Exam Code: 2V0-13.25
Exam Name: VMware Cloud Foundation 9.0 Architect
Price: $68.00 $58.88
Exam Questions: 115 Q&As
Last Updated: 2026-09-17
Prepare for the VMware Cloud Foundation 9.0 Architect 2V0-13.25 exam with design scenarios covering manageability, availability, performance, recoverability, security, monitoring, capacity, and migration.
The exam measures whether you can turn stakeholder needs into a defensible VCF design, document the tradeoffs, and select an architecture that fits the customer's technical and business constraints.
Passing 2V0-13.25 earns the VCP-VCF Architect certification. The exam is based on VMware Cloud Foundation 9.0 and focuses on architecture decisions rather than routine product administration.
A minimally qualified candidate can separate business goals from technical requirements, move from a conceptual model to logical and physical designs, and assess how risks, assumptions, dependencies, and constraints affect a VCF solution.
The official guide describes a candidate with one to two years of VMware solution design experience, including at least six months working with VCF. Familiarity with vSphere, vSAN, NSX, Aria Suite, DNS, NTP, capacity planning, disaster recovery, interoperability, and compatibility is expected.
Expect a short discovery statement followed by requirements, constraints, or design goals. Several options may be technically possible. The best answer is the one that satisfies the stated need without breaking isolation, availability, supportability, or another documented design quality.
VMware uses five standardized blueprint headings, but the current 2V0-13.25 guide lists testable objectives only in Sections 1, 2, and 3. Sections 4 and 5 have no testable objectives in this exam version. Broadcom does not publish percentage weights for the three included sections.
Differentiate business and technical requirements, conceptual, logical, and physical designs, and requirements, assumptions, constraints, and risks. You must also classify AMPRS qualities, develop risk mitigation and validation strategies, and document design decisions with their requirements and implications.
Given a scenario, distinguish between VMware Cloud Foundation architecture options. The challenge is not recalling a product list. It is selecting the topology and platform approach that fits the stated operating model.
Gather requirements, build conceptual models, and create VCF logical and physical designs. Scenarios cover Fleet topologies, management and workload domains, network infrastructure, VCF Networking, Automation, Operations, availability, lifecycle, scale, capacity, performance, BCDR, security, migration, self-service, governance, modern applications, and monitoring.
The current official guide lists no testable objectives in this section. Product configuration knowledge still helps you judge whether a proposed architecture is practical, but this is not an administration exam.
The current official guide lists no testable objectives in this section. Troubleshooting details matter only when they support a design decision, validation plan, operational requirement, or documented risk.
Constraint versus requirement: a requirement states what the solution must achieve; a constraint limits how it can be achieved. Availability versus recoverability: redundancy keeps a service running through a fault, while recovery restores it after disruption. Logical versus physical design: logical design describes functions and relationships; physical design assigns them to concrete infrastructure and locations.
Days 1 and 2: design terminology, AMPRS, risks, assumptions, constraints, decisions, and validation. Days 3 and 4: VCF Fleet, management and workload domains, network, Automation, and Operations designs. Day 5: availability, capacity, performance, BCDR, and security. Day 6: migration, consumption, governance, and monitoring. Day 7: complete a timed mixed set and review why each distractor fails.
Read each discovery statement before looking at the options. Mark the governing requirement or constraint, then choose the design decision that satisfies it. The following questions are independent practice material, not official Broadcom exam items.
Discovery: Multiple business units, including units added through acquisitions, have separate Active Directory instances. Each unit operates independently and requires dedicated development environments.
Requirement: Provide self-service provisioning through VCF Automation.
Which two design decisions should be included? (Choose two.)
Correct answers: B, C
Explanation: A tenant per business unit provides the required separation. Connecting each tenant to that unit's AD preserves its independent identity boundary while still allowing self-service provisioning.
Design clue: Separate identity providers and independent operation point to tenant isolation, not merely resource grouping inside one tenant.
Common mistake: Choosing D because projects can separate users and resources. Projects are useful inside a tenant, but they do not provide the independent AD boundary required here.
Why the other options are wrong: A centralizes authentication and contradicts the discovery statement. D alone provides insufficient tenant isolation. E assigns identity integration at the wrong scope.
Requirement: Ensure all management components are redundant at the component level. Which design quality should classify this requirement?
Correct answer: C
Explanation: Component redundancy allows the management service to remain accessible when an individual component fails. That is an availability design goal.
Design clue: Ask whether the control prevents or tolerates an interruption, or restores service after one. Redundancy tolerates the fault while the service remains available.
Common mistake: Selecting recoverability because failure is mentioned. Recoverability applies to restoring the service and its data after an outage.
Why the other options are wrong: Performance concerns response and throughput. Manageability concerns operating and maintaining the platform. Recoverability concerns restoration, not component-level continuity.
An architect is designing a VCF solution. During discovery, the customer provides these availability requirements:
Business-critical workloads: RPO = 2 hours
Infrastructure components: RTO = 8 hours
What does the RTO metric represent?
Correct answer: A
Explanation: Recovery Time Objective is the maximum acceptable time for restoring a service after disruption. Here, the infrastructure components must return to a usable state within eight hours.
Memory aid: RTO measures time to restore. RPO identifies the acceptable recovery point and therefore the maximum data exposure measured in time.
Common mistake: Matching the two-hour value with RTO simply because it is the smaller and more demanding target.
Why the other options are wrong: B describes RPO. C reverses the idea of acceptable data loss. D says minimum duration, but an objective sets the maximum tolerated recovery time.
Which two VCF components are replicated across availability zones in a VMware Cloud Foundation Fleet with Disaster Recovery model design that uses two availability zones? (Choose two.)
Correct answers: B, D
Explanation: The design replicates vCenter to preserve vSphere management and NSX to preserve network control and services across the two availability zones.
Design clue: Separate the management and network control components required by the DR topology from optional platform services that need their own availability design.
Common mistake: Selecting every management product because the phrase "Fleet with Disaster Recovery" sounds like automatic replication of the entire management stack.
Why the other options are wrong: SDDC Manager is a Fleet-level component and is not replicated per availability zone in this model. VCF Automation and VCF Operations are not automatically replicated by the stated DR design.
During an initial stakeholder meeting, a stakeholder states: "According to the hardware standards, all new host server hardware must use our selected vendor and server model."
How should the architect classify this statement?
Correct answer: B
Explanation: The corporate hardware standard restricts the architect to one vendor and server model. It limits the available design choices, so it is a constraint.
Design clue: Words such as "must use," "cannot change," and "limited to" often identify a constraint when they prescribe how the solution must be built.
Common mistake: Calling every mandatory statement a requirement. A requirement describes a capability or outcome the solution must deliver; this statement restricts the permitted implementation.
Why the other options are wrong: An assumption is accepted as true until validated. A requirement describes a needed outcome. A risk is an uncertain event or condition that could affect the design.
Content is reviewed when Broadcom changes the exam guide or relevant VCF 9 design guidance. Check the product page for the latest update date before purchasing.
Yes. The five examples above show the scenario format, answer explanations, design clues, common mistakes, and analysis of the distractors.
No. They are independent study material and are not official, authorized, or endorsed Broadcom exam questions.
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Work through requirements, constraints, AMPRS qualities, VCF topologies, logical and physical designs, BCDR, security, migration, automation, and monitoring scenarios.
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