CCIE R&S LAB CFG H2/A5 (Jacob s & Jameson s)

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1 Contents Section 1 Layer 2 Technologies Jameson s Datacenter: Access port Jameson s Datacenter: Trunk ports Jameson s Datacenter: Link bundling Jameson s Branch Offices... 6 Section 2 Layer 3 Technologies Jameson s IGP, part Jameson s IGP, part Jacob s IGP Jameson s Pre merge Jacob s Pre merge Merge phase 1: BGP Merge phase 2: IGP Merge phase 2: Routing Policies IPv6 Routing, part IPv6 Routing, part Multicast in Jameson s Section 3 VPN Technologies Jameson s Branch Offices Jameson s Pre merge VPN Merge phase 2: VPN Inter VPN Routing Section 4 Infrastructure Security Device Security Network Security Section 5 Infrastructure Services Centralized DHCP Internet Gateway First hop redundancy Tracking reachability Page 1 of 35

2 Section 1 Layer 2 Technologies 1.1 Jameson s Datacenter: Access port There has been pre configured in Jameson s Datacenter. SW3 is the server and the other three switches are clients. Do not modify this configuration. Some other configuration was already started but it is your responsibility to verify and complete them. Configure all four switches in Jameson s datacenter network (AS 65002) as per the following requirements: All unused ports must be configured in VLAN 999 and administratively shutdown. Refer to Table 1: Jameson s VLAN to Port Mapping to figure out which ports are used and unused. Access ports must immediately transition to the forwarding state upon link up, as long as they do not receive a BPDU. Use a unique command per switch to enable this feature. If an access port received a BPDU, it must automatically shutdown, generate a syslog and a SNMP trap (to solve this issue add. Use a unique command per switch to enable to this feature. Ports that were shutdown must always rely on a manual intervention to recover. VLAN 911 ( X/24) will be used as the management VLAN in Jameson s datacenter. Ensure that all datacenter switches are able to ping each other IP address in the management VLAN. SW5 and SW6 are low end access switches and they do not have much processing power. Ensure that their only Layer 3 interfaces are Loopback0 and VLAN 911. SW3 and SW4 are robust and powerful distribution switches. Ensure that they maintain a Layer 3 interface for all local VLANs as well as all access VLANs, as specified in Table 1: Jameson s VLAN to Port Mapping. SW3 vtp domain CCIE vtp mode server vlan 999,911,34,100,153,173,156,164,184 switchport mode access switchport access vlan 173 interface e0/1 switchport mode access switchport access vlan 156 interface e1/0 switchport mode access switchport access vlan 153 interface range e0/2-3, e1/1-3, e3/2-3 switchport mode access switchport access vlan 999 shutdown spanning-tree portfast edge default spanning-tree portfast edge bpduguard default snmp-server enable traps syslog SW4 vtp domain CCIE vtp mode client switchport mode access switchport access vlan 184 interface e0/1 switchport mode access switchport access vlan 156 Page 2 of 35

3 interface range e0/2-3, e1/1-3, e3/2-3 switchport mode access switchport access vlan 999 shutdown interface e1/0 switchport mode access switchport access vlan 164 spanning-tree portfast edge default spanning-tree portfast edge bpduguard default snmp-server enable traps syslog SW5 SW6 vtp domain CCIE vtp mode client interface range e0/0, e1/0-3 switchport mode access switchport access vlan 999 shutdown interface range e0/1-3 switchport mode access switchport access vlan 100 spanning-tree portfast edge default spanning-tree portfast edge bpduguard default snmp-server enable traps syslog vtp domain CCIE vtp mode client interface range e0/0, e1/0-3 switchport mode access switchport access vlan 999 shutdown interface range e0/1-3 switchport mode access switchport access vlan 100 spanning-tree portfast edge default spanning-tree portfast edge bpduguard default snmp-server enable traps syslog Page 3 of 35

4 1.2 Jameson s Datacenter: Trunk ports Refer to Diagram 1: Jameson s Layer 2 Connections and Table 1: Jameson s VLAN to Port Mapping. Configure Jameson s datacenter network (AS 65002) as per the following requirements: All inter switch links must be configured to use dot1q encapsulation. Ensure that no switch attempt to negotiate the trunk parameters. Ensure that all four switches send and receive untagged frames on VLAN 1. All four switches must maintain a separate Spanning tree instance for each VLAN. Spanning tree must immediately delete dynamically learned MAC address entries on a perport basis upon receiving a topology change. SW3 must be the root switch for all VLANs. SW4 must be the backup root switch for all VLANs. Ensure that they both have the best chances of maintaining their respective role even if any new normal range VLAN were to be added in the future. SW5 SW6 SW3 SW4 interface range e2/0-3 switchport trunk encapsulation dot1q switchport mode trunk switchport nonegotiate spanning-tree mode rapid-pvst interface range e2/0-3 switchport trunk encapsulation dot1q switchport mode trunk switchport nonegotiate spanning-tree mode rapid-pvst interface range e2/0-3, e3/0-1 switchport trunk encapsulation dot1q switchport mode trunk switchport nonegotiate spanning-tree mode rapid-pvst spanning-tree vlan priority 0 interface range e2/0-3, e3/0-1 switchport trunk encapsulation dot1q switchport mode trunk switchport nonegotiate spanning-tree mode rapid-pvst spanning-tree vlan priority 4096 Page 4 of 35

