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Question 341.

A Service Mapping administrator finds that a service map suddenly stops at a load balancer after a configuration change. What should be reviewed first?

1. Discovery access, pattern logic, and the load balancer configuration
   2. Knowledge article feedback
   3. Incident priority values
   4. Service Catalog fulfillment

Correct Answer: 1. Discovery access, pattern logic, and the load balancer configuration

Explanation:

If mapping previously continued beyond the load balancer and now stops there, the most relevant areas are the current device configuration, discovery connectivity, credentials, and the logic used to identify backend members. A recent change may have altered addresses, access methods, output formats, or pool definitions. Reviewing the technical discovery path helps determine whether the map is incomplete because of access loss or changed configuration.

Question 342.

A MID Server can connect to a Linux host, but the discovery account cannot execute one command required by the pattern. What should be done?

1. Give the account unrestricted administrator access
   2. Grant only the additional permission required for the discovery operation
   3. Disable authentication
   4. Delete the Linux CI

Correct Answer: 2. Grant only the additional permission required for the discovery operation

Explanation:

The discovery account should follow least-privilege principles. Because connectivity and authentication already work, the administrator should determine exactly which operation is being denied and provide only the permission necessary to support it. Giving unrestricted access introduces unnecessary security risk. After changing permissions, the pattern should be tested again to confirm that the discovery step completes successfully.

Question 343.

A Service Mapping pattern identifies a web server correctly but does not detect its backend application server. What should be examined?

1. Knowledge article ownership
   2. Incident escalation
   3. Configuration, process, and connection logic used to identify the backend
   4. Catalog item pricing

Correct Answer: 3. Configuration, process, and connection logic used to identify the backend

Explanation:

Backend application servers may be identified through configuration files, proxy rules, active connections, process arguments, or other service-specific data. If the web server is discovered correctly but the downstream tier is missing, the administrator should investigate how the pattern determines and follows that dependency. The missing relationship may result from parsing, connectivity, name resolution, or access issues.

Question 344.

A custom pattern creates hundreds of duplicate CIs after being deployed broadly. What is the best response?

1. Increase discovery frequency
   2. Accept the duplicates temporarily
   3. Create manual relationships to all duplicates
   4. Stop the faulty pattern, correct identification logic, clean up affected data, and retest**

Correct Answer: 4. Stop the faulty pattern, correct identification logic, clean up affected data, and retest

Explanation:

A pattern that creates duplicates can quickly degrade CMDB and Service Mapping quality. The underlying identification logic should be corrected before the pattern is allowed to continue. Affected data may also need cleanup or reconciliation so relationships point to the correct records. Controlled testing should confirm that the pattern now matches existing CIs properly before it is redeployed at scale.

Question 345.

Why is it useful to define clear boundaries for an application service map?

1. To prevent unrelated infrastructure from expanding the topology unnecessarily
   2. To prevent any shared components from being mapped
   3. To eliminate recurring discovery
   4. To make every service contain the same number of CIs

Correct Answer: 1. To prevent unrelated infrastructure from expanding the topology unnecessarily

Explanation:

Service boundaries help keep topology focused on the components and dependencies that actually deliver the application service. Without clear boundaries, discovery may follow unrelated processes or connections and produce map sprawl. A focused map is easier to validate, troubleshoot, and use for impact analysis. Shared components can still be included when they are genuinely relevant dependencies.

Question 346.

A database hostname is extracted correctly from a configuration file, but discovery cannot continue to the database. What should be checked next?

1. Incident assignment groups
   2. Name resolution, network reachability, and database access from the relevant MID Server
   3. Knowledge article categories
   4. Service owner department

Correct Answer: 2. Name resolution, network reachability, and database access from the relevant MID Server

Explanation:

Extracting the hostname confirms that the configuration parsing step works. The next requirements are resolving that hostname, reaching the target through the network, and accessing it with a supported protocol and valid credentials. A failure in any of these areas can prevent Service Mapping from following the dependency even though the application configuration contains the correct information.

Question 347.

An application owner says that an unexpected server on the map is actually a valid failover component. What should the administrator do?

1. Remove it because it was unexpected
   2. Ignore the application owner’s input
   3. Validate the dependency evidence and retain it if it genuinely supports the service
   4. Create a separate CMDB instance for the server

Correct Answer: 3. Validate the dependency evidence and retain it if it genuinely supports the service

Explanation:

Unexpected topology is not automatically incorrect. Application-owner knowledge can reveal standby, failover, disaster-recovery, or shared components that were not documented previously. The administrator should compare that information with discovery evidence and confirm whether the server genuinely supports the service. If valid, it should remain part of the topology rather than being removed merely because it was unexpected.

