Cisco Implementing Cisco Collaboration Cloud Customer ExperienceCLCCEv1.0 300-830 Exam Dumps: Updated Questions & Answers (May 2026)

Webex AI Agents are exposed in newer Flow Designer behavior through the Virtual Agent V2 node. If the administrator only sees Webex CCAI Config in the Virtual Agent field, they are looking at the older virtual agent configuration path rather than the node that supports Webex AI Agents. Cisco's Webex AI Agent documentation distinguishes AI Agent Studio assets and the flow nodes used to connect callers to AI agents. Reloading Flow Designer would not change the node capability if the wrong activity is selected. Typing the AI agent name manually into a field is not a supported way to bind an unavailable agent object. Creating a generic connector in Control Hub is also not the fix when the organization already has Webex AI agents licensed and ready. The correct operational step is to use the Virtual Agent V2 node, which is designed for the newer Webex AI Agent integration. Reference: Cisco Help, Webex AI Agent Studio Administration guide; Configure Virtual Agent-Voice in Webex Contact Center.

Inbound Webex Contact Center voice routing needs an entry path and an agent distribution target. The DNIS or support number must be associated with the entry point and flow so that an incoming PSTN call reaches the proper Flow Designer logic. Inside that flow, the contact must be queued to a queue that has eligible teams or agents. Cisco's queue documentation describes queues as holding areas where contacts wait until they are distributed, and it explains that non-skill queues use team assignments or agent assignments while skill queues use skill matching. The wording in the option set refers to DNIS entries in Flow Designer; operationally, DNIS is tied to the entry point/channel and flow selection, and the flow then uses a Queue Contact activity. Script Editor is a legacy/on-premises contact center construct, not the modern Webex Contact Center Flow Designer model. A softphone registration alone does not route calls, and a skills-only queue is not mandatory unless the design requires skills. Reference: Cisco Help, Set up voice channels for Webex Contact Center; Understand Routing and Queueing in Webex Contact Center.

Cisco protects Webex Contact Center APIs with rate limiting per client ID so that one application cannot exhaust shared platform capacity. The current default limit represented in this question is 30 requests per second and 1800 requests per minute for a given client ID. Those two values are the same rate expressed at different time scales, and both are used by administrators and developers when sizing integration retry logic. The Webex developer guidance also stresses that clients must handle HTTP 429 responses and Retry-After behavior rather than assuming unlimited API throughput. The 300 requests per second and 1000 requests per minute options do not match the stated current Contact Center API limits. The 300 requests per minute figure appears in broader Webex REST API guidance for many APIs, but the question is asking specifically about the Webex Contact Center API limits in this context. Correct integrations should therefore throttle to 30 RPS and 1800 RPM unless Cisco grants or documents a different tenant-specific limit. Reference: Webex Developer, Webex Contact Center APIs; Webex Developer blog, Rate Limiting and the Webex API.

The registration refresh interval is derived from the expires value multiplied by the refresh ratio. In Cisco IOS XE Local Gateway configuration for Webex Calling, the registrar command commonly uses an expires value and a refresh-ratio. With expires 240 and refresh-ratio 50, the gateway refreshes registration at 50 percent of 240 seconds, which is 120 seconds, or exactly two minutes. Option B uses refresh-time, which is not the documented parameter used in the provided command style. Option C would refresh at 60 seconds because 50 percent of 120 is 60. Option D would refresh at 150 seconds because 50 percent of 300 is 150. The correct answer is therefore the command that sets expires to 240 with refresh-ratio 50 over TLS using the sips scheme. This aligns with Cisco's registration-based Local Gateway model, where the SBC must keep SIP registration active toward Webex Calling. Reference: Cisco Help, Configure Local Gateway on Cisco IOS XE for Webex Calling; Configure trunks, route groups, and dial plans for Webex Calling.

The number of times an agent took or placed a call is counted from customer/contact activity data because the metric is tied to handled interactions, not simply to agent state. Cisco Analyzer divides data into agent records and customer records. Agent Activity Record is useful for state transitions such as available, idle, break, and activity-state duration. Agent Session Record summarizes the agent's login session. Customer Session Record summarizes the overall customer session. Customer Activity Record captures contact activities and interaction legs, which is where answered calls, outbound calls, transfer-related activity, and agent handling events are represented. When the business question is how many calls an agent took or placed, the repository must count interaction activity associated with the agent. That is why Customer Activity Record is the correct source. The distinction is important: agent repositories explain what the agent was doing over time, while customer activity repositories explain what happened to contacts and calls. Reference: Cisco Help, Cisco Webex Contact Center Analyzer User Guide; Webex Contact Center Analyzer Stock Reports.

