300-510 SPRI: Implementing Cisco Service Provider Advanced Routing Solutions

Refer to the exhibit. Router 1 is located in a different data center from Router 2 and Router 3. Router 1 runs the IS-IS routing protocol and is preconfigured with LDP and segment routing. Which configuration must an engineer apply under router isis 111 on Router 1 to implement TI-LFA on the link to Router 2 without disrupting traffic to Router 3?

Refer to the exhibit. The network is configured for multicast with PIM-SM. A server attached to R3 sends multicast data to hosts on R4. To accommodate anticipated network growth, the network engineer with employee ID 123456789 has decided to use Auto-RP to dynamically assign a rendezvous point (RP). Which action must be performed?

Drag and drop the BGP route-selection attributes from the left into the correct sequence on the right. Not all options are used.

Refer to the exhibit.

An engineer working on a client’s network is trying to resolve the BGP community issue on the R1 and R2 routers. After displaying the BGP entries, the engineer notices that the two routers still produce different outputs. Which action must the engineer perform on either router to correct the problem and obtain the same output?

Refer to the exhibit. The service provider has deployed segment routing in its core. P2 connects to P3 and P4 through a point-to-multipoint link, as shown. The service provider supplies connectivity for a large enterprise with three primary offices in different geographic regions. Each office connects through one of the three PEs. The enterprise wants to implement multicast traffic across the service provider to stream mission-critical applications among sites. The applications are sourced from a server connected to the network through PE2. Which action must the network-engineering team take so that multicast traffic flows between the enterprise sites over the point-to-multipoint link?