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With the Script Editor in Cisco's contact center solutions, two types of scripts that can be created are:C.Routing Scripts:These scripts define the logic for how calls are routed within the contact center, including decisions based on time of day, caller input, agent availability, and other factors.E.Administrative Scripts:These scripts are used for system-wide functions that are not directly related to call routing, such as setting system parameters, defining exception handling routines, or managing holiday schedules.References:Cisco's documentation on Script Editor and scripting in contact center solutions provides comprehensive guides on creating and managing Routing and Administrative scripts, outlining their purposes and functionalities.

Precision Queues in Cisco Contact Center solutions allow callers to reach agents based on attributes and proficiency ratings rather than just the skill group membership. The key differentiator is:B.The Weight of the attribute:Precision Queues evaluate the attributes assigned to agents, such as language proficiency or product knowledge, along with their weights. Callers are then matched to agents based on these weighted attributes, allowing for more granified routing decisions compared to traditional skill group-based routing.References:Cisco documentation on Contact Center routing and agent configuration explains the functionality of Precision Queues, including how attributes and their weights are used to match callers with the most suitable agents.

Skill targets are used to route calls to the appropriate Agent, and the call type is used to determine which skill target should be used for the call. By correctly identifying the call type, the CCE system can ensure that the call is routed to the correct skill target and that the call is handled by the right agent.

References: [1] May 24, 2022 … Extension mobility functionality extends to most Cisco Unified IP Phones [1]. … Create an Extension Mobility Device Profile for Users. [2] How can the Extension Mobility feature be described? A [1][2]. As part of the configuration, the Device profile needs to be created in CCE and associate each… [3] Sep 12 [2], 2022 … As part of the configuration in Unified Communications Manager Administration [3][4], you create a device profile for each agent that will use… [4] Cisco IOS-XE does not have built-in voice browser capability [3][4]. … or the corresponding Extension Mobility device profile is not associated with a Unified… [5] As part of the configuration in Unified Communications Manager Administration [1][3], you create a device profile for each agent that will use Extension Mobility,… [

1. Feature Configuration Guide for Cisco Unified Communications ...

https://www.cisco.com/c/en/us/td/docs/voice_ip_comm/cucm/admin/12_5_1SU1/cucm_b_feature-configuration-guide-for-cisco1251SU1/cucm_b_

https://www.cisco.com/c/en/us/td/docs/voice_ip_comm/cucm/admin/10_5_2/ccmfeat/CUCM_BK_C3A84B33_00_cucm-feature-configuration-guide_1052/CUCM_BK_C3A84B33_00_cucm-feature-configuration-guide_chapter_011101.html

The correct answer is C.The Extension Mobility feature can be described as follows1:

The Cisco Unified CM feature that allows Agents to temporarily access their Cisco Unified IP Phone configuration, such as line appearances, services, and speed dials, from other Unified IP Phones1.

The feature enables users to log in to any phone that supports Extension Mobility and use it as their own phone1.

The feature supports both intra-cluster and cross-cluster scenarios, where users can log in to phones that are located within the same or different Unified CM clusters1.

The other options are incorrect because:

Option A is incorrect because the device profile needs to be created in Unified CM, not CCE, and associated with the user, not the agent1.

Option B is incorrect because only the device profile needs to be added to the pg user account, not the phone2.

Option D is incorrect because the Extension Mobility Cross Cluster works on phones that are located in different Unified CM clusters, not the same cluster1.

Extension Mobility is a feature of Cisco Unified Communications Manager (CM) that allows users to temporarily access their personal phone settings, such as line appearances, services, and speed dials, on different Cisco Unified IP Phones. This feature is particularly useful in environments where users change workspaces frequently or share workspaces with others.References:Cisco Unified CM's official documentation provides comprehensive details on the Extension Mobility feature, including its setup, configuration, and usage.

The function of the CVP Subdialog Return element in a VXML application is to populate variables sent back to Cisco Contact Center Enterprise (CCE) from the VXML application. This element is used at the end of a subdialog invocation to return control to the main IVR application, along with any data collected or processed during the subdialog. This mechanism allows for dynamic exchange of information between different parts of an IVR application and the broader Contact Center solution, enabling complex call flows and data-driven decision-making.References:Documentation on Cisco's VXML Server and CVP provides detailed information on how Subdialog Return elements are used within VXML applications to interface with CCE and other components of the Contact Center infrastructure.

C. make sure the Supervisor has an Active Directory Account: The Supervisor must have an Active Directory (AD) account in order to be able to log in to the Cisco Finesse web interface and manage the contact center operations.

D. ensure that "Is Supervisor" is checked: The Supervisor role must be assigned to the AD account. This can be done by navigating to the Cisco Unified Contact Center Enterprise Administration page and searching for the Supervisor's account. Once located, the "Is Supervisor" checkbox must be checked to give the account the necessary permissions to manage the contact center.

A Contact Center exists to handle customer contacts efficiently by routing them to appropriately skilled agents while managing wait times through queuing and self-service. Core functionalities define what makes a system a contact center.

Why the Correct Answer is Right: A is correct because Skill-Based Routing is a defining functionality of modern contact centers—it ensures callers are matched with agents who have the appropriate knowledge, language, or certification to handle their need, improving first-call resolution. C is correct because IVR and Queuing are foundational components—IVR handles self-service and call classification, while queuing manages wait times and prioritizes contacts. Both are listed as core contact center capabilities in Cisco CCE documentation.

Why Each Incorrect Answer is Wrong: B is wrong because Surveys are an optional enhancement, not a core contact center requirement. D is wrong because TCP/IP is network infrastructure used by all IP-based systems, not a contact center functionality. E is wrong because Routing Protocols (OSPF, BGP) are network layer concerns entirely outside the scope of contact center functional requirements.

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Contact Center KPIs measure performance and customer experience across different categories—financial, operational, and quality. Call Quality KPIs specifically focus on how well the contact center serves customers from a service perspective.

Why the Correct Answer is Right: D is correct because Customer Satisfaction is a primary Call Quality KPI—it directly measures whether the customer's need was resolved effectively and whether they had a positive experience, typically measured through post-call surveys. E is correct because Call Abandon Rate measures the percentage of callers who hang up before reaching an agent. A high abandon rate indicates poor service quality and is a universally recognized contact center quality metric.

Why Each Incorrect Answer is Wrong: A is wrong because Cost is a financial/efficiency KPI, not a Call Quality KPI—it measures operational expenditure rather than service quality. B is wrong because Productivity is an operational KPI measuring agent output, not a Call Quality measure. C is wrong because Customer Expectations is an input factor used in setting targets, not a measurable KPI metric itself. F is wrong because Average Queue Time is a service level metric, classified as operational efficiency rather than a direct Call Quality KPI.

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