3V0-31.22 Exam Guide: Advanced Deploy VMware vRealize Automation 8.x
3V0-31.22 validated advanced deployment and administration skills for VMware vRealize Automation 8.x, including cloud templates, workflows, actions, and troubleshooting across VMware Cloud endpoints. It was intended for experienced cloud administrators, architects, consultants, and automation specialists who could work with vRealize Automation, SaltStack Config, and vRealize Orchestrator. The most important decision for a candidate now is not how to schedule this exam, but whether the certification is still available and which current Broadcom certification should replace it.
Is 3V0-31.22 still available?
3V0-31.22 and the associated VCAP-CMA Deploy 2024 certification are retired, so a new candidate should not plan preparation around booking this exam. The official certification page states that the certification and exam retired on December 15, 2025, and that new exam registrations stopped after October 31, 2025.
That status changes the practical use of this guide. The exam objectives remain useful as a record of the skills once assessed, and they can help an experienced administrator identify gaps in automation and cloud deployment. They should not be treated as confirmation that an appointment, exam voucher, or replacement exam is currently available.
Before spending money on training or third-party materials, check Broadcom’s current certification catalog and Pearson’s exam search. Do not infer a replacement code from the 3V0-31.22 number or assume that an exam with a similar product name has the same objectives.
The right next action
Open the official Broadcom certification page first and verify the current Cloud Management and Automation pathway. Then use Pearson’s program search to confirm whether a current exam can be scheduled. If no current route is listed, contact the program-specific support team rather than relying on an old booking page or a seller’s claim that this exam is active.
What certification did the exam support?
The exam was the Advanced Deploy VMware vRealize Automation 8.x (v2) exam and led to the VMware Certified Advanced Professional – Cloud Management and Automation Deploy 2024, or VCAP-CMA 2024. Its scope was deployment-focused rather than a general introduction to cloud management.
The certification validated configuring and administering Aria Automation, including troubleshooting different use cases. The official description also covered creating and updating cloud templates, workflows, and actions for workload deployment across multiple VMware Cloud endpoints.
The terminology requires care. The exam guide uses vRealize Automation and related vRealize product names, while the certification page refers to Aria Automation. A study plan based on only one label can miss relevant documentation, so candidates reviewing the historical objectives should search both names when locating product references.
Who would have benefited most?
The associated job roles were cloud architects, cloud administrators, and consultants. The exam was therefore most relevant to professionals responsible for turning automation requirements into deployable services, maintaining those services, and diagnosing failures rather than merely consuming a prebuilt catalog item.
A candidate who had only read product overviews would have faced a substantial readiness gap. The official minimally qualified profile described advanced administrative knowledge of vRealize Automation, vRealize Automation SaltStack Config, and vRealize Orchestrator.
Which skills were measured?
The blueprint organized the assessment into seven standardized sections: architecture and technologies; products and solutions; planning and designing; installation, configuration, and setup; performance tuning, optimization, and upgrades; troubleshooting and repair; and administrative and operational tasks.
These labels describe the breadth of the exam, but the supplied official research does not provide a percentage weight for each domain. Do not create a priority order by comparing unsupported percentages. Instead, use the full set of domains to test whether your practical experience covers the entire deployment lifecycle.
Architecture and technologies
Prepare to explain how the automation platform’s major components relate to one another and to the target VMware Cloud endpoints. Your notes should connect a requested service, its template and workflow logic, the relevant integrations, and the resulting deployment rather than listing component names in isolation.
A useful exercise is to draw the path from a consumer request to a provisioned workload. Mark where identity, approvals, policies, orchestration, configuration management, and endpoint communication take place. Then identify which component you would inspect first when the request fails.
Products and solutions
This domain calls for product-level judgment across the VMware automation stack. Review the role of Aria Automation, vRealize Orchestrator, and SaltStack Config in a coordinated solution, including which service should perform a task and where an integration boundary can introduce failure.
