The 6V0-22.25 exam validates your expertise as a VMware Avi Load Balancer Administrator within the VMware Certified Professional (VCP) VMware Avi Load Balancer Administrator credential path. This exam measures your ability to design, deploy, configure, and manage VMware Avi Load Balancer 30.x in production environments. Whether you are advancing your infrastructure skills or pursuing formal VMware certification, this page provides a clear roadmap of exam topics, question formats, and preparation strategies. Use the resources and guidance below to build confidence and ensure comprehensive coverage of all tested domains.
Use this topic map to guide your study for VMware 6V0-22.25 (VMware Avi Load Balancer 30.x Administrator) within the VMware Certified Professional, VCP VMware Avi Load Balancer Administrator path.
The 6V0-22.25 exam combines multiple question types to assess both foundational knowledge and practical decision-making. Questions progress in difficulty and emphasize real-world scenarios you will encounter as an Avi Load Balancer administrator.
Questions are designed to reward hands-on experience and conceptual understanding, not memorization alone.
An effective study plan distributes effort across all seven domains while building connections between planning, configuration, operations, and troubleshooting. Allocate 4-6 weeks for thorough preparation, with weekly focus areas aligned to your current role and experience level.
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Installing, Configuring, and Setup, and Administrative and Operational Tasks typically represent the largest portion of the exam because they reflect day-to-day responsibilities. However, all seven domains are tested, so balanced preparation across Architecture and Technologies, VMware Products and Solutions, Planning and Designing, Performance-tuning, Optimization, Upgrades, and Troubleshooting and Repairing is essential for a strong score.
In practice, these domains form a workflow: Planning and Designing informs your Architecture and Technologies decisions, which guide Installing, Configuring, and Setup tasks. Once deployed, Administrative and Operational Tasks keep the system running, while Performance-tuning, Optimization, Upgrades refine efficiency, and Troubleshooting and Repairing resolve issues. Understanding these connections helps you answer scenario-based questions and apply knowledge to real deployments.
Hands-on experience with Avi Controller and Service Engine deployment, virtual service configuration, and basic troubleshooting is highly valuable. Prioritize labs that cover Controller cluster setup, Service Engine provisioning, virtual service creation, and log review. If you have limited lab access, focus on configuration tasks and administrative workflows that appear frequently in practice questions.
Many candidates underestimate the depth of Troubleshooting and Repairing questions and struggle with scenario-based items that require multi-step reasoning. Others confuse Avi-specific features with generic load balancing concepts. Avoid these pitfalls by practicing scenario questions, reviewing detailed explanations, and studying real-world use cases that highlight Avi's unique capabilities and integration with VMware solutions.
Focus on high-miss topics from your practice tests and re-read explanations for scenario-based questions. Create a quick reference sheet of key terms, configuration parameters, and troubleshooting workflows. Take one final timed practice test to confirm pacing and identify any last-minute gaps. Avoid cramming new material; instead, reinforce what you have already learned and build confidence in your knowledge.
Which three statements are true for Connection Multiplexing? Choose three.
Connection Multiplexing is an HTTP application-profile feature that allows Avi to reuse server-side TCP connections for multiple client requests. Because it is an HTTP request-switching and server TCP connection reuse function, it does not apply to UDP traffic. Avi documentation states that connection multiplexing controls HTTP/1.0 and HTTP/1.1 request switching and reuse of server TCP connections. The main performance benefit is that it reduces the number of server-side TCP connections, lowering connection setup overhead on backend servers. It is not compatible with NTLM authentication because NTLM depends on connection-oriented authentication semantics; reusing server connections for different client requests can break that assumption. Therefore, the true statements are that it does not support UDP, is not compatible with NTLM, and reduces server-side connections.
Which function cannot be used to create custom client logs?
Avi Load Balancer supports client logging through Virtual Service analytics and client log filters. Client log filters are specifically designed to capture selected traffic, such as traffic from a chosen client IP address or matching log conditions. DataScripts can also write custom log data; VMware Avi DataScript documentation describes log-related functions and examples for creating local logs with custom data. HTTP policies can affect request and response processing and can be used with logging and analytics workflows. However, Custom Alert Config is for alert generation based on events or conditions; it is not a mechanism for creating custom client log entries. Therefore, the option that cannot be used to create custom client logs is Custom Alert Config.
Which Virtual Service policy object can be used to serve a static web page if a rule is matched?
Avi Load Balancer Virtual Service policies allow administrators to customize how traffic is processed at different stages. VMware Avi documentation describes Virtual Service policies as supporting advanced customization for network-layer security, HTTP security, HTTP requests, and HTTP responses. For serving a static page when a matching condition is met, the action must occur while processing the incoming HTTP request, before the request is forwarded to a backend pool. An HTTP Request Policy can match request conditions and take actions such as redirecting, switching pools, or sending a local response. A Custom Error Page is used for Avi-generated error responses, an HTTP Response Policy acts on the response path, and a Network Security Policy operates at a lower network/security layer. Therefore, the correct policy object is HTTP Request Policy.
An operator observes that the health score for a Virtual Service has reduced. When hovering over the health score popup, the operator sees a Security Penalty of -20 has been applied. Which issue is the most likely cause of this reduced score?
Avi Load Balancer health score includes multiple penalty categories, including security penalties. VMware Avi documentation for SSL certificate expiration explains that a certificate approaching expiry can reduce the Virtual Service health score. Specifically, when a certificate is within 30 days of expiration, Avi applies a 20-point security penalty to the Virtual Service, which caps the maximum health score at 80. This exactly matches the question's stated Security Penalty of -20. CPU utilization on the Service Engine would align more closely with a resource or performance impact, not a certificate-related security penalty. A health monitor protocol mismatch could mark servers down, but it does not correspond to the documented -20 SSL certificate security penalty.
Which High Availability mode should be used for an application that cannot be SNATed?
Applications that cannot be SNATed require preservation of the original client IP address. In Avi Load Balancer, preserving client IP is mutually exclusive with SNAT, because the Service Engine must forward traffic without replacing the source address. VMware Avi documentation for Preserve Client IP describes specific requirements and caveats for non-SNAT traffic handling. For this model, the Service Engine Group must use Legacy Active-Standby behavior, where the Virtual Service is active on one Service Engine and failover behavior is predictable. Elastic Active-Active mode generally relies on distributed placement and typically uses SNAT for symmetric return traffic handling. Therefore, when an application cannot use SNAT and must preserve the client IP address, the correct HA mode is Legacy Active-Standby.
