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Question 1

Which two types of standard controller Actions are available to be created? (Choose two.)

Resolve
Close Incident
Undeploy
Email
Thread Dump

Correct answer: DE

Explanation:

According to the Actions document1, there are four types of standard controller actions that are available to be created: Notification, Diagnostic, Remediation, and JIRA. Each type of action has different subtypes that perform specific tasks. For example, the Notification type includes Email, SMS, and HTTP Request subtypes, while the Diagnostic type includes Thread Dump, Heap Dump, and Diagnostic Session subtypes. Therefore, the correct answer is D and E, as Email and Thread Dump are subtypes of standard controller actions. Resolve, Close Incident, and Undeploy are not standard controller actions, but they may be custom actions that are created by the user or the administrator.Reference:Actions

According to the Actions document1, there are four types of standard controller actions that are available to be created: Notification, Diagnostic, Remediation, and JIRA. Each type of action has different subtypes that perform specific tasks. For example, the Notification type includes Email, SMS, and HTTP Request subtypes, while the Diagnostic type includes Thread Dump, Heap Dump, and Diagnostic Session subtypes. Therefore, the correct answer is D and E, as Email and Thread Dump are subtypes of standard controller actions. Resolve, Close Incident, and Undeploy are not standard controller actions, but they may be custom actions that are created by the user or the administrator.

Reference:

Actions

Question 2

In AppDynamics. what are two places you would find metrics to be added to a custom dashboard? (Choose two.)

the Health Rules configuration
the Node list
the JMX tab on the Node
the Metric Browser

Correct answer: CD

Explanation:

Metrics are the numerical values that AppDynamics collects and reports to measure the performance and availability of your applications and their components. You can use metrics to create custom dashboards that display the data that is relevant to your needs and interests.According to theMetrics - AppDynamics, the following two places are where you would find metrics to be added to a custom dashboard:The JMX tab on the Node: This tab shows the Java Management Extensions (JMX) metrics that are exposed by the Java Virtual Machine (JVM) or the application server. JMX metrics provide information about the JVM memory, threads, garbage collection, and other aspects of the Java environment. You can add JMX metrics to a custom dashboard by selecting them from the metric browser tree and dragging them to the dashboard canvas.The Metric Browser: This is a tool that allows you to browse, search, and view all the metrics that are available in AppDynamics. The metric browser shows the metrics in a hierarchical tree structure that reflects the logical organization of your applications and their components. You can add metrics to a custom dashboard by selecting them from the metric browser tree and dragging them to the dashboard canvas. Therefore,C(the JMX tab on the Node) andD(the Metric Browser) are two places where you would find metrics to be added to a custom dashboard.Reference:Metrics - AppDynamicsCustom Dashboards - AppDynamicsCisco AppDynamics Associate Administrator Certification

Metrics are the numerical values that AppDynamics collects and reports to measure the performance and availability of your applications and their components. You can use metrics to create custom dashboards that display the data that is relevant to your needs and interests.

According to theMetrics - AppDynamics, the following two places are where you would find metrics to be added to a custom dashboard:

The JMX tab on the Node: This tab shows the Java Management Extensions (JMX) metrics that are exposed by the Java Virtual Machine (JVM) or the application server. JMX metrics provide information about the JVM memory, threads, garbage collection, and other aspects of the Java environment. You can add JMX metrics to a custom dashboard by selecting them from the metric browser tree and dragging them to the dashboard canvas.

The Metric Browser: This is a tool that allows you to browse, search, and view all the metrics that are available in AppDynamics. The metric browser shows the metrics in a hierarchical tree structure that reflects the logical organization of your applications and their components. You can add metrics to a custom dashboard by selecting them from the metric browser tree and dragging them to the dashboard canvas.

Therefore,C(the JMX tab on the Node) andD(the Metric Browser) are two places where you would find metrics to be added to a custom dashboard.

