Free Access Cisco.350-401.v2022-12-29.q383 Practice Test (Page 20)

Question 91

Refer to the exhibit.

An engineer attempts to create a configuration to allow the Blue VRF to leak into the global routing table, but the configuration does not function as expected. Which action resolves this issue?

A.Change the access-list number in the route map

B.Change the access-list destination mask to a wildcard.

C.Change the route-map configuration to VRF_BLUE.

D.Change the source network that Is specified in access-list 101.

Question 92

Which statement about LISP encapsulation in an EIGRP OTP implementation is true?

A.LISP learns the next hop

B.OTP uses LISP encapsulation to obtain routes from neighbors

C.OTP uses LISP encapsulation for dynamic multipoint tunneling

D.OTP maintains the LISP control plane

Correct Answer: D

Explanation
The EIGRP Over the Top solution can be used to ensure connectivity between disparate EIGRP sites. This feature uses EIGRP on the control plane and Locator ID Separation Protocol (LISP) encapsulation on the data plane to route traffic across the underlying WAN architecture. EIGRP is used to distribute routes between customer edge (CE) devices within the network, and the traffic forwarded across the WAN architecture is LISP encapsulated.
EIGRP OTP only uses LISP for the data plane, EIGRP is still used for the control plane. Therefore we cannot say OTP uses LISP encapsulation for dynamic multipoint tunneling as this requires encapsulating both data and control plane traffic -> Answer 'OTP uses LISP encapsulation for dynamic multipoint tunneling' is not correct.
In OTP, EIGRP serves as the replacement for LISP control plane protocols (therefore EIGRP will learn the next hop, not LISP -> Answer 'LISP learns the next hop' is not correct). Instead of doing dynamic EID-to-RLOC mappings in native LISP-mapping services, EIGRP routers running OTP over a service provider cloud create targeted sessions, use the IP addresses provided by the service provider as RLOCs, and exchange routes as EIDs. Let's take an example:

If R1 and R2 ran OTP to each other, R1 would learn about the network 10.0.2.0/24 from R2 through EIGRP, treat the prefix 10.0.2.0/24 as an EID prefix, and take the advertising next hop
198.51.100.62 as the RLOC for this EID prefix. Similarly, R2 would learn from R1 about the network 10.0.1.0/24 through EIGRP, treat the prefix 10.0.1.0/24 as an EID prefix, and take the advertising next hop 192.0.2.31 as the RLOC for this EID prefix. On both routers, this information would be used to populate the LISP mapping tables. Whenever a packet from 10.0.1.0/24 to
10.0.2.0/24 would arrive at R1, it would use its LISP mapping tables just like in ordinary LISP to discover that the packet has to be LISP encapsulated and tunneled toward 198.51.100.62, and vice versa. The LISP data plane is reused in OTP and does not change; however, the native LISP mapping and resolving mechanisms are replaced by EIGRP.

Question 93

Refer to the exhibit.

An engineer reconfigures the pot-channel between SW1 and SW2 from an access port to a trunk and immediately notices this error in SW1's log.
Which command set resolves this error?
A)

A.Option B

B.Option A

C.Option C

D.Option D

Question 94

Drag and drop the LISP components on the left to the correct description on the right

Question 95

A client with IP address 209 16b 201 2b must access a web server on port 80 at 209 I6b.200.22b. To allow this traffic. an engineer must add a statement to an access control list that is applied in the inbound direction on the port connecting to the web server Which statement allows this traffic?

A.permit tcp host 209.165.200.225 host 209.165.201.25 eq 80

B.permit tcp host 209 165 200 225 eq 80 host 209.165.201.25

C.permit tcp host 209.165.200 225 It 80 host 209.165.201.25

D.permit tcp host 209 165.201 25 host 209.165.200.225 eq 80

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Question 91

Question 92

Question 93

Question 94

Question 95

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