your next actions are clear: confirm the current exam record, obtain the exact objective document if available, build the component map, run the workflow scenarios, and revisit every area where you cannot explain the expected state change.