Reference:

Metrics - AppDynamics

Custom Dashboards - AppDynamics

Cisco AppDynamics Associate Administrator Certification

Question 3

What is used to capture application data in a single Business Transaction?

Data Collector
Windows Performance Counters
Information Point
MX Rules

Correct answer: A

Explanation:

A data collector is used to capture application data in a single business transaction. A data collector is a configuration that specifies what data to capture from a business transaction and how to store it in the AppDynamics Controller or the analytics platform. You can capture data from HTTP requests, method invocations, custom fields, or information points. You can also apply filters and transformations to the captured data. The captured data can be used for various purposes, such as adding context to business transactions, creating custom metrics, triggering health rules, enriching transaction analytics, or creating business journeys.https://university.appdynamics.com/certifications/associate-administratorhttps://docs.appdynamics.com/appd/22.x/latest/en/application-monitoring/business-transactions

A data collector is used to capture application data in a single business transaction. A data collector is a configuration that specifies what data to capture from a business transaction and how to store it in the AppDynamics Controller or the analytics platform. You can capture data from HTTP requests, method invocations, custom fields, or information points. You can also apply filters and transformations to the captured data. The captured data can be used for various purposes, such as adding context to business transactions, creating custom metrics, triggering health rules, enriching transaction analytics, or creating business journeys.

https://university.appdynamics.com/certifications/associate-administrator

https://docs.appdynamics.com/appd/22.x/latest/en/application-monitoring/business-transactions

Question 4

You have validated that the agent is able to register and communicate with the controller successfully by reviewing the agent and controller logs. However in the controller Ul, you do not see the agent report under Tiers and Nodes where it was expected. Where in the controller Ul would you find this information that shows the current Application. Tier, and Node the agent currently reports to?

under View my settings, AppDynamics Agents section
under View my settings, License section
under View my settings, Administration section
under Application. Troubleshoot section

Correct answer: A

Explanation:

To find the information that shows the current application, tier, and node that the agent currently reports to, you can go to View my settings > AppDynamics Agents section in the Controller UI. This section shows you the list of agents that are connected to the Controller, along with their status, version, application, tier, and node names.You can also filter the list by agent type, status, or application1Reference:1:AppDynamics Agents

Question 5

Which three types of performance degradation analysis are used with Business Transaction metrics? (Choose three.)

Correlation Analysis
Remote Services Analysis
Scalability Analysis
JMX Analysis
Compare Releases

Correct answer: ABE

Explanation:

Business Transaction metrics are the key performance indicators that measure the health and performance of your applications. They include metrics such as average response time, calls per minute, errors per minute, and so on. You can use various types of performance degradation analysis to identify and troubleshoot the root causes of performance issues using Business Transaction metrics.According to theTroubleshoot Business Transactions - AppDynamics, the following types of performance degradation analysis are used with Business Transaction metrics:Correlation Analysis: This type of analysis helps you to find the correlation between different metrics and events that may affect the performance of your Business Transactions. For example, you can use the correlation analysis to see how the response time of a Business Transaction is related to the CPU utilization of a node, or how the error rate of a Business Transaction is related to the number of slow database calls.Remote Services Analysis: This type of analysis helps you to understand how the performance of your Business Transactions is impacted by the calls to remote services, such as databases, web services, message queues, and so on. For example, you can use the remote services analysis to see the response time, call count, error count, and wait time of each remote service call, and drill down to the details of each call.Compare Releases: This type of analysis helps you to compare the performance of your Business Transactions across different releases of your application. For example, you can use the compare releases analysis to see how the response time, error rate, and throughput of your Business Transactions have changed after a new deployment, and identify any performance regressions or improvements.Therefore,A(Correlation Analysis),B(Remote Services Analysis), andE(Compare Releases) are three types of performance degradation analysis that are used with Business Transaction metrics.Reference:Troubleshoot Business Transactions - AppDynamicsBusiness Transaction - AppDynamicsCisco AppDynamics Associate Performance Analyst Certification

Business Transaction metrics are the key performance indicators that measure the health and performance of your applications. They include metrics such as average response time, calls per minute, errors per minute, and so on. You can use various types of performance degradation analysis to identify and troubleshoot the root causes of performance issues using Business Transaction metrics.

