2V0-31.23
VMware Aria Automation 8.10 Professional
2V0-31.23 VMware Aria Automation 8.10 Professional Exam Guide
The 2V0-31.23 exam validates practical administration of VMware Aria Automation 8.10, including installation, configuration, operation, troubleshooting, self-service, and automated provisioning across private, public, and multi-cloud environments. It is aimed at administrators with hands-on Aria Automation experience, especially those managing standard or clustered deployments. This guide helps you decide whether your current experience is sufficient, which product areas need laboratory practice, whether your certification route requires training, and how to sequence preparation before booking a proctored Pearson VUE appointment.
What does 2V0-31.23 validate?
2V0-31.23 is titled VMware Aria Automation 8.10 Professional and leads to the VMware Certified Professional – Cloud Management and Automation 2024 certification. Its focus is operational competence: configuring the platform, connecting it to cloud resources, supporting self-service consumption, automating provisioning, and maintaining the surrounding services rather than memorizing isolated product terms.
The certification preparation material describes the broader VCP-CMA 2024 outcome as the ability to install, configure, administer, and operate VMware Aria Automation for self-service and automated provisioning across private, public, and multi-cloud environments. That description is a useful test of fit: the exam is relevant to people responsible for turning cloud requests into governed, repeatable infrastructure services.
The official exam guide was last updated on March 13, 2024. Because certification pages and eligibility rules can change, use that guide as the technical baseline and verify the current certification page and registration information before making a scheduling or training commitment.
Who should consider this exam?
The minimally qualified candidate is described as having 6–12 months of hands-on experience installing and configuring VMware Aria Automation. The same profile describes an administrator who can perform standard and clustered Aria Automation deployments. Treat those statements as an experience benchmark, not as permission to replace practical work with reading alone.
The target audience includes administrators who manage Aria Automation 8.10 or SaaS solutions, maintain platform services, investigate failures, and configure connections to private or public cloud endpoints. It also suits engineers who build self-service catalog experiences and automation workflows, provided they understand the administrative consequences of those designs.
A candidate whose experience is limited to opening the user interface should postpone the exam and build a working environment first. You should be able to explain what each major service does, identify where a configuration belongs, and trace a failed request from the consumer-facing action through provisioning and the target environment.
Which skills belong on your study plan?
Build your preparation around the official candidate profile rather than an unofficial topic list. The profile covers Aria Automation Assembler, Consumption, Pipelines, Config, Orchestrator, extensibility, identity and access management, SaaS connectivity, Kubernetes concepts, cloud foundations, and the administration and troubleshooting of Aria Automation 8.10.
The guide does not supply a verified percentage blueprint in the provided research. Do not assign study time from unsupported domain weights or compare bare percentages. Instead, use the capabilities below as a coverage checklist, then give extra laboratory time to areas where you cannot perform or troubleshoot a task without documentation.
Basic cloud concepts also matter. The candidate profile identifies public, private, and hybrid cloud, multi-tenancy, storage, networking, and security. These concepts provide the context for design and administration decisions: a provisioning request is not complete merely because a catalog item launches; it must reach an appropriate endpoint under the intended access, network, storage, and tenancy controls.
Aria Automation Assembler and cloud connections
Study how infrastructure is represented, targeted, and provisioned. Practice relating cloud accounts, regions or zones, projects, networks, storage, image or template choices, and deployment constraints. Your aim is to understand why a deployment selects one resource and rejects another, not simply to remember navigation labels.
Include connectivity to VMware Aria Automation SaaS for private or public cloud endpoints. Work through the dependencies that make an endpoint usable, then deliberately break one dependency and record the symptom. This creates a troubleshooting model that is more durable than a list of configuration fields.
Consumption and self-service
Consumption is the consumer-facing side of governed provisioning. Prepare to reason about how services are presented, how requests are controlled, and how deployments are monitored after approval or submission. Trace the relationship between what a user sees and the underlying design and infrastructure configuration.
Use a small service scenario in the lab: define a request, apply the intended project or policy context, provision it, inspect the resulting deployment, and remove it cleanly. Document which control belongs to the catalog experience and which belongs to the underlying infrastructure design.