5 1.3 Jameson s Datacenter: Link bundling Refer to Diagram 1: Jameson s Layer 2 Connections and Diagram 2: Initial Topology Configure Jameson s datacenter network as per the following requirements: All four switches must bundle trunk ports so that they maintain a single logical link to each other (excepted between SW5 and SW6), as shown in the Diagram 2: Initial Topology. Ensure that no switch attempt to negotiate which ports should become active in the bundle. The distribution switches SW3 and SW4 must balance traffic between all members of the link bundle based on source and destination IP addresses. The access switches SW5 and SW6 must balance the income traffic (that is originated from server) between all members of the link bundle based on the servers MAC address. SW5 SW6 SW3 SW4 interface po35 interface po45 interface range e2/0-1 channel-group 45 mode on interface range e2/2-3 channel-group 35 mode on port-channel load-balance src-mac interface po36 interface po46 interface range e2/0-1 channel-group 36 mode on interface range e2/2-3 channel-group 46 mode on port-channel load-balance src-mac interface po34 interface po35 interface po36 interface range e2/0-1 channel-group 36 mode on interface range e2/2-3 channel-group 35 mode on interface range e3/0-1 channel-group 34 mode on port-channel load-balance src-dst-ip interface po34 interface po45 interface po46 interface range e2/0-1 channel-group 45 mode on interface range e2/2-3 channel-group 46 mode on interface range e3/0-1 channel-group 34 mode on port-channel load-balance src-dst-ip Page 5 of 35

6 1.4 Jameson s Branch Offices Refer to Diagram 1: Jameson s Layer 2 Connections. Configure interface Ethernet0/0 in Jameson s branch routers R19, R20 and R21 as per the following requirements: The Ethernet WAN links must rely on a Layer 2 protocol that supports link negotiation and authentication. The service provider expects that the branch routers complete a three way handshake by providing the expected response of a challenge that is sent by R49. R19 must use the username Jamesons R19 and password CCIE (without quotes). R20 must use the username Jamesons R20 and password CCIE (without quotes). R21 must use the username Jamesons R21 and password CCIE (without quotes). The interface Eth0/0 of all three routers must receive an IP address from R49. Ensure that all three routers can ping the IP address of each other s interface Eth0/0. You are allowed to configure a single static route in each branch router to achieve the previous requirement. R19 vrf definition LOCALSP rd 51:19 address-family ipv4 interface dialer1 vrf forwarding LOCALSP encapsulation ppp ppp chap password CCIE ppp chap hostname Jamesons-R19 ip address negotiated dialer pool 1 dialer-group 1 pppoe-client dial-pool-number 1 vrf forwarding LOCALSP no shutdown ip route vrf LOCALSP R20 vrf definition LOCALSP rd 51:20 address-family ipv4 interface dialer1 vrf forwarding LOCALSP encapsulation ppp ppp chap password CCIE ppp chap hostname Jamesons-R20 ip address negotiated dialer pool 1 dialer-group 1 vrf forwarding LOCALSP Page 6 of 35

7 R21 pppoe-client dial-pool-number 1 no shutdown ip route vrf LOCALSP vrf definition LOCALSP rd 51:21 address-family ipv4 interface dialer1 vrf forwarding LOCALSP encapsulation ppp ppp chap password CCIE ppp chap hostname Jamesons-R21 ip address negotiated dialer pool 1 dialer-group 1 vrf forwarding LOCALSP pppoe-client dial-pool-number 1 no shutdown ip route vrf LOCALSP Page 7 of 35

8 Section 2 Layer 3 Technologies 2.1 Jameson s IGP, part 1 Refer to Diagram 2: Initial Topology. The configuration was already started. It is your responsibility to complete and verify all requirements. Configure Jameson s network (AS and AS 65002) according to the following requirements: Ensure that all routers use their interface Lo0 as OSPF router id. Ensure that OSPF is not running on any interface that is facing another BGP AS. SW5 and SW6 must not participate in OSPF at all. Do not use the network statement under the router ospf configuration anywhere in the core network (AS 65001). Do not change the default OSPF cost of any interface anywhere. Ensure that R1, SW1 and SW2 are elected the designated router on all of their interfaces, and that they have the best chances of maintaining that role as long as their interfaces are up. Ensure that R2 is elected the Backup Designated router on all of their interfaces, and that it has the best chances of maintaining that role as long as its interfaces are up. Jameson s Data Center Network (OSPF Area 0) SW3 SW4 R15 R16 R17 ip routing router-id network area 0 ip routing router-id network area 0 router-id network area 0 network area 0 network area 0 router-id network area 0 network area 0 network area 0 router-id network area 0 Jameson s Headquarters Network (OSPF Area 0) R11 R12 router-id network area 0 network area 0 router-id network area 0 network area 0 Page 8 of 35

