DRAG DROP
Drag the item on the left to the correct table it pertains to on the right?

DRAG DROP
Drag and drop the correct commands in the proper order to redistribute the RED VPN routes from the BGP VRF into the EIGRP VRF.
Drag and drop the correct commands in the proper order?

SIMULATION
Network Topology Exhibit

Certkiller .com is a stock broker service that is using EIGRP AS 1 as the IGP in its network. Certkiller .com has decided to establish connectivity between the New York site and the Los Angeles site. NiceNet, a service provider, has been selected by Certkiller .com to provide the connectivity between the two sites. For this implementation NiceNet is using a MPLS VPN solution. NiceNet has already established MPLS connectivity between all of its PE routers. MPBGP connectivity has also been established on all PE routers. Certkiller .com has successfully completed all necessary tasks on the CE routers, and NiceNet has successfully completed all necessary MPLS VPN configuration tasks on PE12. Your task is to successfully complete the implementation of the VPN connection by configuring the MPLS VPN on PE11 using the following information:
Privileged mode password: Certkiller
EIGRP is to be used as the PE – CE protocol for the VPN MPBGP is being used to propagate VPN routing information between PE routers. The interface supporting the Certkiller .com is Serial 0/0.101 and will have an IP address of 150.1.119.18 255.255.255.240
The following has been assigned to Certkiller .com’s VPN:
The VRF_name is Certkiller _22
The RD is 22:10.
The route target for import is 21:10.
The route target for export is 21:10.
Configure EIGRP between CE11A and PE11 using AS number 10. Redistribute from BGP to EIGRP AS 10 using a metric string of 10000 100 255 1 1500.
Redistribute from EIGRP AS 10 to BGP using metric string of 1. VPN is operational when you see the routes for both the local (10.1.11.0) and the remote (10.1.12.0) sites in the VRF routing table.
Click on the host computer to start the simulation.

Refer to the graphic. At router B, complete the LFIB for a label of 25.

DRAG DROP
Match the drawbacks on the left to the appropriate MPLS Internet access methods on the right by dragging and dropping the drawbacks to the proper access method. Drawbacks that are not appropriate to either method should be placed in the trash.
Dragging and dropping the drawbacks to the proper access method?

DRAG DROP
Drag the number of bit(s) on the left to the field of the MPLS header that uses them on the right?

DRAG DROP
Match the benefits on the left to the appropriate Internet access method on the right by dragging and dropping each benefit to the proper access method. Benefits that are not appropriate to either method should remain in the left column.

Network Topology Exhibit

AS-Path prepending is used AS1 in order to influence the return traffic path from AS 5 to AS 1 through the higher speed via AS 2. ____________ needs to be configured for AS-Path prepending and a minimum of _____________ of the AS number should be prepended.