Pipelines, Config, and Orchestrator
The candidate profile calls for working knowledge of Pipelines, Config, and Orchestrator. Study how these capabilities support repeatable delivery, configuration management, and workflow-driven automation. Be ready to distinguish a deployment definition from a pipeline action, a configuration operation, and an orchestration workflow.
For each tool, write a short execution path: trigger, inputs, permissions, action, target, output, and failure point. Then implement a modest workflow rather than attempting a large showcase project. Small exercises expose missing credentials, endpoint assumptions, variable handling, and sequencing errors quickly.
Extensibility, IAM, and Kubernetes context
Extensibility and identity and access management are explicit parts of the profile. Prepare to connect user identity, roles, projects, permissions, and automation behavior. Also cover the basic Kubernetes clusters and zones concepts as they relate to Aria Automation; the available evidence does not support treating this as a separate Kubernetes administration certification.
Avoid a common study error: learning product features without asking which identity is performing an action and which resource boundary applies. In practice, many apparent provisioning defects are scope, permission, credential, or endpoint problems. Your notes should associate each operation with its actor and authorization context.
Lifecycle management and operations
The exam guide expects familiarity with VMware Aria Suite Lifecycle Manager for managing Aria Automation. Include installation, configuration, service administration, upgrade or maintenance considerations covered by your authorized product documentation, and the relationship between lifecycle management and the Aria Automation services it controls.
The profile also includes managing, maintaining, and troubleshooting Aria Automation 8.10 and SaaS solutions. Build an operations checklist covering service health, connectivity, authentication, provisioning status, logs or diagnostic evidence, dependency checks, and recovery decisions. The precise interface can vary, but the reasoning sequence should remain clear.
What are the exam format and delivery details?
The official preparation guide states that the exam contains 64 items, uses a passing score of 300 on a scaled scoring method, and provides a 130-minute appointment time. The appointment includes additional time intended to help non-native English speakers complete the exam. The exam is delivered as a proctored exam through Pearson VUE.
These are official exam facts from the supplied preparation guide, not estimates based on practice-test performance. Check the current scheduling interface and candidate instructions before booking because delivery policies and registration details are operational information that may change.
A scaled passing score should not be treated as a simple percentage target. Do not infer how many items you may miss from the score of 300. Use practice results to identify weak skills and explanation quality, not to calculate a guaranteed pass threshold.
How should you use the appointment time?
Plan to answer efficiently, but do not rush unfamiliar scenario wording. Read the requested outcome first, identify the relevant product area, eliminate options that violate the stated scope or dependency, and then choose the response that best fits the scenario. Mark a genuinely uncertain item and return to it if the interface permits.
Practise this process with original study questions and lab scenarios, not recalled or leaked exam content. Memorizing dumps does not establish competence, guarantee a passing result, and can leave you unable to distinguish similar administrative choices.
What should you verify before booking?
Your first scheduling decision is certification eligibility, not study-material selection. If you are pursuing VCP-CMA 2024 for the first time, the supplied VMware Japan guidance describes a path involving a required course and the corresponding VCP exam, while the specific Aria Automation option lists a required Aria Automation course choice. If you already hold an eligible VCP, an upgrade-by-exam route may remove the course requirement.
The available guidance is explicitly time-bound: its course and exam lists were stated as of February 2024 and can change without prior notice. Confirm your route in the current official VCP certification system and make sure the certification record and exam account use the same identity or account context where required by the current process.
Do not assume that holding a different technology certification automatically satisfies the route. Eligibility depends on the solution track, certification version, and current rules. Resolve that question before paying for training or selecting an appointment.
First-time certification route
For a first VCP certification, the supplied guidance says candidates generally attend a required course and pass the corresponding VCP exam; it also notes that the order does not necessarily have to be course first and exam second. For 2V0-31.23 specifically, the listed Aria Automation path identifies Aria Automation as the course option and references Aria Automation courses such as Install, Configure, Manage and Advanced Topics.