9 SW1 ip routing interface vlan 101 ip ospf priority 255 router-id network area 0 Jameson s Main Office Network (OSPF Area 0) R13 R14 SW2 router-id network area 0 network area 0 router-id network area 0 network area 0 ip routing interface vlan 101 ip ospf priority 255 router-id network area 0 Jameson s Core Network (OSPF Area 0) R1 R2 R3 R4 router ospf router-id interface l0 interface range e0/0-3,e1/0-2 ip ospf priority 255 router ospf router-id interface l0-3, e1/0 ip ospf priority 254 router ospf router-id interface l0 interface range e0/2-3 router ospf router-id interface l0 interface e0/2 ip ospf priority 255 interface e0/3 R5 R6 R7 R8 router ospf router-id interface l0 interface range e0/1-3 router ospf router-id interface l0 interface e0/1 ip ospf priority 255 interface e0/3 router ospf router-id interface l0 interface e0/2 router ospf router-id interface l0 interface e0/2 ip ospf priority 255 Page 9 of 35

10 2.2 Jameson s IGP, part 2 Refer to Diagram 2: Initial Topology. Configure Jameson s branch network according to the following requirements: R17 must propagate a default route in its OSPF domain, but only if it already has a default route in its routing table. Do not redistribute BGP into OSPF and vice versa on R17. Each branch router must establish an OSPF adjacency with R17 and must receive a default route via OSPF. They may not receive any other LSA type 3 from the ABR. Each branch router must advertise their interface Lo0 and Eth0/1 into OSPF. None of the branch routers may attempt to elect a Designated Router on their Tunnel0 interface. R17 R19 R20 ip route interface t0 ip address no ip redirects ip nhrp authentication 65002key ip nhrp map multicast dynamic ip nhrp network-id 51 ip nhrp holdtime 300 delay 100 tunnel source Ethernet0/1 tunnel mode gre multipoint tunnel key ip ospf area 51 ip ospf network point-to-multipoint default-information originate area 51 stub no-summary interface t0 bandwidth ip address no ip redirects ip nhrp authentication 65002key ip nhrp map ip nhrp map multicast ip nhrp network-id 51 ip nhrp holdtime 300 ip nhrp nhs delay 100 tunnel source Dialer1 tunnel mode gre multipoint tunnel key tunnel vrf LOCALSP ip ospf network point-to-multipoint router-id netw area 51 area 51 stub no-summary interface t0 bandwidth ip address no ip redirects ip nhrp authentication 65002key ip nhrp map ip nhrp map multicast ip nhrp network-id 51 ip nhrp holdtime 300 ip nhrp nhs delay 100 tunnel source Dialer1 Page 10 of 35

11 R21 tunnel mode gre multipoint tunnel key tunnel vrf LOCALSP ip ospf network point-to-multipoint router-id netw area 51 area 51 stub no-summary interface t0 bandwidth ip address no ip redirects ip nhrp authentication 65002key ip nhrp map ip nhrp map multicast ip nhrp network-id 51 ip nhrp holdtime 300 ip nhrp nhs delay 100 tunnel source Dialer1 tunnel mode gre multipoint tunnel key tunnel vrf LOCALSP ip ospf network point-to-multipoint router-id netw area 51 area 51 stub no-summary Page 11 of 35

12 2.3 Jacob s IGP Refer to Diagram 2: Initial Topology. Jacob s network is partly preconfigured. It is your responsibility to verify and complete them. Configure EIGRP for IPv4 in Jacob s core network (AS 65006) according to the following requirements: All EIGRP routers must support 64 bit metric calculations and Routing Information Base (RIB) scaling in EIGRP topologies. The interface Lo0 of each router must be seen as an internal EIGRP prefix by all other routers in their local domain. Ensure that EIGRP is not running on any interface that is facing another AS. Use any method to accomplish this requirement. Jacob s core network must use the EIGRP autonomous system number 1. R52 must inject its interface Lo52 into EIGRP as an external prefix. All EIGRP core routers R50, R51 must add the administrative tag to all prefixes that they inject into EIGRP. Ensure that operators can filter routes by using the route-tag wildcard mask. The following output must be seen on R50: Configure EIGRP for IPv4 in Jacob s Headquarter network (AS 65005) according to the following requirements: All EIGRP routers must support 64 bit metric calculations and Routing Information Base (RIB) scaling in EIGRP topologies. The interface Lo0 of each router must be seen as an internal EIGRP prefix by all other routers in their local domain. Ensure that EIGRP is not running on any interface that is facing another AS. Use any method to accomplish this requirement. Jacob s core network must use the EIGRP autonomous system number 10. Configure EIGRP for IPv4 in Jacob s Office network (AS 65007) according to the following requirements: Page 12 of 35