According to theTroubleshoot Business Transactions - AppDynamics, the following types of performance degradation analysis are used with Business Transaction metrics:

Correlation Analysis: This type of analysis helps you to find the correlation between different metrics and events that may affect the performance of your Business Transactions. For example, you can use the correlation analysis to see how the response time of a Business Transaction is related to the CPU utilization of a node, or how the error rate of a Business Transaction is related to the number of slow database calls.

Remote Services Analysis: This type of analysis helps you to understand how the performance of your Business Transactions is impacted by the calls to remote services, such as databases, web services, message queues, and so on. For example, you can use the remote services analysis to see the response time, call count, error count, and wait time of each remote service call, and drill down to the details of each call.

Compare Releases: This type of analysis helps you to compare the performance of your Business Transactions across different releases of your application. For example, you can use the compare releases analysis to see how the response time, error rate, and throughput of your Business Transactions have changed after a new deployment, and identify any performance regressions or improvements.

Therefore,A(Correlation Analysis),B(Remote Services Analysis), andE(Compare Releases) are three types of performance degradation analysis that are used with Business Transaction metrics.

Reference:

Troubleshoot Business Transactions - AppDynamics

Business Transaction - AppDynamics

Cisco AppDynamics Associate Performance Analyst Certification

Question 6

Which two statements about Health Rules are true? (Choose two.)

It sends an email
It remediates a problem
It changes the status of a KPI
Status changes are represented as an event

Correct answer: CD

Explanation:

Health Rules are the rules that define the normal or expected behavior of your application, such as the response time, error rate, or CPU utilization of a business transaction, tier, node, or backend. You can create health rules to monitor the performance and availability of your application and its components. When a health rule is violated, it changes the status of the corresponding key performance indicator (KPI) from normal to warning or critical, depending on the severity of the violation. The status change is also represented as an event in the AppDynamics Controller UI, which can trigger alerts, policies, and actions. You can view the health rule events in the Events tab of the application dashboard, or in the Health tab of the entity dashboard.https://developer.cisco.com/docs/appdynamics/health-rules/https://university.appdynamics.com/certifications/associate-administrator

Health Rules are the rules that define the normal or expected behavior of your application, such as the response time, error rate, or CPU utilization of a business transaction, tier, node, or backend. You can create health rules to monitor the performance and availability of your application and its components. When a health rule is violated, it changes the status of the corresponding key performance indicator (KPI) from normal to warning or critical, depending on the severity of the violation. The status change is also represented as an event in the AppDynamics Controller UI, which can trigger alerts, policies, and actions. You can view the health rule events in the Events tab of the application dashboard, or in the Health tab of the entity dashboard.

https://developer.cisco.com/docs/appdynamics/health-rules/

https://university.appdynamics.com/certifications/associate-administrator

Question 7

What is the main benefit of defining Database Collectors?

You can see which applications are calling a database
You can view the calls per minute from each instrumented application
You can view session data.
You can clean up stale database connections

Correct answer: A

Explanation:

The main benefit of defining Database Collectors is that you can see which applications are calling a database and how they impact the database performance.Database Collectors enable the Database Agent to collect data from your database instances and database servers, such as metrics, queries, sessions, wait states, and more1You can also link a database on the application flow maps to a database instance monitored by Database Visibility, which allows you to see the correlation between the application and the database2Reference:1:Add Database Collectors2: [Link a Database on the Application Flow Map to a Database Instance Monitored by Database Visibility]

Question 8

While troubleshooting a performance issue on a Java application the engineer determines there is a possible memory leak in the JVM Using AppDynamics, how would the engineer determine rf there is a memory leak?