Because the source material is historical, treat the named course list as a verification point rather than a permanent catalogue. Open the current VCP-CMA page, check the path for candidates with no VCP certifications, and confirm the accepted course version before enrolling.
The same guidance states that vSphere Foundations Exam and Delta Exam are no longer available in the described VCP 2024 process. Do not add either exam to a new study schedule unless the current official route says otherwise.
Upgrade from the same solution track
The supplied same-track guidance says a candidate can acquire a newer VCP in the same solution track without taking another course or vSphere Foundations Exam, with an upgrade of up to three versions. It gives VCP-CMA as an example in which versions 2023, 2022, or 2021 could upgrade directly to VCP-CMA 2024 by passing the qualifying exam.
This route is for an eligible existing certification, not a shortcut for every candidate who has used Aria Automation. The same guidance says VCP 2020 or older is not capable of upgrade under that description and that an exam already taken and passed is not applicable for the upgrade. Check your exact certification record before relying on the route.
Upgrade from a different solution track
The different-track guidance describes direct upgrade to VCP-CMA 2024 by passing the VCP-CMA exam when the existing VCP is in another eligible solution track with a 2021 version or newer, subject to the stated exclusions and current rules. It also says course attendance can be skipped for that upgrade route and that the upgrade limit is up to three versions.
Do not generalize this rule to Spring Professional or to an older certification without checking the current eligibility table. The guidance identifies exceptions and says an exam previously taken and passed cannot be reused for the upgrade.
How should you build a practical lab?
A useful lab should let you follow a request from identity and project scope through cloud placement, provisioning, operation, and cleanup. It does not need to reproduce an enterprise estate. It needs enough variation to show how endpoints, permissions, networks, storage, automation, and failures interact.
Start with a repeatable baseline and record every assumption: product version, service state, account or endpoint, identity, network, image or template, project, and intended result. Take notes while the system works, then alter one condition at a time. This turns troubleshooting into evidence-based isolation rather than guesswork.
Use the lab to answer “where is this controlled?” for every major behavior. If you cannot identify whether a result comes from a project, policy, cloud account, template, workflow, or endpoint, add a focused exercise before moving to practice questions.
A sensible lab sequence
First, establish access and platform health. Confirm the services and accounts you need, inspect the administrative boundaries, and learn where health and diagnostic information is exposed. Next, configure a simple cloud connection and validate it before adding more endpoints or automation.
Then create a basic deployment path. Include a project or equivalent organizational scope, a network and storage choice, a workload definition, and a clean teardown. Repeat the deployment after changing one constraint so you can explain the selection behavior.
After the basic path works, add self-service presentation, a pipeline or configuration action, and an Orchestrator workflow. Finish with SaaS connectivity and a Kubernetes-related exercise appropriate to the profile. Keep each exercise small enough that you can identify the failing component.
Faults worth practising
Practise failures involving unavailable credentials, incorrect permissions, unreachable endpoints, invalid placement constraints, missing network or storage resources, and an automation step that receives the wrong input. These scenarios force you to separate authentication, connectivity, resource selection, and workflow logic.
For each fault, write four lines: expected behavior, observed symptom, evidence to inspect, and corrective action. Add a fifth line describing how you would verify the fix. This format trains the diagnostic discipline needed for administration questions without pretending to reproduce live exam items.
What study sequence is most efficient?
Study in dependency order: platform and cloud foundations first, then core Aria Automation administration, then self-service and automation, followed by security, Kubernetes context, and troubleshooting integration. This order prevents you from memorizing higher-level features without understanding the services and permissions beneath them.
Use three evidence sources in your notes: official exam objectives and candidate profile, authorized product documentation or training, and your own lab observations. Label each note as a product fact, a configuration procedure, or a diagnostic inference. That distinction helps when several answers sound plausible but only one fits the stated condition.
A six-stage roadmap
Stage one is a gap assessment. Read the official candidate profile and rate each capability as can perform, can explain, or unfamiliar. Put every unfamiliar item and every “can explain” item into a study backlog. Do not begin by taking repeated quizzes; first find the missing skill.
