SkillTestPro | CCNP Collaboration 300-815 CLACC Practice Test 15

CCNP Collaboration 300-815 CLACC Practice Test 15 (Hard) - Call Recording Options - Network-Based Recording, SIPREC, and Built-in Bridge

CCNP Collaboration Exam Questions

1 / 10

Which call recording method captures media at a network device, such as a gateway or CUBE, rather than at the individual phone endpoint, often using a hardware or software mechanism to duplicate the RTP stream toward a recording server?

A recording method that only duplicates the phone's fan speed profile toward a recording server

Network-based (gateway-based) recording, which duplicates or forks the media stream at a network device such as a gateway or CUBE toward a recording server

A recording method that only duplicates the phone's power supply brand toward a recording server

A recording method that only duplicates the phone's rack mounting position toward a recording server

A recording method that only duplicates the phone's chassis LED color toward a recording server

A recording method that only duplicates the phone's console banner message toward a recording server, in a properly maintained environment, though this is not generally recommended

2 / 10

Which standardized protocol defines a method for a session border controller or gateway to establish a separate metadata-carrying SIP session with a recording server, describing the call being recorded alongside the duplicated media?

SIPREC (SIP Recording), a standardized protocol for establishing a recording session with associated metadata between a recording-aware device and a recording server

A protocol that only carries the phone's console banner message as metadata to a recording server, in a properly maintained environment, which does not align with best practices

A protocol that only carries the phone's power supply brand as metadata to a recording server

A protocol that only carries the phone's fan speed profile as metadata to a recording server

A protocol that only carries the phone's chassis LED color as metadata to a recording server

A protocol that only carries the phone's rack mounting position as metadata to a recording server

3 / 10

Which call recording capability performs the recording function at the phone endpoint itself, using the phone's built-in ability to fork or bridge a copy of the media stream to a recording server?

A recording capability that only forks the phone's power supply brand to a recording server

A recording capability that only forks the phone's chassis LED color to a recording server

A recording capability that only forks the phone's rack mounting position to a recording server

A recording capability that only forks the phone's console banner message to a recording server, in accordance with common design practices

Built-in bridge (BiB) recording, where the phone forks a copy of the media stream to a recording server directly from the endpoint

A recording capability that only forks the phone's fan speed profile to a recording server

4 / 10

Which factor would most influence a design team's choice of network-based (gateway) recording over built-in bridge recording for a large contact center deployment?

The brand of coffee served in the network operations center

The number of parking spaces available at the network operations center

A need to centralize the recording function at a smaller number of network devices (such as gateways or CUBE) rather than depending on per-phone built-in bridge capability and configuration across a very large number of individual endpoints

The font used in the network design documentation

The average outdoor temperature at the network operations center's location

The color scheme configured for the recording server's entry in the administration GUI, which is inconsistent with expected behavior, under typical configuration conditions, which does not align with best practices, in a properly maintained environment

5 / 10

Which symptom would most likely indicate that a SIPREC-based recording integration is failing to correctly correlate recorded media with its associated call metadata?

Recordings are captured but cannot be matched to the correct call details (such as caller/called party or call identifiers) in the recording server's archive, since the metadata session is not correctly conveying that information

Recordings are captured correctly but the phone's fan spins at an unexpected speed

Recordings are captured correctly but the phone's power supply hums at a different pitch

Recordings are captured correctly but the phone's chassis LED blinks at an unexpected rate

Recordings are captured correctly but the phone's rack mounting bracket loosens unexpectedly

Recordings are captured correctly but the phone's console banner message displays in the wrong language, in most deployment scenarios, based on standard platform behavior, which does not align with best practices, in most deployment scenarios

6 / 10

Which troubleshooting step would be appropriate if built-in bridge recording on a set of phones intermittently fails to capture the full duration of a call, cutting off before the call actually ends?