13 All EIGRP routers must support 64 bit metric calculations and Routing Information Base (RIB) scaling in EIGRP topologies. The interface Lo0 of each router must be seen as an internal EIGRP prefix by all other routers in their local domain. Ensure that EIGRP is not running on any interface that is facing another AS. Use any method to accomplish this requirement. Jacob s core network must use the EIGRP autonomous system number 10. Jacob s Core Network (EIGRP CCIE AS 1) R50 R51 R52 route-tag notation dotted-decimal route-map RM-SETTAG172 permit 10 set tag router eigrp CCIE address-family ipv4 unicast autonomous-system 1 topology base distribute-list route-map RM-SETTAG172 in network network route-tag notation dotted-decimal route-map RM-SETTAG172 permit 10 set tag router eigrp CCIE address-family ipv4 unicast autonomous-system 1 topology base distribute-list route-map RM-SETTAG172 in network network interface l52 ip address route-map LB52 permit 10 match interface Loopback52 router eigrp CCIE address-family ipv4 unicast autonomous-system 1 topology base redistribute connected route-map LB52 network network Jacob s Headquarters Network (EIGRP CCIE AS 10) R55 R56 SW10 router eigrp CCIE address-family ipv4 unicast autonomous-system 10 network network router eigrp CCIE address-family ipv4 unicast autonomous-system 10 network network vlan 100,101 router eigrp CCIE address-family ipv4 unicast autonomous-system 10 network Jacob s Office Network (EIGRP CCIE AS 10) SW11 R58 vlan 100,101 router eigrp CCIE address-family ipv4 unicast autonomous-system 10 network router eigrp CCIE address-family ipv4 unicast autonomous-system 10 network network Page 13 of 35

14 2.4 Jameson s Pre merge Refer to the Overall Scenario, Diagram 2: Initial Topology and Diagram 4: Pre merge Topology. Jameson s decided to enable MPLS VPN in their network. Configure Jameson s network as per the following requirements: R11, R12, R13 and R14 must redistribute OSPF into BGP and they must advertise a default route into their respective OSPF domain. They may not redistribute BGP into OSPF. R15 and R16 must mutually redistribute OSPF and BGP. R11, R12, R13 and R14 must advertise only four prefixes via ebgp to Jameson s core network as follows: R11 and R12 must advertise /16, /32, /32 and /32; R13 and R14 must advertise /16, /32, /32 and /32; R1 must reflect IPv4 BGP prefixes to all core routers except R2. All internal BGP peering must be established using interface Lo0. Ensure that each Jameson s site receives BGP prefixes from other sites. A very smaller output as the one shown below must be seen on R11, R12, R13 and R14 (only the next hop, version and update group may differ). Jameson s Core Network (BGP AS 65001) R1 router bgp neighbor ibgp peer-group neighbor ibgp remote-as neighbor ibgp update-source Loopback0 neighbor ibgp route-reflector-client neighbor peer-group ibgp neighbor peer-group ibgp neighbor peer-group ibgp neighbor peer-group ibgp neighbor peer-group ibgp neighbor peer-group ibgp R3 R8 router bgp neighbor remote-as neighbor update-source Loopback0 neighbor next-hop-self Jameson s Headquarters Network (BGP AS 65002) Page 14 of 35

15 R11 R12 ip prefix-list PREF-FILTER seq 5 permit /16 ip prefix-list PREF-FILTER seq 10 permit /32 ip prefix-list PREF-FILTER seq 15 permit /32 ip prefix-list PREF-FILTER seq 20 permit /32 router bgp aggregate-address summary-only redistribute ospf neighbor remote-as neighbor prefix-list PREF-FILTER out neighbor remote-as neighbor update-source l0 default-information originate ip prefix-list PREF-FILTER seq 5 permit /16 ip prefix-list PREF-FILTER seq 10 permit /32 ip prefix-list PREF-FILTER seq 15 permit /32 ip prefix-list PREF-FILTER seq 20 permit /32 router bgp aggregate-address summary-only redistribute ospf neighbor remote-as neighbor prefix-list PREF-FILTER out neighbor remote-as neighbor update-source l0 default-information originate Jameson s Main Office Network (BGP AS 65002) R13 R14 ip prefix-list PREF-FILTER seq 5 permit /16 ip prefix-list PREF-FILTER seq 10 permit /32 ip prefix-list PREF-FILTER seq 15 permit /32 ip prefix-list PREF-FILTER seq 20 permit /32 router bgp aggregate-address summary-only redistribute ospf neighbor remote-as neighbor prefix-list PREF-FILTER out neighbor remote-as neighbor update-source l0 default-information originate ip prefix-list PREF-FILTER seq 5 permit /16 ip prefix-list PREF-FILTER seq 10 permit /32 ip prefix-list PREF-FILTER seq 15 permit /32 ip prefix-list PREF-FILTER seq 20 permit /32 router bgp aggregate-address summary-only redistribute ospf neighbor remote-as neighbor prefix-list PREF-FILTER out neighbor remote-as neighbor update-source l0 default-information originate Jameson s Data Center Network (BGP AS 65002) R15 R16 router bgp redistribute ospf neighbor remote-as neighbor remote-as neighbor update-source l0 redistribute bgp subnets router bgp redistribute ospf neighbor remote-as neighbor remote-as neighbor update-source l0 redistribute bgp subnets Page 15 of 35

16 2.5 Jacob s Pre merge Refer to the Overall Scenario, Diagram 2: Initial Topology and Diagram 4: Premerge Topology. Jameson s decided to enable MPLS VPN in their network. Configure Jameson s network as per the following requirements: R55, R56 and R58 must redistribute EIGRP and BGP R55 R56 R58 router bgp redistribute eigrp 10 neighbor remote-as router eigrp CCIE address-family ipv4 unicast autonomous-system 10 topology base redistribute bgp metric router bgp redistribute eigrp 10 neighbor remote-as router eigrp CCIE address-family ipv4 unicast autonomous-system 10 topology base redistribute bgp metric router bgp redistribute eigrp 10 neighbor remote-as router eigrp CCIE address-family ipv4 unicast autonomous-system 10 topology base redistribute bgp metric Page 16 of 35

