Score Higher on Verified 300-830 | Implementing Cisco Collaboration Cloud Customer ExperienceCLCCEv1.0 Exam Questions with Answers

See mapping below

After 180 seconds, agents from other sites must be able to take the call: Create agent-based teams; Add a Call Distribution Group that uses the remaining agents' team after the specified delay.

Only agents with a language ranking of > = 5 can take the call: Create a skill profile and set Type to Proficiency in the Skill Definition settings; Define skill requirements for the Queue activity where the caller's spoken language is > = 5.

The completed mapping follows Cisco's two different routing constructs. For the 180-second requirement, the call first targets the local or primary agents and then expands after a delay. Cisco documents Call Distribution Groups as the method used by non-skill queues to define levels of teams that become eligible after configured intervals. That is why an agent-based team plus a delayed call distribution group is the right match; a capacity-based team is used for unmanaged destinations and does not represent normal agent routing. The language-ranking requirement is different. It must be handled through skills and proficiency. Cisco documents skill definitions, skill profiles, and queue skill requirements as the pieces used to limit routing to agents with matching skill values. Therefore the skill definition must use Proficiency and the Queue activity must define the language requirement of at least 5. A Best Available Agent queue alone is insufficient unless the skill requirement is actually applied. Reference: Cisco Help, Understand Routing and Queueing in Webex Contact Center; Create queues and configure routing patterns.

The call reaches the initial greeting and accepts an IVR option, so the Local Gateway and inbound call delivery are working at least through the first media and signaling stage. The failure occurs after the caller makes a menu selection, which points at the flow branch or the next activity after that menu, not at the trunk itself. Cisco's Flow Designer documentation explains that flows define what happens at each stage of a call, including prompts, menu handling, queueing, transfers, and disconnect behavior. If a branch after the selected option has an invalid Queue Contact configuration, an invalid transfer destination, an unhandled error, or an incorrect terminal node, the customer may hear the greeting and then be disconnected. Analyzer can confirm call records after the fact, but the fastest root-cause path is to inspect the flow configuration and the branch selected by the caller. Queue or channel association issues would usually prevent reaching the intended IVR stage. Reference: Cisco Help, Build and manage flows with Flow Designer; Understand Routing and Queueing in Webex Contact Center.

The customer wants fast, accurate, consistent responses across multiple knowledge-driven topics: warranty details, promotions, delivery timelines, and nearest-store lookup by postal code. A traditional IVR menu can route callers through static options, but it does not answer varied natural-language questions well. A live agent can answer them, but that does not meet the automation and consistency requirement. A scripted AI agent follows defined paths and is useful when the conversation is highly controlled, but it is less suitable when the customer may ask different factual questions that need retrieval from knowledge or business systems. Cisco Webex AI Agent Studio distinguishes autonomous AI agents for more flexible customer interactions based on configured knowledge, tools, and fulfillment behavior. An autonomous AI agent can interpret the request, use the appropriate knowledge or lookup path, and respond consistently without waiting for a human. That makes it the best fit for this use case. Reference: Cisco Help, Webex AI Agent Studio Administration guide; Use AI agents for customer interactions.