Question 348.

A service map is complete during business hours but misses a batch-processing dependency at other times. What should be considered?

1. Removing the batch job from the application
   2. Disabling recurring discovery
   3. Mapping all network traffic manually
   4. Discovery timing or a persistent configuration-based source for the dependency**

Correct Answer: 4. Discovery timing or a persistent configuration-based source for the dependency

Explanation:

Some dependencies are visible only while a scheduled process is running. If discovery relies on an active connection, the relationship may disappear outside that window. Administrators can align discovery timing with the process or use persistent information such as configuration files, job definitions, or connection settings. This can produce a more stable representation of dependencies that are logically persistent but operationally intermittent.

Question 349.

What is the main value of mapping a shared authentication service used by many applications?

1. It provides visibility into which services may be affected if the authentication component fails
   2. It guarantees successful login for all users
   3. It removes the need for identity monitoring
   4. It prevents authentication configuration changes

Correct Answer: 1. It provides visibility into which services may be affected if the authentication component fails

Explanation:

A shared authentication service can become a critical dependency for multiple applications. Mapping those relationships helps operations teams understand the potential scope of an outage or planned change. This improves incident response and change planning by showing which services depend on the shared component. The service map provides dependency context but does not guarantee availability or replace monitoring.

Question 350.

A new data source updates existing server CIs correctly but creates duplicates for database CIs. What should be investigated?

1. Incident categories
   2. Database-specific identification attributes and reconciliation behavior
   3. Knowledge article permissions
   4. Catalog approval groups

Correct Answer: 2. Database-specific identification attributes and reconciliation behavior

Explanation:

Because server CIs are matching correctly, the general integration is functioning. The problem is likely specific to how database CIs are identified. Administrators should compare the attributes supplied by the new source with the identification criteria for the relevant database classes. Inconsistent names, instance identifiers, or other values may cause the source to create new records instead of matching existing ones.

Question 351.

Why should relationship direction be validated after modifying a Service Mapping pattern?

1. It controls discovery credential encryption
   2. It determines MID Server availability
   3. Incorrect direction can make service-impact analysis misleading
   4. It changes application licensing

Correct Answer: 3. Incorrect direction can make service-impact analysis misleading

Explanation:

A relationship may connect the correct CIs yet still be operationally wrong if the dependency direction is reversed. Impact analysis relies on understanding which components depend on others. Pattern changes should therefore be validated not only for the presence of relationships but also for their meaning and direction. Correct direction helps operations teams interpret upstream and downstream impact accurately.

Question 352.

Why can a static service map become unreliable in an environment that uses frequent automated deployments?

1. Automated deployments cannot create CIs
   2. Static maps automatically delete all relationships
   3. Service Mapping does not support modern infrastructure
   4. Infrastructure and dependencies may change faster than the map is refreshed**

Correct Answer: 4. Infrastructure and dependencies may change faster than the map is refreshed

Explanation:

Automated deployments may replace instances, move workloads, update endpoints, or introduce new dependencies frequently. If Service Mapping is not refreshed often enough, the topology can quickly become outdated. Recurring discovery should be scheduled according to the rate of environmental change so active service maps continue to reflect the infrastructure that currently supports the service.

Question 353.

Why is a pilot implementation useful before mapping hundreds of application services?

1. It allows the organization to validate discovery prerequisites, processes, and governance on a smaller scope
   2. It eliminates the need for production testing
   3. It guarantees all applications use identical technology
   4. It replaces CMDB quality management

Correct Answer: 1. It allows the organization to validate discovery prerequisites, processes, and governance on a smaller scope

Explanation:

A pilot can reveal issues with MID Server placement, credentials, network access, CI identification, pattern behavior, map validation, and stakeholder responsibilities before the program expands. Lessons from a controlled scope can improve standards and reduce repeated mistakes during larger rollout. A pilot does not remove the need for later testing or CMDB governance.

Question 354.

When selecting services for an initial Service Mapping rollout, which approach is generally most practical?

1. Start with the least understood service regardless of business relevance
   2. Select a manageable set of important services with available technical owners and discovery access
   3. Map every service simultaneously
   4. Choose services solely by the number of servers they contain

Correct Answer: 2. Select a manageable set of important services with available technical owners and discovery access

Explanation:

An initial rollout benefits from services that are meaningful enough to demonstrate value but manageable enough to troubleshoot and validate. Available application owners, documented architecture, reachable infrastructure, and working credentials improve the chance of success. Starting with a controlled group also allows the organization to refine operational processes before expanding Service Mapping more broadly.

