3V0-31.22 Exam Guide: Status, Scope, and the Right Preparation Decision
3V0-31.22 was the Advanced Deploy VMware vRealize Automation 8.x (v2) exam, leading to the VMware Certified Advanced Professional – Cloud Management and Automation Deploy 2024 certification. It was intended for experienced cloud administrators, architects, and consultants who could configure, administer, deploy, and troubleshoot Aria Automation environments. The most important decision for a candidate now is not how to schedule it, but whether the retired exam can still serve a current certification objective. This guide separates its official scope from practical study methods and explains the next checks to make before investing in preparation.
Is 3V0-31.22 still available?
No. 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. A candidate researching 3V0-31.22 should therefore verify a current replacement or alternative credential before buying training, reserving a test appointment, or relying on any preparation material labelled for this exam.
The retirement status changes the purpose of this page. It can still help someone interpret an old certification record, review the technology scope of a previous exam objective, or understand why archived material refers to 3V0-31.22. It should not be treated as confirmation that an appointment can be created today.
Pearson’s general testing site explains that candidates can search for an exam, check availability, find a test center or online option, and review program-specific rules. For this retired code, use those checks only to confirm the current program position; do not assume that a search result, third-party listing, or archived guide represents an active registration path.
What did the exam validate?
The exam validated advanced deployment and administration of VMware’s cloud management and automation technology. Its certification scope included configuring and administering Aria Automation, troubleshooting different use cases, and creating, updating, and resolving issues involving cloud templates, workflows, and actions for workload deployment across multiple VMware Cloud endpoints.
The exam code used the older product name: Advanced Deploy VMware vRealize Automation 8.x (v2). The certification page uses the newer Aria Automation naming, so candidates comparing archived references should treat vRealize Automation and Aria Automation as terminology from the exam’s product and certification context rather than as evidence of a currently available exam.
This was not framed as a basic product-awareness test. The official candidate profile calls for advanced administrative knowledge of vRealize Automation, vRealize Automation SaltStack Config, and vRealize Orchestrator. That combination points toward implementation judgment, operational diagnosis, and the ability to work across connected automation components.
Who was the intended candidate?
The intended candidate was an experienced VMware cloud-management practitioner rather than someone learning automation concepts for the first time. Associated job roles included cloud architects, cloud administrators, and consultants, while the exam guide 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 experience description is a profile, not a substitute for the formal requirement. Candidates were required to hold a valid VMware Certified Professional – Cloud Management and Automation certification before attempting the exam. Because 3V0-31.22 is retired, confirm the eligibility rules for any current replacement separately; do not carry this prerequisite forward without current official confirmation.
Use the profile as a readiness test. If your work has been limited to catalog browsing or isolated configuration exercises, first build operational depth. You should be able to explain why a deployment design is appropriate, trace a failed request across its components, and make controlled changes without relying on memorized click paths.
Which skills and domains were measured?
The blueprint organized the assessment into seven standardized domains: 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 are the safest basis for structuring archived study because the supplied official material does not provide domain percentages.
Architecture and technologies requires you to understand how the automation environment is assembled and how its components interact. Study the purpose and dependencies of the relevant services, then practice drawing a request path from a consumer action through orchestration and provisioning to the target cloud endpoint.
Products and solutions is broader than naming products. Build a service map that identifies the role of vRealize Automation, SaltStack Config, and vRealize Orchestrator in an automation workflow. For each component, record what it contributes, what it depends on, and what kind of failure would appear when it is unavailable.
Planning and designing focuses on translating requirements into an implementable automation design. Practice identifying inputs, constraints, approvals, placement requirements, extensibility needs, and operational ownership before selecting a template or workflow approach. A useful design note should explain trade-offs rather than list features.
Installation, configuration, and setup calls for controlled implementation. Review the sequence in which services, integrations, templates, workflows, actions, and related settings must be prepared. In a lab, change one dependency at a time and document the expected result so that an unsuccessful deployment can be diagnosed rather than simply rebuilt.
Performance tuning, optimization, and upgrades should be studied as operational decisions. Focus on recognizing symptoms, locating the likely layer, checking configuration and dependency health, and planning a change with a rollback or validation step. Avoid treating optimization as a collection of isolated settings.