Stage two is cloud and platform foundation. Review public, private, and hybrid cloud, multi-tenancy, storage, networking, and security. Map those concepts to Aria Automation objects and to the outcomes a consumer expects from a self-service request.
Stage three is core administration. Work through installation or deployment concepts, standard and clustered deployment considerations, Suite Lifecycle Manager familiarity, service health, endpoint connectivity, and routine maintenance. Rebuild at least one path from a clean baseline or documented starting state.
Stage four is provisioning and self-service. Practise Assembler and Consumption together. Create a request, apply organizational scope and constraints, provision a workload, inspect its state, and remove it. Explain each decision in your own words before consulting notes.
Stage five is automation and integration. Cover Pipelines, Config, Orchestrator, extensibility, IAM, SaaS connectivity, and the profile’s Kubernetes clusters and zones concepts. Use short workflows and deliberately invalid inputs to test how the system responds.
Stage six is validation. Revisit the weakest tasks in the lab, then use practice questions only to test reasoning. For every incorrect answer, identify the missing concept, the misleading assumption, and the lab action that would make the distinction concrete. Schedule only after your explanations are consistent and your eligibility is confirmed.
How should you revise during the final phase?
In the final phase, stop expanding the scope of your notes. Consolidate a decision sheet covering object relationships, identity and project boundaries, endpoint dependencies, provisioning flow, lifecycle management, and troubleshooting evidence. Re-run short lab tasks from memory and verify the result afterward.
Use timed question sessions to practise reading and prioritization, but do not mistake speed for readiness. A strong final review can explain why the correct option works and why the alternatives fail under the stated conditions. If your uncertainty comes from missing product experience, return to the lab rather than collecting another summary.
Which mistakes commonly waste preparation time?
The most expensive mistakes are usually planning errors: booking before confirming the certification path, treating the exam as a vocabulary test, studying only the consumer interface, and relying on unsupported blueprint assumptions. Correct these by tying every study activity to a candidate-profile capability and a practical action.
A second mistake is broad but shallow coverage. Reading about every feature does not replace tracing one deployment through identity, project scope, endpoint selection, resource placement, automation, and cleanup. A smaller number of fully understood workflows produces better diagnostic judgment than an unconnected catalogue of definitions.
A third mistake is ignoring maintenance and failure analysis. The profile explicitly includes managing, maintaining, and troubleshooting Aria Automation 8.10 and SaaS solutions. Reserve study time for health checks, dependency analysis, and verification after a corrective change.
A pre-booking checklist
Confirm that the exam name and code in the current official system match VMware Aria Automation 8.10 Professional and 2V0-31.23. Confirm whether you are following the first-time route or an upgrade route. Verify any required course, eligible prior certification, account details, delivery instructions, and current appointment information before committing.
Make a final readiness decision from evidence: you can perform the core tasks, explain the candidate-profile areas, diagnose controlled faults, and complete practice sessions without depending on recalled exam material. If one of those conditions is missing, set a concrete lab objective before booking.
What should you do next?
Begin by checking your certification route in the current official VMware or Broadcom certification information, then download the current preparation material and create a capability checklist from the candidate profile. Your next technical action should be a small end-to-end lab: authenticate, select the correct scope and endpoint, provision a basic workload, inspect it, and clean it up.
After that baseline succeeds, expand into Consumption, Pipelines, Config, Orchestrator, extensibility, IAM, SaaS connectivity, lifecycle management, and Kubernetes-related concepts. Record failures and corrections. This gives you a defensible basis for deciding when to schedule rather than relying on a generic number of study days or a practice-test score.
Conclusion
2V0-31.23 preparation is strongest when it mirrors the administrator’s real responsibility: make Aria Automation available, connect it to appropriate resources, govern self-service, automate repeatable work, and restore service when a dependency fails. Confirm the current eligibility route before booking, use the official candidate profile to control scope, and use hands-on evidence to decide readiness. The supplied exam guide confirms the tested format and delivery facts, but it does not justify invented domain weights or a guaranteed pass formula.