Questions for the 500-420 were updated on : Dec 01 ,2025
Which statement is correct regarding controller-level and tier/node-level dashboards?
C
Explanation:
Controller-level and tier/node-level dashboards in AppDynamics are treated as separate entities.
They are scoped differently, with controller-level dashboards providing a global view across the
entire AppDynamics domain, and tier/node-level dashboards being specific to particular tiers or
nodes within an application. Performance Analysts do not have the ability to cross-reference directly
between these two sets of dashboards within the AppDynamics UI.
Reference:
AppDynamics documentation on Dashboards: https://docs.appdynamics.com/latest/en/application-
monitoring/custom-dashboards
Which three reports can be scheduled for periodic generation and delivery to email recipients?
(Choose three.)
B, C, D
Explanation:
AppDynamics allows for several reports to be scheduled for periodic generation and sent to email
recipients. Among these, Application Health, Error Trends, and Custom Dashboards are types of
reports that can be automatically generated and delivered, providing regular insights into the
application's performance and issues.
Reference:
AppDynamics documentation on Reports: https://docs.appdynamics.com/latest/en/application-
monitoring/reporting
The performance impact on the_______would lead a Performance Analyst to limit the duration and
frequency of automatic diagnostic sessions.
A
Explanation:
The primary concern for a Performance Analyst when considering the impact of automatic diagnostic
sessions is the application itself. Intensive diagnostic sessions can be resource-heavy, potentially
affecting the application's performance. Therefore, it is often necessary to limit the duration and
frequency of these sessions to ensure they do not negatively impact the application’s end-user
experience.
Reference:
AppDynamics documentation on Diagnostic Sessions:
https://docs.appdynamics.com/latest/en/troubleshoot/diagnostic-sessions
Refer to Exhibit.
Refer to the exhibit. The transaction score in the graphic displays an interesting performance pattern
outside of business hours on 6/16/18. Which additional performance anomaly should be of most
interest to a Performance Analyst?
A
Explanation:
The performance pattern outside of business hours on 6/16/18 that would be of most interest to a
Performance Analyst is the elevated response time, as indicated on 6/19/18. This is because it shows
a significant spike in response time, which could indicate a performance issue that needs to be
addressed. Anomalies in response time can often be more indicative of underlying problems than
changes in call volume, especially when they occur outside of expected peak periods.
Reference:
AppDynamics documentation on Transaction Score:
https://docs.appdynamics.com/latest/en/application-monitoring/application-
dashboard/transaction-score
What must a Performance Analyst first configure in order to monitor end-to-end latency
performance metrics in AppDynamics?
B
Explanation:
To monitor end-to-end latency performance metrics, a Performance Analyst must first define the
end-to-end latency transaction. This involves configuring the business transactions to include the
necessary entry and exit points that capture the complete flow of the transaction, thereby enabling
the measurement of the total latency.
Reference:
AppDynamics documentation on Business Transactions:
https://docs.appdynamics.com/latest/en/application-monitoring/business-transactions
Which Application Dashboard view categorizes transactions by load, response time, errors, slow
transactions, and stalled transactions in a single aggregated value for a specific time range?
D
Explanation:
The Transaction Score view in the Application Dashboard categorizes transactions by load, response
time, errors, slow transactions, and stalled transactions. It provides an aggregated value for a specific
time range, giving an at-a-glance indication of the health and performance of business transactions.
Reference:
AppDynamics documentation on Transaction Score:
https://docs.appdynamics.com/latest/en/application-monitoring/application-dashboard
Which statement about Service End Points and Business Transactions is true?
B
Explanation:
Both Service Endpoints and Business Transactions in AppDynamics have the capability to configure
data collectors. Data collectors are used to gather detailed information about transactions or
endpoints, such as method parameters, return values, and SQL statements.
Reference:
AppDynamics documentation on Data Collectors:
https://docs.appdynamics.com/latest/en/application-monitoring/configure-data-collection
When should URI Segments be used in Transaction Detection rules?