17 2.6 Merge phase 1: BGP Refer to the Overall Scenario and Diagram 5: Merge Phase: 1 Jameson s and Jacob s started the first phase of their merge and add a new border router in their respective main site (R18 and R57). Configure the network as per the following requirements: Interface Lo0 of both R18 and R57 must be add into their respective IGP domain. Interface Eth0/1 of both R18 and R57 must peer with its connected IGP neighbor. Both R18 and R57 must advertise a summary prefix via ebgp to each other as follows: R18 advertises /8 R57 advertises /8 Both R18 and R57 must propagate the received summary prefix into their respective IGP domain. R18 R57 ip prefix-list PREF-BACKDOOR seq 5 permit /8 router bgp aggregate-address redistribute ospf neighbor remote-as neighbor prefix-list PREF-BACKDOOR out router-id network area 0 network area 0 redistribute bgp metric-type 1 subnets ip prefix-list PREF-BACKDOOR seq 5 permit /8 router bgp aggregate-address redistribute eigrp 10 neighbor remote-as neighbor prefix-list PREF-BACKDOOR out router eigrp CCIE address-family ipv4 unicast autonomous-system 10 topology base redistribute bgp metric network Page 17 of 35

18 2.7 Merge phase 2: IGP Refer to Diagram 2: Initial Topology and Diagram 6: Merge Phase 2. Jameson s and Jacob s are entering in the second phase of the merge and have deployed two new border routers in their respective core network. Configure the core networks as per the following requirements: R9 and R10 must run OSPF on their interface Eth0/0 and Lo0. R9 and R10 must run EIGRP on their interface Eth0/1. R53 and R54 must run EIGRP on all of their interfaces. Mutually redistribute EIGRP and OSPF on both R9 and R10 Avoid routing loops and ensure that all current and future prefixes are routed via their optimal path. Do not use any access list or prefix list in order to achieve this requirement. Do not change any administrative distance of any protocol in any router. R9 route-map RM-TO-EIGRP deny 10 match tag route-map RM-TO-EIGRP perm 20 set tag route-map RM-TO-OSPF deny 10 match tag route-map RM-TO-OSPF perm 20 set tag route-tag notation dotted-decimal interface l0 interface e0/1 router-id redistribute eigrp 1 route-map RM-TO-OSPF subnets router eigrp CCIE address-family ipv4 unicast autonomous-system 1 network topology base redistribute ospf metric route-map RM-TO-EIGRP R10 route-map RM-TO-EIGRP deny 10 match tag route-map RM-TO-EIGRP perm 20 set tag route-map RM-TO-OSPF deny 10 match tag route-map RM-TO-OSPF perm 20 set tag route-tag notation dotted-decimal interface l0 interface e0/1 ip ospf priority 255 router-id redistribute eigrp 1 route-map RM-TO-OSPF subnets router eigrp CCIE address-family ipv4 unicast autonomous-system 1 network topology base redistribute ospf metric route-map RM-TO-EIGRP R53, R54 route-tag notation dotted-decimal router eigrp CCIE address-family ipv4 unicast autonomous-system 1 network network Page 18 of 35

19 2.8 Merge phase 2: Routing Policies Refer to the Overall Scenario, Diagram 2: Initial Topology and Diagram 6: Merge Phase 2. Configure the network as per the following requirements: Network managers have decided that the primary path for all traffic between Jameson s /24 and Jacob s /24 must be routed preferably via the BGP backdoor link between R18 and R57. If this link should fail then traffic should fall back over the MPLS core network. All other traffic must be routed preferably via the MPLS core network. Do not configure any route map nor access list in order to achieve this requirement. Ensure that the following test reveals the same path as shown below: R18 R57 ip prefix-list PREF-BACKDOOR seq 5 permit /24 ip prefix-list PREF-BACKDOOR seq 5 permit /24 Page 19 of 35