Examine the values on the Server tab on one of the affected Nodes.
Configure Object Instance Tracking on the Tier in question.
Verify and adjust the Memory Monitoring configuration for the Tier in question
Analyze the information on the Memory tab on one of the affected Nodes

Correct answer: D

Explanation:

According to the Java Memory Leaks document1, one of the ways to detect and troubleshoot Java memory leaks is to use the Automatic Leak Detection feature on the Memory tab of the Node Dashboard. This feature captures and analyzes the collections that are actively used and growing in size over time, indicating a potential memory leak. You can also drill down into the leaking collections to see the content summary and the access traces that show the code path and the business transactions that access the collection. Therefore, the correct answer is D. Examining the values on the Server tab, configuring Object Instance Tracking, or verifying and adjusting the Memory Monitoring configuration may not directly reveal the source of the memory leak, but they may provide some useful information or metrics to support the diagnosis.Reference:Java Memory Leaks

According to the Java Memory Leaks document1, one of the ways to detect and troubleshoot Java memory leaks is to use the Automatic Leak Detection feature on the Memory tab of the Node Dashboard. This feature captures and analyzes the collections that are actively used and growing in size over time, indicating a potential memory leak. You can also drill down into the leaking collections to see the content summary and the access traces that show the code path and the business transactions that access the collection. Therefore, the correct answer is D. Examining the values on the Server tab, configuring Object Instance Tracking, or verifying and adjusting the Memory Monitoring configuration may not directly reveal the source of the memory leak, but they may provide some useful information or metrics to support the diagnosis.

Reference:

Java Memory Leaks

Question 9

After agents are installed, and application data is flowing through a Java application, a user sees that a remote database has not been discovered in a known Business Transaction. To determine and configure the exit call to the database where would you go?

Configuration > Java > Backend Detection > JDBC
Databases > Configuration > Collectors
Configuration > Instrumentation > Backend Detection > Java
Database Calls > Options > Backend Detection > JDBC

Correct answer: C

Explanation:

To determine and configure the exit call to the database, you need to go to Configuration > Instrumentation > Backend Detection > Java. An exit call is a call from an application component to an external service or system, such as a database, a web service, a message queue, or a cache. A backend is a logical representation of an external service or system that receives exit calls from an application component. AppDynamics automatically detects and identifies common types of backends, such as JDBC, HTTP, JMS, and so on.According to theExit Point Detection Rules - AppDynamics, the following steps are required to determine and configure the exit call to the database:Go to Configuration > Instrumentation > Backend Detection > Java.Select the application and the tier that contains the exit call to the database.Click the Add button to create a new exit point detection rule.Enter a name and description for the rule.Select the type of exit call from the drop-down list, such as JDBC, HTTP, JMS, and so on.Specify the class and method that make the exit call to the database.Specify the match criteria for the exit call, such as the URL, the query, the host, the port, and so on.Click Save.Therefore,C(Configuration > Instrumentation > Backend Detection > Java) is the correct answer.Reference:Exit Point Detection Rules - AppDynamicsCisco AppDynamics Associate Administrator CertificationBackends - AppDynamics

To determine and configure the exit call to the database, you need to go to Configuration > Instrumentation > Backend Detection > Java. An exit call is a call from an application component to an external service or system, such as a database, a web service, a message queue, or a cache. A backend is a logical representation of an external service or system that receives exit calls from an application component. AppDynamics automatically detects and identifies common types of backends, such as JDBC, HTTP, JMS, and so on.

According to theExit Point Detection Rules - AppDynamics, the following steps are required to determine and configure the exit call to the database:

Go to Configuration > Instrumentation > Backend Detection > Java.

Select the application and the tier that contains the exit call to the database.

Click the Add button to create a new exit point detection rule.

Enter a name and description for the rule.

Select the type of exit call from the drop-down list, such as JDBC, HTTP, JMS, and so on.

Specify the class and method that make the exit call to the database.