C
Explanation:
URI Segments should be used in Transaction Detection rules when the application is web-oriented.
Web-oriented applications often have meaningful information in the URI that can identify different
business transactions. URI Segments can help in defining patterns that match specific parts of the
URI to distinguish different transactions.
Reference:
AppDynamics documentation on Transaction Detection:
https://docs.appdynamics.com/latest/en/application-monitoring/business-transactions
Which AppDynamics option will allow a Performance Analyst to compare and filter related servers
using custom metadata within your environment?
A
Explanation:
Server Tagging in AppDynamics allows a Performance Analyst to compare and filter related servers
by using custom metadata. This feature enables users to group and organize their servers based on
criteria that make sense for their environment, such as role, location, environment type, or any other
custom metadata.
Reference:
AppDynamics documentation on Server Tagging:
https://docs.appdynamics.com/latest/en/infrastructure-visibility/infrastructure-visibility-
settings/server-tags
A Performance Analyst has a third-party event management system API and wants to use the event
management system to send alerts to Level 1.
Which actions are available in the AppDynamics Actions Menu to set this up?
B
Explanation:
When integrating with a third-party event management system, the Performance Analyst can set up
an HTTP Request action within AppDynamics. This allows for the creation of a custom HTTP request
to the event management system's API, which can be configured to send alerts to Level 1 support or
any other designated recipient.
What is the Node limit of the maximum Service Endpoints per node?
B
Explanation:
AppDynamics imposes a limit on the number of Service Endpoints that can be registered per node to
ensure manageable performance and overhead. The limit per node is set to 100 Service Endpoints,
which is a balance between providing detailed monitoring and maintaining application performance.
Reference:
AppDynamics documentation on Service Endpoints:
https://docs.appdynamics.com/latest/en/application-monitoring/monitor-service-endpoints
Which tab within the Application Dashboard displays performance trends for each of Snapshots,
Average Response Time, and Events within one central view?
D
Explanation:
The Transaction Score tab within the Application Dashboard is designed to display performance
trends across various metrics including Snapshots, Average Response Time, and Events. It gives a
comprehensive view of the transaction performance, providing a score that reflects the health and
reliability of transactions over time.
Reference:
AppDynamics documentation on Application Dashboard:
A Performance Analyst needs to define a set of Key Performance Indicators (KPIs) from a group of
select metrics. The required performance information resides within the Transaction Analytics data
set. Which method will accomplish this task?
D
Explanation:
The Metric Explorer in AppDynamics allows Performance Analysts to define and visualize Key
Performance Indicators (KPIs) from a selection of metrics. By accessing the Transaction Analytics data
set, analysts can create custom dashboards that focus on the metrics they've determined to be
critical KPIs for their application's performance.
Reference:
AppDynamics documentation on Metric Explorer:
Refer to exihibit.
Refer to the exhibit. When looking at the Transaction Score for a specific transaction, how are errors
in the transaction identified?
A
Explanation:
Errors in a transaction are identified by examining the snapshots that capture the problematic
transactions. By setting the appropriate time range, a Performance Analyst can drill down into the
snapshots within the Error tab to identify and analyze errors. These snapshots provide detailed
diagnostic information, such as stack traces, slow SQL queries, and error logs, which are vital for
pinpointing the root cause of transaction errors.
Reference:
AppDynamics documentation on Transaction Snapshots:
Which three data points can be located by drilling down into a JDBC exit call for an Oracle backend?
(Choose three.)
ABE
Explanation:
When drilling down into a JDBC exit call for an Oracle backend, AppDynamics provides detailed
information about the call. The data points include:
Query type, which can indicate whether it's a SELECT, INSERT, UPDATE, or DELETE statement.
Statement type, which describes the nature of the SQL statement being executed.
Originating node, which identifies the node from which the JDBC call originated.
These data points help in understanding the nature and source of database operations, which can be
critical for performance analysis and troubleshooting.
Reference:
AppDynamics documentation on Database Monitoring: