500-442 Practice Questions

The correct answer is A and E. The Cisco VVB has the following features:

Facilitates self-service options such as access to check account information or user-directed call

routing by processing user commands through touchtone input or speech-recognition technologies1.

Allows customers to retrieve the required information through voice commands without interacting

with an agent, to navigate to the correct department, or to get help from an agent1.

Provides multilingual support for Cisco VVB server prompts for Automated Speech Recognition (ASR)

and Text-To-Speech (TTS) capabilities1.

Provides more comprehensive and effective customer service by efficiently handling call traffic with

self-service or fast transfer to the correct agent the first time1.

Option B is incorrect because it is the opposite of what Cisco VVB does. Cisco VVB allows customers,

not agents, to use voice commands without interacting with an agent1.

Option C is incorrect because Cisco VVB supports multiple languages for ASR and TTS, not just one1.

Option D is incorrect because it confuses the roles of customers and agents. Cisco VVB provides

better customer service, not agent service, by transferring customers to the right agent, not vice

versa1.

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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 have tailored workflows

that match their specific operational needs and enhance productivity.

Reference: 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.

A Contact Center typically needs to provide the following functionalities:

A. Skill-Based Routing: This functionality allows the Contact Center to route calls to the most

appropriate agent based on their skills, ensuring that customers are matched with agents who can

best address their needs.

C. IVR and Queuing: Interactive Voice Response (IVR) systems and queuing mechanisms are crucial

for managing incoming calls, providing self-service options, and efficiently managing caller wait

times until an appropriate agent is available.

Reference: Cisco's documentation on Contact Center solutions, including Unified Contact Center

Enterprise (UCCE), often highlights the importance of Skill-Based Routing and IVR/Queuing

functionalities in providing effective customer service.

In a Cisco Contact Center Enterprise (CCE) Call Flow, when ICM receives a new Route Request from

CVP, the response is B. ICM responds to the Route Request by running a Routing Script. This script

contains the logic that determines how the call should be routed within the contact center, which

could involve sending the call to an IVR for self-service, queueing the call for an available agent, or

implementing other routing decisions based on the business rules defined in the script.

Reference: Cisco CCE scripting and routing documentation provides insights into how ICM processes

Route Requests and the role of Routing Scripts in determining call treatment and routing.

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.

Reference: 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.

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 range of

historical data related to contact center operations, including agent performance, call routing

statistics, and system utilization metrics.

Reference: 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.

Within Cisco Unified Intelligence Center (CUIC), the two role types that have access to reporting

objects, maintained through a system of Roles and Permissions, include:

A. Report Designer: This role is responsible for creating and modifying reports within CUIC, tailoring

them to meet specific informational needs.

D. Report Definition Designer: This role involves defining the structure and sources of data for

reports, ensuring that the reports provide relevant and accurate information.

Reference: Cisco CUIC documentation, which covers the platform's roles and permissions model,

details the responsibilities and access levels of different roles, including Report Designer and Report

Definition Designer.