Repository: Customer Session Record.

Segment Data: Contact Start Timestamp and Queue Duration.

Profile Variable: ANI, Agent Login, and Final Queue Name.

The report needs one row for each call, the caller's number, queue timing, and final agent. Cisco Analyzer separates data into repositories and data classes. Customer Session Record is the proper repository because it represents the end-to-end customer contact session and contains the contact session identifier needed for a list of calls. Contact Start Timestamp and Queue Duration are segment-level metrics that describe when the contact began and how long it waited in the queue. ANI, Agent Login, and Final Queue Name are profile or reporting variables that identify the caller's number, the final handling agent, and the queue outcome. Burn Index, abandoned service-level count, and idle code fields are not part of this requested report. Agent Activity Record would be appropriate for agent state history, but this report is customer-contact centered. Customer Activity Record is useful for detailed contact activities, but the drag-and-drop target asks for the repository and field groupings shown. Reference: Cisco Help, Cisco Webex Contact Center Analyzer User Guide; Webex Contact Center Analyzer Stock Reports.

The failure occurs after the standard Live Chat workflow template is deployed and the widget can be started, so the website widget itself is not the main issue. The Resolve node response in the exhibit points to a missing or invalid Live Chat domain value used by the workflow. Cisco's Webex Connect live chat and create conversation documentation identifies Livechat Website Domain as a value stored under custom variables and used when resolving or creating live chat conversations. The standard template depends on that workflow custom variable being populated with the valid domain where the Live Chat widget is embedded. Changing media type and media channel on the Resolve node would not fix a missing domain variable in the deployed template. The option using chat Domain is close but not the named workflow custom variable indicated by the template. Setting the Workflow Custom Variable LiveChat Domain to a valid value resolves the failure. Reference: Webex Connect Help, Livechat; Create conversation - WxEngage standalone; Resolve Conversation - WXCC.

SMS-based one-time passcode authentication requires generating the passcode and sending it to the user over SMS. Webex Connect includes a Generate OTP node for creating the random passcode and an SMS node for delivering the generated value to the customer's mobile number. Those two nodes form the minimum authentication workflow. A Profile node can retrieve or update customer profile information but does not generate or deliver the passcode. A Data Parser node can parse structured responses, which is useful after API calls, but it is not required to create and transmit an OTP. An Evaluate node can compare the customer's submitted passcode to the stored/generated value later in the flow, but the question asks which two nodes are needed to implement authentication via SMS using a randomly generated passcode. The foundational nodes are Generate OTP and SMS. Reference: Webex Connect Help, Generate OTP node; SMS Node; Webex Connect flow builder documentation.

Agent Desktop connectivity depends on the Webex service domains and the Contact Center service domain being reachable over HTTPS. Cisco's security and network documentation for Webex Contact Center includes domain allow-listing so the browser desktop can load scripts, APIs, authentication paths, media-related services, and Contact Center application components. The official domain patterns include Webex domains such as *.wbx.com on port 443 and Contact Center service domains such as *.ciscoccservice.com on port 443. Blocking either can prevent the desktop from loading, authenticating, or communicating with Contact Center services. The ucce.com domain is associated with Unified Contact Center Enterprise naming, not Webex Contact Center Agent Desktop. The generic amazonaws.com domain may appear in some cloud service paths, but it is not one of the two direct required domain answers here. The wxcc.com option is also not the official service domain in the documented network requirement list. Reference: Cisco Help, Set up security for Webex Contact Center; System requirements for Webex Contact Center Desktop.

A Web Chat widget that is visible in configuration but does not load on the company website commonly points to an asset-domain mismatch. Cisco Webex Connect live chat assets require the website domain to be configured for the asset so the platform can validate where the widget is embedded. The exhibit shows the browser-side failure after widget code is implemented, which is consistent with the site domain not matching the domain configured for the Web Chat Asset. Missing Webex Connect flow configuration usually causes chat handling or routing failures after a chat is initiated, not the widget failing to load. A firewall block to a widget domain is possible in the real world, but the question says the engineer sees output in the browser while investigating Webex Contact Center, and the Cisco configuration control involved is the website domain on the asset. Content Security Policy allow-listing in Webex Contact Center is for desktop/embedded content behavior, not the primary asset-domain validation for web chat loading. Reference: Webex Connect Help, Livechat; Cisco Help, Set up digital channels in Webex Contact Center.