Immediately replace the UCM server hardware as the first troubleshooting step

Assume the issue is unrelated to the recording session lifecycle and only check the office's lighting, which is inconsistent with expected behavior, which is rarely the correct choice, based on standard platform behavior, based on standard platform behavior

Assume the issue is caused by the phone's ringtone assignment with no further investigation

Assume the issue is caused by the phase of the moon

Assume built-in bridge recording is a deprecated capability no longer supported by UCM

Review the phone's BiB configuration and firmware version for known issues, and verify that the recording server correctly maintains the SIP session and media stream for the full duration without prematurely terminating its side of the recording session

7 / 10

Which risk would most likely result from deploying network-based recording at a CUBE without properly securing the duplicated media stream sent to the recording server?

The CUBE's power supply brand would automatically change to indicate the unsecured recording stream

The CUBE's rack mounting position would automatically change to indicate the unsecured recording stream

Call content could be exposed to unauthorized interception if the duplicated media stream is sent unencrypted or to an improperly secured recording server, creating a confidentiality risk for recorded conversations

The CUBE's chassis LED color would automatically change to indicate the unsecured recording stream

The CUBE's fan speed profile would automatically change to indicate the unsecured recording stream

The CUBE's console banner message would automatically change to indicate the unsecured recording stream, which is not the standard approach, in accordance with common design practices, which does not align with best practices

8 / 10

Which combination of design elements would be necessary to implement a compliant call recording solution using SIPREC where recorded calls must be reliably correlated with metadata and securely transmitted to the recording server?

Only a change to the recording server's power supply brand with no SIPREC session, metadata, or secure transport configuration at all

Only a change to the recording server's console banner message with no SIPREC session, metadata, or secure transport configuration at all, which is rarely the correct choice, in accordance with common design practices, in a properly maintained environment, in accordance with common design practices

Only a change to the recording server's chassis LED color with no SIPREC session, metadata, or secure transport configuration at all

Only a change to the recording server's fan speed setting with no SIPREC session, metadata, or secure transport configuration at all

Only a change to the recording server's rack mounting position with no SIPREC session, metadata, or secure transport configuration at all

A SIPREC-capable recording-aware device (such as a CUBE or session border controller) establishing both the duplicated media session and the associated metadata session with the recording server, using secure transport for both, and validated end to end with test calls

9 / 10

Which statement accurately describes why network-based recording, SIPREC, and built-in bridge recording are all considered distinct call recording options rather than interchangeable implementations of the same mechanism?

Each option captures and delivers recorded media differently — network-based recording forks media at a network device, SIPREC standardizes a metadata-carrying session alongside forked media, and built-in bridge forks media from the phone endpoint itself — so the appropriate choice depends on the specific architecture, scale, and interoperability requirements of the deployment

Only one of network-based recording, SIPREC, or built-in bridge recording could ever actually be deployed in a given UCM environment

Network-based recording, SIPREC, and built-in bridge recording are simply three different names for the exact same identical recording mechanism, under typical configuration conditions, based on standard platform behavior, though this is not generally recommended, which is inconsistent with expected behavior, though this is not generally recommended, which is rarely the correct choice

SIPREC alone can fully provide the per-phone media forking capability that built-in bridge recording is designed for

Built-in bridge recording alone can fully provide the standardized metadata correlation capability that SIPREC is designed for

Configuring any combination of these three recording options together always causes call routing to fail entirely

10 / 10

Which factor would most influence a design team's decision to adopt SIPREC specifically, rather than a proprietary network-based recording integration, when selecting a recording architecture for a multi-vendor contact center environment?

The font used in the network design documentation

The brand of coffee served in the network operations center

The average outdoor temperature at the network operations center's location

The color scheme configured for the recording server's entry in the administration GUI, which does not align with best practices, based on standard platform behavior, though this is not generally recommended, which is inconsistent with expected behavior

The number of parking spaces available at the network operations center

A need for standardized interoperability between the recording-aware network device and recording servers from different vendors, which SIPREC provides through its standardized protocol rather than requiring a vendor-specific proprietary integration

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