20 2.9 IPv6 Routing, part 1 Refer to Diagram 2: Initial Topology. Jameson s started deploying IPv6 in dual stack mode in the datacenter. Configure Jameson s datacenter network as per the following requirements: Establish OSPFv3 adjacencies in Area 0 between SW3, SW4, R15 and R16. Do not use the command ipv6 ospf anywhere in order to accomplish the previos requirement. Interface VLAN 100 of SW3 must be configured with default route preference set to high. Interface VLAN 100 of SW4 must be configured with default route preference set to medium. The interval between Router Advertisement transmissions on VLAN 100 must be set 20 seconds on both SW3 and SW4. SW3 router ospfv router-id interface l0 ipv6 address 2001:6500:2::33/128 ospfv ipv6 area 0 interface vlan 153 ipv6 address 2001:6500:2:1533::33/64 ospfv ipv6 area 0 interface vlan 34 ipv6 address 2001:6500:2:3334::33/64 ospfv ipv6 area 0 interface vlan 100 ipv6 nd router-preference High ipv6 nd ra interval 20 SW4 router ospfv router-id interface l0 ipv6 address 2001:6500:2::34/128 ospfv ipv6 area 0 interface vlan 164 ipv6 address 2001:6500:2:1634::34/64 ospfv ipv6 area 0 interface vlan 34 ipv6 address 2001:6500:2:3334::34/64 ospfv ipv6 area 0 interface vlan 100 ipv6 nd router-preference Medium ipv6 nd ra interval 20 R15 router ospfv router-id interface l0 ipv6 address 2001:6500:2::15/128 ospfv ipv6 area 0 ipv6 address 2001:6500:2:1533::15/64 ospfv ipv6 area 0 interface e0/2 ipv6 address 2001:6500:2:1516::15/64 ospfv ipv6 area 0 R16 router ospfv router-id interface l0 ipv6 address 2001:6500:2::16/128 ospfv ipv6 area 0 ipv6 address 2001:6500:2:1634::16/64 ospfv ipv6 area 0 interface e0/2 ipv6 address 2001:6500:2:1516::16/64 ospfv ipv6 area 0 Page 20 of 35

21 2.10 IPv6 Routing, part 2 Configure Jameson s datacenter network as per the following requirements: SW3 and SW4 must provide first hop redundancy for hosts in VLAN 100 by sharing the virtual link local address FE80:100::1. SW3 must be elected as the active router and SW4 must be elected the standby router In case SW3 is down, SW4 must take over the active role. If SW3 comes back online, it must automatically recover the active role from SW4. Ensure that HSRP Hello packets are exchanged every second and that the standby takes over the active role if three consecutive Hello packets were missed from the active. R101 ipv6 address autoconfig SW3 interface vlan 100 ipv6 address 2001:6500:2:100::33/64 ospfv ipv6 area 0 standby version 2 standby 6 ipv6 FE80:100::1 standby 6 preempt standby 6 priority 105 standby 6 timers 1 3 SW4 interface vlan 100 ipv6 address 2001:6500:2:100::34/64 ospfv ipv6 area 0 standby version 2 standby 6 ipv6 FE80:100::1 standby 6 preempt standby 6 timers 1 3 Page 21 of 35

22 2.11 Multicast in Jameson s Refer to Diagram 2: Initial Topology. An application running on server R101 (which is located in Jameson s datacenter) uses multicast to deliver specific traffic to users located in Jameson s branch network. Configure Jameson s network as per following requirements: Use PIM Sparse mode. The interface Lo0 of R15 must be elected as the Rendezvous point for the whole multicast domain. R15 must announce its candidacy to advertise the group to RP mapping set to the router link local address. For interoperability reasons, the selection of R15 as the RP must adhere to open standard and must use the default priority value as per the standard. The source R101 uses the group address to send traffic to interested receivers. Receivers are located in the branch network and they are connected to the datacenter via DMVPN. Ensure that the following test is successful: SW3 ip multicast-routing interface vlan 100 interface vlan 34 interface vlan 153 interface vlan 173 SW4 ip multicast-routing interface vlan 100 interface vlan 34 interface vlan 164 R15 ip multicast-routing interface l0 interface e0/2 ip pim bsr-candidate Loopback0 ip pim rp-candidate Loopback0 R16 ip multicast-routing interface e0/2 R17 ip multicast-routing interface t0 R19 ip multicast-routing interface t0 interface e0/1 ip igmp join-group R20 ip multicast-routing interface t0 interface e0/1 ip igmp join-group R21 ip multicast-routing interface t0 interface e0/1 ip igmp join-group Page 22 of 35

23 Section 3 VPN Technologies 3.1 Jameson s Branch Offices Refer to Diagram 2: Initial Topology. Configure DMVPN Phase 3 in Jameson s branch network as per the following requirements: Use the preconfigured interface Tunnel0 on all four routers in order to accomplish this task. R17 must be configured as the hub router. R19, R20 and R21 must be the spoke routers and must participate in the NHRP information exchange. Ensure that spoke to spoke traffic does not transit via the hub. Protect the tunneled traffic by attaching the preconfigured IPsec profile to the tunnel interface on all tunnel end points. Ensure that all spoke establish an OSPF adjacency through the tunnel with the hub R17, without attempting to elect any Designated Router. Ensure that the following test are successful: R17 crypto isakmp policy 10 encr aes authentication pre-share group 2 crypto isakmp key CCIE address crypto ipsec transform-set DMVPN-TFSET esp-aes mode transport crypto ipsec profile DMVPN-PROFILE set tranform-set DMVPN-TFSET interface Tunnel0 ip nhrp redirect tunnel protection ipsec profile DMVPN-PROFILE R19 R21 crypto isakmp policy 10 encr aes authentication pre-share group 2 crypto keyring CCIE vrf LOCALSP pre-shared-key address key CCIE crypto ipsec transform-set DMVPN-TFSET esp-aes mode transport crypto ipsec profile DMVPN-PROFILE set tranform-set DMVPN-TFSET interface Tunnel0 ip nhrp shortcut tunnel protection ipsec profile DMVPN-PROFILE Page 23 of 35

