Cisco 500-442 - Administering Cisco Contact Center Enterprise (CCEA)

In Cisco Finesse, the supported number of Workflows is:C.up to 100 Workflows with 20 per Team:This allows for a significant degree of customization and automation within the Finesse environment, enabling different teams to havetailored workflows that match their specific operational needs and enhance productivity.References:Cisco Finesse documentation provides detailed information on the capabilities and limitations of workflows within the Finesse environment, including the maximum number of workflows supported and the allocation per team.

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.

the two channels or features supported by the Cisco Enterprise Chatbot Engine (ECE) are Chat and Email.

Enterprise Chat and Email (ECE) supports multiple channels or features, including:B.Chat:ECE provides a comprehensive chat solution that allows agents to interact with customers in real-time, offering support and assistance through web chat.E.Email:ECE also supports email interactions, enabling agents to manage and respond to customer inquiries received via email, with features such as automated responses and email queuing.References:Cisco's documentation on Enterprise Chat and Email (ECE) details the supported channels and features, including chat and email capabilities for enhanced customer interaction.

the Call Tracer tool can be used to verify the configuration of Basic Call settings. This tool allows administrators to trace the progress of a call from the time it is placed until it is routed to the correct destination.

The tool used to verify the configuration of Basic Call settings in Cisco's contact center solutions is:D.Call Tracer:Call Tracer allows administrators to trace the call flow and verify how calls are handled based on the current configuration. It's an essential tool for diagnosing and troubleshooting call processing issues and ensuring that call settings are correctly configured.References:Cisco's documentation on tools and utilities for contact center solutions often includes information on Call Tracer and its use in verifying call configurations and troubleshooting call flow issues.

on a UCCE environment, the server that holds the .wav files is the Media Server. 

The server that holds the.wavfiles in a UCCE environment is D. Media Server. The Media Server stores and serves audio files (such as music on hold, IVR prompts, and announcements) used in the contact center. These files are accessed by various components within the UCCE environment, such as the VXML Gateway and CVP, to provide audio content to callers.References:Cisco Unified CCE documentation, particularly sections related to media resources and VXML applications, details the role of the Media Server in storing and delivering audio content within the contact center environment.

Additional ICM tools are typically added through the Admin Server node. The Administration Tools folder on the Admin Server contains various ICM configuration and management tools, including the Script Editor, Configuration Manager, and others. By installing or configuring these tools on the Admin Server, they become available for use in managing and configuring the ICM environment.References:Cisco ICM/UCCE administrative documentation provides guidelines on setting up and managing the ICM environment, including the addition of tools through the Admin Server.

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.

The Cisco Unified Intelligence Center (CUIC) accesses various data sources to fetch data for rendering reports. The two primary data sources it uses are:B.Cisco Customer Voice Portal Reporting Server:This server provides detailed information about IVR interactions, call treatment, and self-service application usage within the Customer Voice Portal.D.Cisco Administration Server and Historical Data Server:These servers store a wide rangeof historical data related to contact center operations, including agent performance, call routing statistics, and system utilization metrics.References:Official Cisco CUIC documentation details the data sources that CUIC can access for reporting purposes, highlighting how data from these sources is used to compile comprehensive reports on contact center performance.