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Question 241.

A Service Mapping administrator wants to confirm which MID Server actually performed a failed discovery operation. What information should be reviewed?

1. Knowledge article ownership
   2. Discovery execution details and logs
   3. Catalog item history
   4. Incident assignment history

Correct Answer: 2. Discovery execution details and logs

Explanation:

Discovery execution details and logs can show which MID Server performed the work, which pattern steps ran, and where the process failed. This information is particularly useful in environments with several MID Servers because selection may vary according to reachability and configuration. Reviewing the actual execution context helps distinguish MID Server selection problems from credential, network, or pattern issues.

Question 242.

An application service is accessible through multiple URLs that ultimately reach the same backend infrastructure. What should the Service Mapping design consider?

1. Whether the relevant access points should be represented as entry points for the same service
   2. Creating a completely separate CMDB for every URL
   3. Disabling discovery for all but one URL
   4. Converting each URL into an incident

Correct Answer: 1. Whether the relevant access points should be represented as entry points for the same service

Explanation:

An application service can sometimes be reached through more than one valid access path. The mapping design should account for the entry points that genuinely represent how users or systems reach that service. Those entry points can lead discovery toward the infrastructure that supports the same application. The objective is an accurate service topology, not artificial duplication of services simply because several access URLs exist.

Question 243.

A discovery pattern retrieves a hostname from a configuration file, but the hostname cannot be resolved. What should be investigated next?

1. Incident priority
   2. Service owner assignment
   3. DNS resolution from the discovery environment
   4. Knowledge article formatting

Correct Answer: 3. DNS resolution from the discovery environment

Explanation:

If a pattern successfully obtains a hostname but cannot continue to the target, name resolution is a logical next area to investigate. The relevant MID Server must be able to resolve the hostname through the available DNS configuration or another supported resolution mechanism. A failure here can interrupt dependency discovery even when the application configuration itself is correct.

Question 244.

A newly modified pattern creates hundreds of incorrect relationships during testing. What is the safest response before further deployment?

1. Ignore the errors because later discovery will fix them automatically
   2. Increase the discovery schedule frequency
   3. Deploy the pattern to production and review later
   4. Stop broader rollout, correct the pattern, and retest it in a controlled scope**

Correct Answer: 4. Stop broader rollout, correct the pattern, and retest it in a controlled scope

Explanation:

A pattern that creates incorrect relationships can quickly damage CMDB and service-map quality if deployed widely. The safer approach is to limit the affected scope, identify the faulty logic, correct it, and validate the results on representative targets. Broad deployment before validation can multiply bad relationships and make cleanup significantly more difficult.

Question 245.

Why is it useful to distinguish an application process from unrelated background processes on the same server?

1. To ensure Service Mapping follows dependencies that actually support the application service
   2. To eliminate the need for network connectivity
   3. To prevent the server from being discovered
   4. To replace CMDB identification rules

Correct Answer: 1. To ensure Service Mapping follows dependencies that actually support the application service

Explanation:

A server can run many processes that have nothing to do with the application being mapped. Service Mapping should focus on the processes and connections that participate in delivering the application service. Distinguishing relevant from unrelated processes prevents noisy topology and reduces the chance that unrelated systems are incorrectly included as dependencies.

Question 246.

A target device is reachable and credentials are valid, but discovery still fails because the required management service is disabled on the target. What is the primary issue?

1. Duplicate CI creation
   2. Required discovery protocol or service availability
   3. Application-service ownership
   4. Relationship direction

Correct Answer: 2. Required discovery protocol or service availability

Explanation:

Successful network reachability and valid credentials are not enough if the target does not expose the service or protocol required by the discovery method. The administrator should verify that the relevant management interface, daemon, API, or service is enabled and reachable. Discovery depends on both connectivity and the availability of a supported way to retrieve technical information.

Question 247.

What is the main benefit of reviewing Service Mapping results after an application upgrade?

1. It automatically improves application performance
   2. It eliminates the need for recurring discovery
   3. It helps detect changed processes, configuration paths, and dependencies
   4. It prevents future software upgrades

Correct Answer: 3. It helps detect changed processes, configuration paths, and dependencies

Explanation:

Application upgrades can alter process names, configuration files, ports, connection strings, and backend dependencies. These changes may affect how patterns identify the application and build relationships. Reviewing the service map after an upgrade helps confirm that the topology still reflects the actual architecture and highlights areas where discovery logic may need adjustment.