Avoid studying every feature with equal depth. Start with the operations your environment actually performs, then expand to adjacent integrations and administrative functions that could affect those operations. The objective is to understand behavior and dependencies, not memorize isolated interface labels.
Planning and designing
Planning questions are best approached by translating requirements into design constraints. Practice deciding how a cloud template, policy, workflow, approval, or resource mapping should be structured for repeatable deployment, governance, and later change.
For each design decision, record the requirement it satisfies, the dependency it creates, and the failure mode it prevents. This makes revision more useful than collecting screenshots because it trains you to justify an implementation under changing conditions.
Installation, configuration, and setup
This domain concerns the operational foundation that allows automation to work: configuring services, establishing integrations, preparing environments, and validating that the resulting components communicate correctly. Use a controlled lab or documented practice environment where possible.
Build a setup checklist that includes prerequisites, credentials, endpoint details, permissions, certificates or trust relationships where applicable, and a post-configuration validation. The exact interface may differ across releases, so learn the purpose of each setting instead of relying on a memorized click sequence.
Performance, optimization, and upgrades
Performance work begins with identifying whether the bottleneck is in the automation service, an integration, a workflow, a configuration-management operation, or the target endpoint. Practice collecting evidence before changing settings.
For upgrades, write a dependency map and a rollback plan. Record what must be backed up, what integrations need verification, and which representative deployment should be used for acceptance testing. Do not treat an upgrade as complete merely because the primary service starts successfully.
Troubleshooting and repair
Troubleshooting was central to the certification’s practical purpose. Learn to move from symptom to evidence: reproduce the issue, isolate the failing stage, inspect the relevant logs or task details, test a narrowly defined correction, and confirm that the original requirement now works.
Use failure scenarios rather than flashcards as your main practice. Examples include a template that cannot deploy, a workflow that stops at an integration step, a policy that produces an unexpected result, or a configuration operation that completes without the intended state. For each scenario, document the first useful observation and the next diagnostic action.
Administrative and operational tasks
Operational readiness includes maintaining the automation service after deployment: managing access, reviewing services and integrations, monitoring outcomes, handling changes, and preserving repeatability. Practice explaining how an administrator would support both the platform and the teams consuming its services.
A strong operational note separates preventive work from corrective work. Preventive items might include validation, documentation, access review, and controlled changes; corrective items include triage, repair, verification, and communication of impact.
What were the official exam requirements and format?
The historical exam requirements were demanding: candidates had to hold a valid VMware Certified Professional – Cloud Management and Automation certification before attempting 3V0-31.22. The exam guide also described a typical candidate as having 5 or more years of general IT experience and recommended 12–24 months of production experience with vRealize Suite components.
The official certification page identified the format as lab-based and the language as English. The exam guide stated that it contained 12 items, used a scaled passing score of 300, lasted 205 minutes including time intended to support non-native English speakers, and was proctored and delivered through Pearson VUE.
Those details describe the retired exam, not a current booking promise. If you are researching an archived attempt, keep the requirements attached to 3V0-31.22 and do not transfer them to another Broadcom exam without checking that exam’s own guide.
How to interpret the lab-based format
A lab-based assessment rewards controlled execution and diagnosis, not recognition of a familiar phrase. Preparation should therefore include performing tasks, checking outcomes, and recovering from deliberately introduced configuration errors.
Do not assume that a list of remembered answers can demonstrate these skills. Third-party dumps may be inaccurate, violate exam rules, or encourage memorization without the ability to create, modify, and troubleshoot an automation solution. Use official objectives and legitimate hands-on practice instead.
How should you prepare if you are studying the historical objectives?
Start with a gap assessment, then study in the order that a real deployment is built and supported: platform relationships, design, setup, service creation, integrations, operations, and troubleshooting. This sequence prevents a common mistake—trying to memorize fault symptoms before understanding the normal deployment path.
