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An engineer must design a scalable QoS architecture that allows the separation of the traffic into classes on predefined business requirements. The design must also utilize the differentiated services code points as the QoS priority descriptor value and support at least 10 levels of classification. Which QoS technology should the engineer include in the design?

A.

RSVP

B.

Diffserv

C.

Best effort

D.

Interserv

Drag and drop the steps WAN Edge performs when on-boarded into the Cisco SD-WAN overlay from the left into the order they are completed on the right.

Refer to the exhibit. An architect must design a resilient gateway solution based on these requirements:

    VLAN 10 and VLAN 11 support voice and video applications.

    Link and node failures must have minimal impact on traffic.

    Provide protection against false hello packets.

    Support IPv6.

Which solution must the architect choose?

A.

GLBP with IP SLA tracking

B.

VRRP version 2 with authentication

C.

HSRP version 2 with MD5 authentication

D.

VRRP version 2 with object tracking

Refer to the exhibit. A customer has two eBGP peerings from a single CE router toward two service providers. The customer has hired an architect to design a solution to ensure certain traffic enters the customer's network through interface g¡g0/0. Which solution must the architect include in the design?

A.

Advertise a lower MED value toward the less preferred service provider.

B.

Prepend additional AS on the AS path toward the preferred service provider.

C.

Break aggregated routes into longer prefixes and advertise to the preferred service provider.

D.

Set a higher local preference to the preferred service provider path.

A network engineer prepares a script to configure a loopback interface with IP address 172.16.15.12/32. To comply with the company security policies, 'Content-type':

‘application/yang-data+json‘ is added to the script. Connection to the network devices must be secured. Which code snippet must the network engineer use to meet this requirement?

A.

Option A

B.

Option B

C.

Option C

D.

Option D

Refer to the exhibit.

Which solution decreases the EIGRP convergence time?

A.

Enable subsecond timers

B.

Increase the hold time value

C.

Increase the dead timer value

D.

Enable stub routing on the spokes

An engineer is designing an IPv4 addressing plan for an enterprise with 1000 branches. Each branch requires a prefix for data and a prefix for voice. Each prefix must accommodate up to 128 hosts, and prefixes must facilitate summarization at aggregation points in the network. The security team requires a simple method for identifying voce prefixes. Which allocation does the engineer recommend from the RFC1918 address space?

A.

/24 prefixes for data from 10.0.0.0/15 and /24 prefixes for voice from 172.16.0.0/15

B.

/24 prefixes for data from 10.0.0.0/8 and /24 prefixes for voice from the next contiguous /24 prefix per site

C.

/25 prefixes for data from 10.0.0.0/8 end /25 prefixes for voice from the next contiguous /25 prefix per branch

D.

/24 prefixes for data from 10.0.0.0/8 and /24 prefixes for voice from 172.16.0.0/12

Refer to the exhibit. A network engineer must design a highly available OSPF solution based on these requirements:

    Traffic disruptions caused by link or node failures in Area-1 must be resolved in milliseconds.

    In the event of a failure, traffic must switch to another path without waiting for the OSPF dead interval.

Which fault detection solution must the engineer choose?

A.

Utilize BFD and tune the BFD timers to 100 ms.

B.

Tune the SPF delay and the OSPF LSA interval timers to 100 ms.

C.

Enable IP SLA tracking for each OSPF peer.

D.

Decrease SPF timers to 100 ms.

Drag and drop the characteristics from the left onto the telemetry mode they apply to on the right.

Drag and drop the elements from the left onto the YANG models where they and used on the right.