Question 248.

An application service contains a dependency on a server that no longer exists. What should be investigated?

1. Service Catalog configuration
   2. Incident templates
   3. User preferences
   4. Stale CI and relationship data together with discovery freshness**

Correct Answer: 4. Stale CI and relationship data together with discovery freshness

Explanation:

A dependency on a non-existent server indicates stale topology or lifecycle data. Administrators should review whether recurring discovery is functioning, whether the CI has been marked appropriately in its lifecycle, and whether obsolete relationships are being updated or removed. Accurate active topology is important for reliable troubleshooting and impact analysis.

Question 249.

A company wants to understand which application services could be affected before rebooting a shared server. What Service Mapping capability is most useful?

1. Dependency and impact visibility through service topology
   2. Knowledge article versioning
   3. Employee profile management
   4. Catalog request fulfillment

Correct Answer: 1. Dependency and impact visibility through service topology

Explanation:

Service topology shows which application services depend on a particular CI. Before a shared server is rebooted, operations teams can review those relationships to understand the potential scope of impact. This provides useful context for planning, communication, and change assessment. Service Mapping does not approve the reboot itself, but it improves visibility into what may be affected.

Question 250.

A Service Mapping job works from one MID Server but fails from another. What should be compared?

1. Knowledge article ratings
   2. Network reachability, capabilities, credentials, and execution context of the two MID Servers
   3. Incident urgency
   4. Service Catalog ownership

Correct Answer: 2. Network reachability, capabilities, credentials, and execution context of the two MID Servers

Explanation:

Different MID Servers may have different network access, available credentials, capabilities, or security restrictions. Comparing these conditions can reveal why one succeeds and another fails. This is especially important in segmented environments where seemingly similar MID Servers may not have equivalent access to target systems.

Question 251.

A custom application uses a configuration file that stores backend server names. How can Service Mapping use this information?

1. Only for incident categorization
   2. Only for policy reporting
   3. A pattern can parse the file and use the values to discover downstream dependencies
   4. The file must always be ignored

Correct Answer: 3. A pattern can parse the file and use the values to discover downstream dependencies

Explanation:

Configuration files can contain valuable dependency information such as database hosts, service endpoints, middleware addresses, and ports. A discovery pattern can read and parse this information, then use it to continue mapping downstream components. This can be particularly useful when dependencies are persistent but network connections are short-lived or unavailable during discovery.

Question 252.

Why should manually created relationships be minimized when automated discovery can determine the dependency reliably?

1. Manual relationships are prohibited in all circumstances
   2. Automated relationships never require validation
   3. Manual relationships cannot be displayed on maps
   4. Manual relationships can become stale as infrastructure changes**

Correct Answer: 4. Manual relationships can become stale as infrastructure changes

Explanation:

Manual relationships require someone to update them whenever the environment changes. If that maintenance does not occur, the service map may no longer represent reality. Automated discovery is generally more sustainable when the dependency can be determined reliably because recurring discovery can update topology as infrastructure evolves. Manual relationships may still be appropriate in specific cases, but they require governance.

Question 253.

A Service Mapping administrator observes a steady increase in duplicate CIs after integrating a new discovery source. What should be investigated?

1. Whether the new source uses identification attributes consistent with existing CMDB data
   2. Whether incidents are being assigned correctly
   3. Whether knowledge articles have enough comments
   4. Whether application owners have completed training

Correct Answer: 1. Whether the new source uses identification attributes consistent with existing CMDB data

Explanation:

A sudden rise in duplicates after adding a new data source often indicates that the source identifies components differently from existing sources. Administrators should compare the attributes used for identification, normalization, and reconciliation. Aligning source data with CMDB identification behavior helps prevent multiple records from representing the same real-world component.

Question 254.

A web application connects to a database only during overnight batch processing. Why might a daytime discovery run miss the relationship?