Use three evidence types together: official exam objectives, product documentation, and hands-on notes from a controlled environment. For every topic, write what the feature does, when you would use it, what it depends on, and how you would verify success. That four-part record is more durable than a glossary.
Use a capability matrix
Create a table with the seven blueprint domains as rows and individual tasks as columns. Mark each task as read, demonstrated, explained, or troubleshot. Only the last two categories provide meaningful confidence for a lab-oriented objective.
For example, “read about cloud templates” is not equivalent to “create or update a template, deploy it, change an input, and diagnose a failed request.” The matrix should expose that difference so your final study time goes to unproven capabilities.
Build a failure notebook
A failure notebook turns lab mistakes into revision material. For each issue, record the intended result, observed result, likely layers involved, evidence collected, corrective action, and verification step.
Keep the entries specific. “Deployment failed” is too broad to guide review. “The request reached the orchestration stage but did not complete the configuration action” gives you a starting point for identifying the integration, permissions, task details, and logs that deserve inspection.
Prefer change-and-verify exercises
Repeatable change exercises are more valuable than one successful build. Create a working deployment, alter one input or policy, observe the effect, and return the environment to a known state. Then introduce a controlled fault and practice restoring service.
This method develops the habits needed for advanced administration: making a hypothesis, changing one variable, validating the result, and documenting what changed. It also reduces dependence on interface memory when the same task appears in a different context.
What is a practical study roadmap?
A practical roadmap should end with demonstrated capabilities, not a calendar promise. Because 3V0-31.22 is retired, use the roadmap to evaluate historical readiness or to transfer the underlying skills to a current Broadcom pathway after verifying its objectives.
Set your own pace according to access to a lab, production experience, and the number of domains marked unproven. The phases below are a sequence of decisions rather than official course requirements.
Phase 1: Confirm the target
First, verify whether you are pursuing an active certification or studying the retired exam for knowledge transfer. Check the current Broadcom catalog and Pearson program page before purchasing anything. If the target has changed, download the current exam guide and rebuild your matrix from that document.
For historical study, capture the 3V0-31.22 requirements separately: valid VCP-CMA status, the advanced product knowledge profile, the lab-based format, and the seven blueprint domains. Do not mix old and current requirements in one checklist.
Phase 2: Establish the deployment model
Next, map the services and integrations involved in a typical workload request. Explain the roles of Aria Automation, vRealize Orchestrator, and SaltStack Config, then trace how a request moves from definition to deployment and post-deployment configuration.
At the end of this phase, you should be able to explain the normal path without relying on a product diagram. If you cannot identify where a failure would occur, return to the architecture and integration notes before adding more features.
Phase 3: Perform end-to-end tasks
Use a controlled environment to practice the complete lifecycle: plan a service, configure the required connections, create or modify the automation objects, deploy a workload, and verify the result. Repeat the exercise with a changed requirement rather than rebuilding the same example unchanged.
Keep an execution record. Include assumptions, permissions, inputs, expected output, actual output, and cleanup steps. This record becomes a personal runbook and reveals where you are following instructions without understanding the reason behind them.
Phase 4: Troubleshoot deliberately
Introduce one fault at a time and diagnose it from evidence. Vary the layer involved so that you are not always testing the same symptom: an input or template issue, a workflow or action issue, an endpoint or integration issue, a permissions issue, or a configuration-management issue.
Do not open every log immediately. State a hypothesis, inspect the most relevant evidence, and update the hypothesis. This disciplined order is faster and produces notes you can reuse in operational work.
Phase 5: Run a readiness review
Finish by reviewing every blueprint domain and requiring yourself to demonstrate or explain a representative task. A domain remains a gap if you can define a term but cannot describe dependencies, execute the task, verify the outcome, and recover from a plausible failure.
For a retired exam, the final readiness decision is whether the skills transfer to a current certification or job requirement. For an active replacement, use only that replacement’s official guide to determine eligibility, format, language, scoring, and scheduling.