Question 355.

A custom pattern is difficult for other administrators to maintain because its purpose and assumptions are undocumented. What should be improved?

1. Discovery frequency only
   2. MID Server naming
   3. Documentation of the customization, dependencies, assumptions, and test cases
   4. Incident priority configuration

Correct Answer: 3. Documentation of the customization, dependencies, assumptions, and test cases

Explanation:

Custom discovery logic creates long-term maintenance responsibilities. Documentation should explain why the customization exists, which technologies it supports, what assumptions it makes, and how it should be tested. This helps other administrators troubleshoot failures and evaluate changes after upgrades or application modifications. Good documentation also reduces dependence on the person who originally created the pattern.

Question 356.

A service owner reports that the map is technically correct but contains too much low-value detail to use during incidents. What is the best improvement?

1. Add every discovered CI to provide maximum detail
   2. Remove all shared infrastructure
   3. Stop mapping the service
   4. Refine scope so the map emphasizes service-relevant components and dependencies**

Correct Answer: 4. Refine scope so the map emphasizes service-relevant components and dependencies

Explanation:

A technically accurate map can still be difficult to use if it contains excessive detail unrelated to operational decision-making. Service Mapping should balance completeness with relevance. Refining boundaries and dependency logic can reduce noise while preserving important infrastructure paths. The goal is a topology that helps teams understand service delivery and impact rather than simply maximizing the number of mapped CIs.

Question 357.

A Service Mapping administrator wants to know whether a newly discovered dependency is supported by persistent configuration or only a temporary connection. Why does this distinction matter?

1. Persistent sources may provide a more stable basis for recurring dependency discovery
   2. Temporary connections can never represent valid dependencies
   3. Configuration files cannot be used by patterns
   4. Only persistent connections can appear in the CMDB

Correct Answer: 1. Persistent sources may provide a more stable basis for recurring dependency discovery

Explanation:

Temporary connections may disappear before the next discovery run even though the logical dependency still exists. Persistent configuration, such as connection strings or endpoint definitions, can provide a more consistent source of dependency information. Both connection and configuration data can be valid, but understanding the source helps administrators design mapping logic that remains reliable across discovery cycles.

Question 358.

An application service uses servers in two security zones, and one zone is accessible only from a dedicated MID Server. What should the mapping design ensure?

1. Every discovery request uses the same MID Server
   2. Discovery can select or use a MID Server capable of reaching each required target
   3. The restricted zone is excluded from the map
   4. All dependencies are maintained manually

Correct Answer: 2. Discovery can select or use a MID Server capable of reaching each required target

Explanation:

In segmented networks, different MID Servers may be required for different targets. The mapping design should ensure that each portion of the service is reachable through a suitable MID Server with the necessary capabilities and credentials. Excluding a valid zone would leave the topology incomplete, while manual maintenance would be harder to keep current as the environment changes.

Question 359.

A service dependency is technically valid but no longer relevant because the application architecture has been redesigned. What should happen?

1. Keep the old relationship indefinitely
   2. Add a duplicate relationship for historical purposes
   3. Update discovery and relationship data so active topology reflects the redesigned architecture
   4. Delete the entire CMDB

Correct Answer: 3. Update discovery and relationship data so active topology reflects the redesigned architecture

Explanation:

Service maps should represent the current architecture used to deliver the application. When redesign removes an old dependency, active topology should be refreshed so the obsolete relationship no longer appears as current. Historical information may be retained through appropriate platform mechanisms, but operational maps should not continue to show dependencies that are no longer part of service delivery.

Question 360.

Which practice best supports mature Service Mapping governance over time?

1. Allow anyone to customize patterns without review
   2. Validate maps only once at implementation
   3. Depend exclusively on manual topology updates
   4. Define ownership, review customizations, monitor discovery quality, and periodically validate service topology**

Correct Answer: 4. Define ownership, review customizations, monitor discovery quality, and periodically validate service topology

Explanation:

Mature Service Mapping requires governance as well as technical discovery. Clear ownership helps determine who validates maps and resolves issues. Pattern customizations should be reviewed and documented, while discovery health and CMDB quality should be monitored continuously. Periodic topology validation confirms that maps still reflect current architecture. Together, these practices improve long-term reliability and maintainability.