Troubleshooting and repair rewards a methodical fault-isolation process. Start with the request or symptom, separate design errors from service failures, inspect the relevant logs or status information, test the smallest reasonable hypothesis, and confirm the repair with a new controlled operation.
Administrative and operational tasks include the repeatable work that keeps automation usable: managing access, maintaining templates and workflows, validating integrations, monitoring outcomes, and handling changes. Prepare by writing short runbooks that another administrator could follow without your assumptions.
How should you prepare from the blueprint?
Use the seven domains as a coverage checklist, but give the greatest study time to tasks you cannot perform without assistance. The official material identifies the domains but does not supply weights in the provided facts, so do not invent a percentage allocation or assume that every domain receives equal emphasis.
Begin with a skills inventory. For each domain, mark one of three states: can explain, can perform, or can troubleshoot. “Can explain” means you understand the purpose; “can perform” means you can complete the task in a controlled environment; and “can troubleshoot” means you can identify and correct a failure. The last category is the strongest readiness indicator for an advanced deploy assessment.
Next, connect each weak area to an observable task. For architecture, draw and explain dependencies. For planning, produce a design from written requirements. For setup, implement the design. For workflows and actions, trace inputs and outputs. For troubleshooting, deliberately introduce a fault and record the diagnostic path. This prevents passive reading from being mistaken for competence.
Keep an evidence log while studying. Record the scenario, configuration change, expected result, actual result, diagnostic evidence, fix, and validation step. This habit builds the reasoning needed for lab-based work and exposes gaps such as incomplete permissions, undocumented assumptions, or a failure to verify the final deployment.
What should a practical lab routine look like?
A useful lab routine should move from design to deployment to failure analysis, not merely repeat successful demonstrations. Build a small scenario, document its intended flow, execute it, break one dependency or configuration assumption, and then restore service. The goal is to practice controlled administration and diagnosis, not to imitate undisclosed exam tasks.
Use a repeatable session structure. First, state the requirement and success condition. Second, identify the services, templates, workflows, actions, integrations, and permissions involved. Third, make the smallest configuration change that should satisfy the requirement. Fourth, test the result. Finally, preserve the evidence and write what you would check first if the result failed.
Vary the scenario after you understand the basic path. Change the deployment target, introduce a different approval or input requirement, alter an integration dependency, or make the workflow handle an exception. These variations test whether you understand the system’s logic rather than whether you can reproduce one sequence of screens.
Do not use exam dumps or leaked-question claims as a substitute for this work. They cannot establish that you can administer a real environment, and memorizing purported answers does not guarantee a passing result. Use legitimate product documentation, authorized training, and your own documented lab outcomes instead.
How do delivery details affect planning?
The archived exam guide describes a proctored exam delivered through Pearson VUE, with a duration of 205 minutes including time intended to support non-native English speakers. The official certification page identifies the format as lab-based and the language as English. These details describe the retired exam and should not be used to infer the format or language of a replacement.
The exam guide states that the exam contained 12 items and used a scaled passing score of 300. Those facts are useful for understanding the archived assessment, but they do not translate into a recommended score target or a prediction about any current VMware or Broadcom exam. Scaled scoring should not be treated as a simple percentage calculation.
For an active exam in the same certification family, check the current official program page and Pearson’s program-specific appointment information before scheduling. Delivery rules, availability, policies, and language options can change. Pearson provides routes to search for an exam, review rules and FAQs, and schedule, reschedule, or cancel appointments; those general functions do not reactivate 3V0-31.22.
The archived certification page listed the exam price as $250 USD. Because the exam retired, treat that figure as historical context only, not as a current purchase price or a basis for budgeting a replacement.
What is a sensible study roadmap?
For an archived exam, the roadmap has two tracks: first confirm that the credential is still relevant to your goal, then study the technical scope only if it supports a current or transferable objective. If you are using the old blueprint for skills development, progress from architecture and design through implementation and finally troubleshooting and operations.
In the first phase, verify the decision. Check the official certification status, identify the current credential you actually need, and confirm its prerequisite and delivery information from its own official page. If your objective is an old certification record, determine whether you need historical verification rather than an exam appointment.
In the second phase, map your existing experience against the seven domains. Do not start by collecting question banks. List concrete tasks you can perform, the tasks that require guidance, and the failures you have never diagnosed. Prioritize the last group because advanced deployment work depends on recovery and explanation as well as successful configuration.