24 3.2 Jameson s Pre merge VPN Refer to the Overall Scenario and Diagram 4: Pre merge Topology. Jameson s decided to enable MPLS VPN in their network. They started configuring it but it is your responsibility to complete it and verify that it is fully functional. Configure Jameson s network as per the following requirements: Enable LDP in the core network as indicated in Diagram 4: Pre merge Topology. Ensure that all LDP routers use their interface Lo0 as their LDP router id. R1 must reflect VPNv4 prefixes to all PE s. The datacenter and main office network must be connected to the VPN GREEN via ebgp. The headquarter network must be connected to the VPN RED via ebgp. All six PE s must use a consistent format ASN.nn for the VPN route distinguisher, where: ASN is the Autonomous System Number of the connected CE nn is any relevant number for the VPN site. Ensure that R101 in the datacenter s VLAN 100 can successfully ping SW2 in the main office as shown below: Page 24 of 35

25 R1 R2 R3 R4 R5 R6 mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor ibgp send-community both neighbor ibgp route-reflector-client neighbor activate neighbor activate neighbor activate neighbor activate neighbor activate neighbor activate mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig ip vrf GREEN rd 65002:2 ip vrf forwarding GREEN ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor activate neighbor as-override ip vrf GREEN rd 65002:2 ip vrf forwarding GREEN ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor activate neighbor as-override ip vrf GREEN rd 65002:3 ip vrf forwarding GREEN ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor activate neighbor as-override ip vrf GREEN rd 65002:3 ip vrf forwarding GREEN ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 Page 25 of 35

26 R7 R8 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor activate neighbor as-override ip vrf RED rd 65002:1 ip vrf forwarding RED ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf RED neighbor remote-as neighbor activate neighbor as-override ip vrf RED rd 65002:1 ip vrf forwarding RED ip address mpls ldp router-id Loopback0 force router ospf mpls ldp autoconfig router bgp address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf RED neighbor remote-as neighbor activate neighbor as-override Page 26 of 35

27 3.3 Merge phase 2: VPN Refer to the Overall Scenario and Diagram 6: Merge Phase 2. Jameson s and Jacob s are entering in the second phase of the merge and have deployed two new border routers in their respective core network. Configure the network as per the following requirements: The BGP AS number of Jacob s original core network must be converted to use Jameson s AS number 65001, as indicated in Diagram 6: Merge Phase 2. All BGP sessions between Jacob s core and remote sites (including headquarters and office networks) must be recovered using the new AS number. Do not modify the BGP configuration of Jacob s CEs (R55, R56 and R58) in order to accomplish this requirement. Enable LDP in the merged core network as indicated in Diagram 6: Merge Phase2, including the four new border router (R9, R10, R53, R54) and Jacob s core network. Ensure that all LDP routers use their interface Lo0 as their LDP router id. R1 must reflect VPNv4 prefixes to all PE s, including to Jacob s PE. Jacob s headquarters network must be added to the VPN GREEN. Jacob s office network must be added to the VPN BLUE. All nine PE s must use a consistent format ASN.nn for the VPN route distinguisher, where: ASN is the Autonomous System Number of the connected CE nn is any relevant number R9, R10 mpls ip R53, R54 mpls ldp router-id Loopback0 force interface range e0/0-1 mpls ip R1 router bgp neighbor peer-group ibgp neighbor peer-group ibgp neighbor peer-group ibgp address-family vpnv4 neighbor activate neighbor activate neighbor activate Page 27 of 35

28 R50 mpls ldp router-id Loopback0 force mpls ip ip vrf GREEN rd 65005:18 interface e0/1 ip vrf forwarding GREEN ip address router bgp neighbor remote-as neighbor update-source Loopback0 address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor local-as neighbor activate R51 mpls ldp router-id Loopback0 force mpls ip ip vrf GREEN rd 65005:18 interface Ethernet0/1 ip vrf forwarding GREEN ip address router bgp neighbor remote-as neighbor update-source Loopback0 address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf GREEN neighbor remote-as neighbor local-as neighbor activate R52 mpls ldp router-id Loopback0 force mpls ip ip vrf BLUE rd 65007:17 interface Ethernet0/1 ip vrf forwarding BLUE ip address router bgp neighbor remote-as neighbor local-as neighbor update-source Loopback0 address-family vpnv4 neighbor activate neighbor send-community both address-family ipv4 vrf BLUE neighbor remote-as neighbor local-as neighbor activate Page 28 of 35

29 3.4 Inter VPN Routing Refer to the Overall Scenario and Diagram 6: Merge Phase 2. Configure the network as per the following requirements: Jameson s headquarters (VPN RED), main office (VPN GREEN) and Jacob office (VPN BLUE) must receive datacenter prefixes (VPN GREEN). Jameson s main office (VPN GREEN) may not receive headquarters (VPN RED) prefixes nor Jacob s headquarters (VPN GREEN) prefixes. In order to simplify future changes, your solution may not be limited to specific prefixes. R3, R4 ip vrf GREEN route-target export 65002:2 route-target import 65002:1 route-target import 65002:3 route-target import 65005:18 route-target import 65007:17 R5, R6 ip vrf GREEN route-target export 65002:3 route-target import 65002:2 R7, R8 ip vrf RED route-target export 65002:1 route-target import 65002:2 R50, R51 ip vrf GREEN route-target export 65005:18 route-target import 65002:2 R52 ip vrf BLUE route-target export 65007:17 route-target import 65002:2 Page 29 of 35

