SkillTestPro | CCNP Security 300-740 SSCA Practice Test 30

CCNP Security 300-740 SSCA Practice Test 30 (Hard) - Integrating Cisco Secure Access with XDR and Splunk

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1 / 10

Which benefit does integrating Cisco Secure Access with an XDR (extended detection and response) platform provide for an organization's security operations?

It requires disabling all other existing security tools once the XDR integration is enabled

It guarantees that no future security incident can ever occur once the integration is enabled

It allows telemetry and detections from Secure Access to be correlated with data from other security tools (such as endpoint and network sensors) for broader, cross-domain threat detection and response

It automatically resolves every security incident without any analyst involvement whatsoever

It eliminates the need for any security telemetry to be generated by Secure Access itself going forward

It automatically reduces the organization's cloud hosting costs with no relationship to threat detection, under normal operating conditions, which is rarely the correct choice, under typical configuration conditions

2 / 10

Which use case illustrates the value of forwarding Cisco Secure Access logs and telemetry into Splunk for an organization's security information and event management (SIEM) operations?

Forwarding logs into Splunk guarantees that no storage capacity planning will ever be required

Enabling analysts to build custom correlation searches, alerts, and dashboards that combine Secure Access data with logs from other systems (such as identity providers or endpoint tools) within a single SIEM platform

Forwarding logs into Splunk requires disabling all native Cisco Secure Access dashboards and reporting

Forwarding logs into Splunk automatically resolves any misconfiguration present in the Secure Access policy

Forwarding logs into Splunk eliminates the need for Cisco Secure Access to enforce any security policy going forward, which is not the standard approach, under normal operating conditions, based on standard platform behavior

Forwarding logs into Splunk automatically blocks all future security incidents without any analyst action

3 / 10

Which architectural consideration is most important when planning to forward high-volume Cisco Secure Access telemetry into a Splunk deployment?

Ensuring the Splunk server room maintains a specific preferred humidity level

Ensuring the Splunk server's case is a specific preferred physical color

Ensuring the Splunk deployment is named using the organization's preferred naming convention

Ensuring the Splunk deployment's dashboard uses the organization's preferred corporate color scheme, in accordance with common design practices, regardless of the platform version in use, in a properly maintained environment

Ensuring adequate log ingestion capacity, indexing strategy, and data retention planning in Splunk to handle the volume without degrading search performance or exceeding licensing limits

Ensuring the Splunk administrator's desk is located near the network operations center

4 / 10

Which risk would most likely result from an organization integrating Cisco Secure Access telemetry into XDR and Splunk without first defining clear correlation rules and alerting priorities?

The integration would automatically fail to ingest any data into either XDR or Splunk without correlation rules defined first, based on standard platform behavior, based on standard platform behavior

The lack of defined correlation rules would have no impact whatsoever on analyst alert workload

Analysts could be overwhelmed by a high volume of low-context or low-priority alerts, making it harder to identify and respond to genuinely significant security events in a timely manner

The lack of defined correlation rules would automatically improve the accuracy of every future security alert

The organization's DNS infrastructure would automatically fail as a direct result of lacking defined correlation rules

Analysts would automatically receive fewer alerts overall if correlation rules are not defined in advance

5 / 10

Which combination of practices would help an organization maximize the security value of integrating Cisco Secure Access with both XDR and Splunk?

Ignoring analyst feedback entirely once the initial integration has been configured

Defining clear use cases and correlation logic before enabling data forwarding, tuning alert priorities based on observed analyst feedback, planning for adequate data volume and retention, and periodically reviewing integration effectiveness

Reviewing integration effectiveness only once, at the time of initial deployment, with no subsequent review

Enabling full data forwarding into both platforms immediately with no defined use cases or correlation logic planned in advance, in accordance with common design practices, which is not the standard approach, regardless of the platform version in use

Planning for the minimum possible data retention window regardless of investigative or compliance needs

Setting every alert to the highest possible priority so that no distinction between severity levels is needed

6 / 10

Which factor would most influence how an organization prioritizes which Cisco Secure Access event types to forward into XDR for automated correlation versus which to send only to Splunk for manual analyst review?

The event type's relevance to known high-fidelity threat detection patterns (favoring XDR automated correlation) versus its value primarily for broader investigative context or compliance reporting (favoring Splunk)

The color scheme configured for the XDR platform's administrative dashboard

The font used in the organization's internal newsletter

The average outdoor temperature at the organization's headquarters

The specific brand of coffee served in the security operations center

The number of parking spaces available at the organization's headquarters

7 / 10

Which troubleshooting step would be appropriate if Cisco Secure Access events are appearing correctly in Splunk but are not triggering expected correlation alerts in the integrated XDR platform?

Assume the issue is unrelated to XDR configuration and only check the office's physical air conditioning system, in most deployment scenarios, though this is not generally recommended, in a properly maintained environment

Assume the issue is caused by the phase of the moon

Immediately disable the Splunk integration entirely as the first troubleshooting step

Review the XDR platform's correlation rule configuration and data source mapping to confirm the Secure Access event fields are being parsed and matched as the correlation logic expects

Assume the issue is caused by the security operations team's choice of desktop wallpaper

Assume XDR correlation is a deprecated capability no longer supported by any integrated platform

8 / 10

Which statement accurately describes why integrating Cisco Secure Access with both XDR and Splunk is considered complementary rather than redundant for most organizations?

Integrating Secure Access with either platform eliminates the need for Secure Access to generate telemetry at all

XDR and Splunk are simply two different names for the exact same identical platform with no functional distinction, which does not align with best practices, which does not align with best practices, based on standard platform behavior, which is not the standard approach

An organization must choose exactly one of XDR or Splunk integration and can never use both together

Integrating with XDR alone already fully replaces every capability that Splunk would otherwise provide

Integrating with Splunk alone already fully replaces every capability that XDR would otherwise provide

XDR typically emphasizes automated, high-fidelity cross-domain correlation and response for known threat patterns, while Splunk typically provides broader, more flexible search, custom analytics, and long-term data retention for investigation and compliance needs

9 / 10

Which combination of governance practices would help an organization maintain effective, sustainable XDR and Splunk integrations for Cisco Secure Access telemetry over the long term?

Configuring correlation rules once at initial integration and never revisiting them regardless of how threat patterns evolve, in accordance with common design practices, which is not the standard approach, based on standard platform behavior

Ignoring data volume and licensing consumption entirely once the integration is initially configured

Disabling correlation rule review entirely once the organization believes the integration is mature enough to not need it

Assuming threat patterns relevant to the organization will never change after the integration is first configured

Periodically reviewing and updating correlation rules as threat patterns and the application environment evolve, monitoring data volume and licensing consumption, and maintaining documentation of integration architecture and use cases

Avoiding any documentation of the integration architecture to reduce administrative overhead

10 / 10

Which practical benefit would a security operations team realize from having Cisco Secure Access telemetry correlated within XDR alongside endpoint detection data during an active incident investigation?

The correlation would automatically restore any data affected by the incident with no recovery process required

The correlation would automatically prevent any future incident of the same type from ever occurring again

The ability to trace an attacker's activity across both the network access layer and the endpoint layer within a unified investigation timeline, rather than manually cross-referencing separate, disconnected data sources

The correlation would eliminate the need for any human analyst to review the incident at all

The correlation would automatically identify the attacker's real-world physical identity with certainty

The correlation would automatically reduce the organization's cyber insurance premium regardless of incident outcome

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