In the third phase, build or access a lawful practice environment appropriate to your learning resources. Create a small deployment flow, document its dependencies, exercise templates, workflows, and actions, and include SaltStack Config and Orchestrator concepts where they belong in the process. Keep a change record so that every result has an explanation.
In the fourth phase, rehearse integrated scenarios. Start from a requirement, design the solution, implement it, test it, inspect the outcome, and diagnose a deliberately introduced problem. Add a time boundary only as a personal practice tool; do not confuse it with an official exam duration or assume that a fast successful run proves readiness.
In the final phase, review evidence rather than rereading everything. Select one documented task for each domain and explain the design choice, implementation sequence, expected outcome, diagnostic signals, and recovery action. If you cannot explain a result without notes, return to the underlying product behavior instead of memorizing a new answer.
Which preparation mistakes create false confidence?
The most damaging mistake is preparing for a retired code without first confirming that it can still be used. The official page records the retirement and registration cutoff, so the first corrective action is a current-status check. A technically strong preparation plan cannot create an appointment for an unavailable exam.
Another mistake is treating product names as the skill itself. Knowing that Aria Automation was formerly called vRealize Automation does not demonstrate the ability to design a deployment, configure the required components, or repair a failed request. Convert every terminology item into a task, dependency map, or troubleshooting exercise.
Reading without operating is also risky. Advanced administrative knowledge is different from recognizing a definition. After each study topic, ask what you would configure, what evidence would show success, and what could fail. If the answer is only a description, schedule practical work before moving on.
Many candidates also practice only the happy path. A deployment that succeeds once does not show that you can isolate a permissions issue, identify a broken integration, validate a workflow input, or recover from a configuration change. Include negative tests and write down the evidence that distinguishes similar symptoms.
Finally, avoid turning the official prerequisite or experience profile into a checklist that guarantees readiness. Holding the required VCP certification and having the stated experience may establish eligibility, but competence still depends on current hands-on ability and accurate understanding of the environment.
What should you do before using any old material?
Treat every archived guide, course, and practice resource as version-sensitive. Confirm its exam code, product terminology, publication context, and relationship to the retired certification. Do not assume that a resource mentioning vRealize Automation 8.x reflects current product names, current interfaces, or a live certification path.
Use the official exam guide to verify historical structure and the official certification page to verify historical scope and status. If you consult Pearson for delivery procedures, use the current support and program pages rather than copying assumptions from an old appointment guide. Pearson notes that its site and branding may change, so current navigation is preferable to screenshots.
When an official source does not answer a question, label the point as unverified instead of filling the gap with a forum claim. In particular, avoid asserting current replacement codes, current fees, active languages, registration windows, or retirement dates for another exam unless the relevant official source supports them.
A good final check is simple: can you name the active certification objective, confirm that you are eligible for it, identify its current exam code, and find its official scheduling path? If not, pause technical preparation and resolve the administrative uncertainty first.
Where should candidates verify the next step?
Start with the current Broadcom or VMware certification information for the credential you want, then use Pearson’s official testing site for availability and appointment actions. The supplied sources establish the retired status of 3V0-31.22 but do not identify a replacement exam, so this guide does not assign one or imply that a particular successor is equivalent.
The archived exam guide remains useful for understanding the former candidate profile, domains, delivery model, and assessment structure. The certification page remains useful for the former role alignment and Aria Automation scope. Use both as historical references while keeping current registration and replacement decisions separate.
If you already hold a related VCP, review the official upgrade guidance for the exact current certification route. The supplied upgrade article explains that some cross-track VCP upgrades depended on the certification version and a qualifying exam, and that paths could change without prior notice. It should not be used to assume that 3V0-31.22 itself is an available upgrade option.
Conclusion
3V0-31.22 should now be approached as a retired exam and a historical skills reference, not as a normal scheduling target. Its scope centered on advanced Aria Automation administration, deployment, orchestration, templates, workflows, actions, and troubleshooting across VMware cloud endpoints. Verify your current credential goal first; then use the seven-domain blueprint to direct hands-on practice, document failures and repairs, and confirm the active exam’s requirements through the official certification and Pearson channels.
Related exams
- 1V0-21-20PSE exam — Associate VMware Data Center Virtualization Exam
- 1V0-31.21 exam — Associate VMware Cloud Management and Automation
- 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