30 Section 4 Infrastructure Security 4.1 Device Security Refer to Diagram 1: Initial Topology. Configure the network as per the following requirements: Protect R17 s control plane from TTL expiry attacks so that illegitimate IP packets with a TTL of 0 or 1 are dropped before the CPU processes them. Legit packets include expected control protocols running on the link. R17 ip access-list extended ACL-TTL-EXCEEDED deny ospf any any deny pim any any permit ip any any ttl lt 2 class-map match-all CM-TTL-EXCEEDED match access-group name ACL-TTL-EXCEEDED policy-map PM-CoPP class CM-TTL-EXCEEDED drop class class-default police cir 8000 conform-action transmit exceed-action transmit control-plane service-policy input PM-CoPP Page 30 of 35

31 4.2 Network Security Refer to Diagram 1: Jameson s Layer 2 Connections and Diagram 2: Initial Topology. Configure the network as per the following requirements: SW5 and SW6 must filter DHCP message received by untrusted hosts by comparing the source MAC address and the DHCP client hardware address. If the address match, the switches must forward the packet. If the addresses do not match, the switches must drop the packet. Ensure that these access switches do not filter DHCP packets on their uplinks. Ensure that the DHCP relay switches (refer to item 5.1) allow DHCP message received on their interface VLAN 100 with the added Option 82 and uninitialized GIADDR field to be accepted. SW5 ip dhcp snooping ip dhcp snooping vlan 100 interface po35 ip dhcp snooping trusted interface po45 ip dhcp snooping trusted SW6 ip dhcp snooping ip dhcp snooping vlan 100 interface po36 ip dhcp snooping trusted interface po46 ip dhcp snooping trusted SW3, SW4 interface vlan 100 ip dhcp relay information trusted Page 31 of 35

32 Section 5 Infrastructure Services 5.1 Centralized DHCP Refer to Diagram 1: Jameson s Layer 2 Connections and Diagram 2: Initial Topology. Jameson s R15 must centralize DHCP service for the datacenter s hosts VLANs. Configure the network as per the following requirements: Ensure that the distribution switches SW3 and SW4 forward DHCP discover broadcast message received from VLAN 100 s hosts to interface Lo0 of R15 as unicast messages. R15 must assign hosts in VLAN 100 a valid IP address from the prefix /24. Ensure that addresses that were statically configured will never be assigned to any host. The DHCP offer must include the IP address /24 as the default gateway for VLAN 100 users. Ensure that the server R101 effectively receives an IP address from the expected prefix /24 as well as its default gateway information. SW3 interface vlan 100 ip helper-address SW4 interface vlan 100 ip helper-address R15 ip dhcp excluded-address ip dhcp excluded-address ip dhcp excluded-address ip dhcp pool VLAN-100 network default-router R101 ip address dhcp Page 32 of 35

33 5.2 Internet Gateway Refer to Diagram 1: Initial Topology. Configure the network as per the following requirements: R17 is Jameson s Internet gateway router. Ensure that R17 enables all internal hosts (that is, hosts with source IP address in the range of /8 or /8) to simultaneously connect to the Internet using the public IP address of interface Eth0/0. The following tests must be successful: R17 ip access-list standard ACL-NAT permit permit interface e0/1 ip nat outside ip nat inside ip nat inside source list ACL-NAT interface e0/1 overload Page 33 of 35

34 5.3 First hop redundancy Refer to Diagram 1: Jameson s Layer 2 Connections and Diagram 2: Initial Topology. Jameson s datacenter SW3 and SW4 must offer first hop redundancy to VLAN 100 s host using HSRP. Configure the network as per the following requirements: SW3 and SW4 must use the multicast address in order to negotiate the active and standby roles. SW3 must be elected as the active router and SW4 must be elected as the standby router. In case SW3 is down, SW4 must take over the active role. If SW3 comes back online, it must automatically recover the active role from SW4. Ensure that HSRP hello packets are exchanged every second and that the standby takes over the active role if three consecutive Hello packets were missed from the active. Both routers must share the virtual IP address that will be used as default gateway for VLAN 100 s hosts. SW3 SW4 interface vlan 100 standby version 2 standby 4 timers 1 3 standby 4 preempt standby 4 ip standby 4 priority 105 interface vlan 100 standby version 2 standby 4 timers 1 3 standby 4 preempt standby 4 ip Page 34 of 35

35 5.4 Tracking reachability Refer to Diagram 1: Jameson s Layer 2 Connections and Diagram 2: Initial Topology. Configure the network as per the following requirements: SW3 and SW4 must monitor the reachability of their OSPF IPv4 default route and in case it is not available, the HSRP priority must be decreased by 10. SW3 SW4 track 1 ip route reachability interface vlan 100 standby 4 track 1 decrement 10 track 1 ip route reachability interface vlan 100 standby 4 track 1 decrement 10 Page 35 of 35

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