Specify the match criteria for the exit call, such as the URL, the query, the host, the port, and so on.

Click Save.

Therefore,C(Configuration > Instrumentation > Backend Detection > Java) is the correct answer.

Reference:

Exit Point Detection Rules - AppDynamics

Cisco AppDynamics Associate Administrator Certification

Backends - AppDynamics

Question 10

On a custom dashboard, which three types of information does a non-administrator user view? (Choose three.)

the current weather in Seattle
the number of AppDynamics licenses consumed
the company logo
the version of the AppDynamics Controller
a Timeseries graph

Correct answer: CDE

Explanation:

On a custom dashboard, a non-administrator user can view the following types of information:The company logo: A custom dashboard can display the company logo in the upper left corner of the dashboard. This can help to brand the dashboard and make it more recognizable for the intended audience.The logo can be configured by the dashboard owner or administrator from the dashboard settings1.The version of the AppDynamics Controller: A custom dashboard can display the version of the AppDynamics Controller in the upper right corner of the dashboard. This can help to identify the Controller that is hosting the dashboard and the features that are available.The version can be configured by the dashboard owner or administrator from the dashboard settings1.A Timeseries graph: A custom dashboard can display a Timeseries graph widget that shows the trend of a metric over time. This can help to visualize the performance and behavior of the application, server, or database that is being monitored.A Timeseries graph can be configured by the dashboard owner or administrator from the widget settings2.A non-administrator user cannot view the following types of information on a custom dashboard:The current weather in Seattle: A custom dashboard cannot display the current weather in Seattle or any other location, as this is not a metric or data point that is reported by AppDynamics agents or the analytics platform. A custom dashboard can only display the data that is collected and stored by AppDynamics2.The number of AppDynamics licenses consumed: A custom dashboard cannot display the number of AppDynamics licenses consumed, as this is a Controller-level information that is only accessible by the Controller administrator.A custom dashboard can only display the data that is scoped by the dashboard owner's permissions1. https://docs.appdynamics.com/accounts/en/cisco-appdynamics-saas-deployment-usermanagement/manage-custom-roles-for-cisco-appdynamics/custom-dashboard-permissions

On a custom dashboard, a non-administrator user can view the following types of information:

The company logo: A custom dashboard can display the company logo in the upper left corner of the dashboard. This can help to brand the dashboard and make it more recognizable for the intended audience.The logo can be configured by the dashboard owner or administrator from the dashboard settings1.

The version of the AppDynamics Controller: A custom dashboard can display the version of the AppDynamics Controller in the upper right corner of the dashboard. This can help to identify the Controller that is hosting the dashboard and the features that are available.The version can be configured by the dashboard owner or administrator from the dashboard settings1.

A Timeseries graph: A custom dashboard can display a Timeseries graph widget that shows the trend of a metric over time. This can help to visualize the performance and behavior of the application, server, or database that is being monitored.A Timeseries graph can be configured by the dashboard owner or administrator from the widget settings2.

A non-administrator user cannot view the following types of information on a custom dashboard:

The current weather in Seattle: A custom dashboard cannot display the current weather in Seattle or any other location, as this is not a metric or data point that is reported by AppDynamics agents or the analytics platform. A custom dashboard can only display the data that is collected and stored by AppDynamics2.

The number of AppDynamics licenses consumed: A custom dashboard cannot display the number of AppDynamics licenses consumed, as this is a Controller-level information that is only accessible by the Controller administrator.A custom dashboard can only display the data that is scoped by the dashboard owner's permissions1.

https://docs.appdynamics.com/accounts/en/cisco-appdynamics-saas-deployment-usermanagement/manage-custom-roles-for-cisco-appdynamics/custom-dashboard-permissions

Exam	Cisco AppDynamics Associate Administrator
Number	500-425
File Name	Cisco.500-425.VCEplus.2024-02-15.35q.vcex
Size	38 KB
Posted	Feb 15, 2024
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