Which preparation mistakes should you avoid?
The most damaging mistakes are treating an archived exam page as current, studying product names without workflows, and relying on answer memorization for a lab-oriented assessment. Correct those errors by verifying status first, connecting every feature to a deployment objective, and requiring hands-on evidence for each claimed skill.
A second mistake is ignoring prerequisite status until the end. The historical guide required a valid VCP-CMA certification before attempting the exam, so that eligibility check belonged at the beginning of the plan, not after weeks of study.
Mistake: confusing breadth with readiness
Reading across all seven domains can create the impression of progress while leaving core tasks untested. Use the capability matrix to identify whether you can perform, explain, and troubleshoot each task. Spend more time on weak operational actions than on familiar definitions.
Mistake: memorizing interface paths
Interface steps can change and do not explain why a configuration works. Learn the purpose of each object, dependency, permission, and validation step. Then practice reaching the same result from a clean starting point or after a controlled change.
Mistake: diagnosing from the symptom alone
A failed request does not identify the failing component. Separate the request, template, workflow, integration, endpoint, and configuration stages. Collect evidence at the narrowest useful layer, make one correction, and verify the complete business outcome.
Mistake: scheduling before checking status
Do not pay or book based on an old listing. The official page records the retirement and registration cutoff for 3V0-31.22. Confirm the current certification route through Broadcom and the current exam availability through Pearson before committing to a study schedule.
How do delivery and scheduling decisions work?
Pearson’s official testing site provides the general workflow for finding an exam, checking test-center or online options, reviewing program rules, and scheduling, rescheduling, or canceling an appointment. However, those general options do not override the retired status of 3V0-31.22.
For any current exam, begin at the program-specific page rather than assuming that Pearson’s general delivery choices apply. Check the permitted delivery method, language, identification requirements, accommodations process, and rescheduling rules shown for that program.
Use official support information carefully
Pearson’s site directs candidates to search for the exam and review program-specific customer service and FAQs. Its support material also includes candidate guidance for supported delivery systems. These resources are useful for an active program, but they are not evidence that a retired VMware exam can be launched.
If an appointment record or historical page conflicts with the current program listing, pause and ask the program support team for confirmation. Save the response and the current exam-guide link with your study records.
What should you do now?
The immediate action is to stop treating 3V0-31.22 as a schedulable target, verify the current Broadcom Cloud Management and Automation certification path, and compare its official objectives with your existing skills. Keep the historical blueprint as a learning checklist, not as evidence of current availability.
If the current route matches your role, build a new capability matrix from the active exam guide and confirm eligibility before booking. If no suitable route is listed, continue the hands-on work around automation design, deployment, orchestration, configuration management, and troubleshooting while waiting for authoritative program information.
A final candidate checklist
Confirm the target exam or certification is active on the official Broadcom source.
Confirm the current code, eligibility rules, format, language, and delivery details from the active exam guide.
Use Pearson’s program search only after identifying the correct active program.
Study by capability: design, configure, deploy, change, troubleshoot, and verify.
Reject dumps or leaked-question claims as a substitute for legitimate preparation.
Recheck official pages immediately before making a payment or scheduling decision.
Conclusion
3V0-31.22 remains a useful historical description of advanced VMware automation work, but it is not a current scheduling target: the official certification page records retirement on December 15, 2025, with new registrations ending after October 31, 2025. Use its domains and practical workflow as a skills audit, then move to the current Broadcom certification documentation for an active route. That approach protects your budget, keeps eligibility decisions accurate, and makes hands-on preparation relevant beyond one archived exam.
Related exams
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- 1V0-41.20 exam — Associate VMware Network Virtualization
- 1V0-61.21 exam — Associate VMware Digital Workspace
- 2V0-31.21 exam — Professional VMware vRealize Automation 8.3
- 2V0-32.24 exam — VMware Cloud Operations 8.x Professional V2