1. The database cannot be represented in the CMDB
   2. The relevant network connection may not exist when discovery runs
   3. MID Servers cannot discover databases
   4. Service Mapping cannot use configuration data

Correct Answer: 2. The relevant network connection may not exist when discovery runs

Explanation:

Some dependencies appear only during specific processing windows. If Service Mapping relies on an active network connection and discovery runs outside that period, the relationship may not be visible. Administrators can consider discovery timing or whether persistent configuration data, such as connection settings, can be used to identify the dependency more reliably.

Question 255.

A pattern maps a service correctly except for one proprietary middleware component. What is the best approach?

1. Remove the middleware from the architecture
   2. Mark the map complete even though the dependency is missing
   3. Evaluate whether targeted custom pattern logic is needed for the unsupported component
   4. Disable the standard pattern entirely

Correct Answer: 3. Evaluate whether targeted custom pattern logic is needed for the unsupported component

Explanation:

When standard discovery handles most of the service but does not understand a proprietary component, targeted customization may be appropriate. The administrator should identify exactly what is missing, develop only the necessary additional logic, and test it carefully. This preserves standard functionality while extending coverage for the unique technology.

Question 256.

A shared database is removed from service but still appears as a dependency for four applications. What should be done?

1. Keep it indefinitely for convenience
   2. Add another manual relationship to the replacement database only
   3. Delete all four application services
   4. Refresh discovery and correct the stale CI or relationship lifecycle data**

Correct Answer: 4. Refresh discovery and correct the stale CI or relationship lifecycle data

Explanation:

The active topology should reflect the infrastructure currently supporting the applications. If a retired shared database remains mapped, administrators should verify recurring discovery, CI lifecycle status, and relationship freshness. The replacement database should be discovered through valid topology rather than simply adding manual relationships while leaving obsolete dependencies in place.

Question 257.

Which practice most improves confidence when deploying a new Service Mapping pattern?

1. Test it against representative targets and validate the resulting CIs and relationships
   2. Disable logging to improve performance
   3. Deploy directly to every target at once
   4. Ignore unexpected results during testing

Correct Answer: 1. Test it against representative targets and validate the resulting CIs and relationships

Explanation:

Representative testing helps determine whether the pattern behaves correctly across different configurations, operating systems, versions, and security conditions. Administrators should review both CI attributes and relationships before broad deployment. This reduces the risk of introducing systematic errors into the CMDB and service maps.

Question 258.

An application service spans two data centers connected by a restricted network link. What should be confirmed before mapping the full service?

1. Only the service owner’s department
   2. MID Server reachability and required protocol access to components in both data centers
   3. Knowledge article templates
   4. Incident resolution codes

Correct Answer: 2. MID Server reachability and required protocol access to components in both data centers

Explanation:

A complete map requires discovery coverage across both locations. Administrators should confirm that suitable MID Servers can reach the necessary targets and use the required protocols through the restricted network design. If one data center is inaccessible, Service Mapping may stop at the boundary and produce incomplete topology.

Question 259.

Why is relationship direction important in a service topology?

1. It determines employee access rights
   2. It controls catalog visibility
   3. It helps represent which components depend on or support other components
   4. It selects the MID Server password

Correct Answer: 3. It helps represent which components depend on or support other components

Explanation:

Relationship direction provides meaning to the topology by indicating dependency or support flow between CIs. Correct direction helps operations teams understand upstream and downstream impact when a component fails or changes. Reversed relationships can produce confusing impact analysis even when the correct CIs are present on the map.

Question 260.

Which combination best supports sustainable Service Mapping across a rapidly changing enterprise environment?

1. Manual relationships, infrequent discovery, and broad administrator credentials
   2. One-time mapping with no map validation
   3. Ignoring stale CIs until an outage occurs
   4. Recurring discovery, healthy CMDB data, secure credentials, tested patterns, suitable MID Servers, and ongoing topology validation**

Correct Answer: 4. Recurring discovery, healthy CMDB data, secure credentials, tested patterns, suitable MID Servers, and ongoing topology validation

Explanation:

Reliable Service Mapping requires both sound technical foundations and ongoing operational maintenance. Recurring discovery keeps topology current, healthy CMDB data prevents identification problems, secure credentials enable controlled access, tested patterns improve discovery accuracy, and properly placed MID Servers provide network reachability. Regular topology validation helps detect issues before they undermine incident or change impact analysis.