Assignment on packet tracer

Step1: Configure default static routes on the HQ router. Configure IPv4 and IPv6 default static routes on HQ. Use the exit interface value in your configuration. Step 2: Configure single-area OSPFv2 On the HQ, London, and Dubai routers, configure single-area OSPFv2 in Area 0. Use a process ID of 10 for all OSPFv2 processes. Activate routing for the appropriate networks. Use inverse masks that specify only addresses within the networks. Specify a bandwidth value that matches the clock speed of the interfaces of HQ for interfaces of all devices that are configured in Area 0. Set the router IDs as follows: HQ: [login to view URL] London: [login to view URL] Dubai: [login to view URL] Step 3: Configure single-area OSPFv3. On the HQ, London, and Dubai routers configure single-area OSPFv3 in Area 0. Use a process ID of 10 for all OSPFv3 processes. Activate routing for the appropriate networks. Set the router IDs as follows: HQ: [login to view URL] London: [login to view URL] Dubai: [login to view URL] Step 4: Configure OSPFv2 in multiple areas. Configure the routers that have all interfaces in Areas 10 and 20 with OSPFv2. Use a process ID of 10 for all OSPF processes. Activate routing for the appropriate networks. Use inverse masks that specify only addresses within the networks. After this step is completed, hosts on all LANs should be able to communicate with each other over IPv4. Set the router IDs as follows: West: [login to view URL] East: [login to view URL] Central: [login to view URL] Remote: [login to view URL] Step 5: Configure OSPFv3 in multiple areas. Configure the routers that have all interfaces in Areas 10 and 20 with OSPFv3. Enable the routers to route IPv6. Use a process ID of 10 for all OSPF processes. Activate routing for the appropriate networks. After this step is completed, hosts on all LANs should be able to communicate with each other over IPv6. Set the router IDs as follows: West: [login to view URL] East: [login to view URL] Central: [login to view URL] Remote: [login to view URL] Step 6: Customize OSPFv2. Customize OSPFv2 operation as follows: For the multiaccess network connected between the West and East routers, configure priorities so that West will become the DR and East will be the BDR. Use priority values of 255 and 200. Configure the interfaces on all routers that are attached to LANs with hosts to not send OSPFv2 traffic into the LAN. Enable all routers to automatically and accurately calculate costs for routes that include 1Gbps Ethernet networks by changing the reference bandwidth. Configure OSPFv2 so that the default routes that are configured on HQ are automatically distributed to all routers in the network. Adjust the OSPFv2 timers on the Ethernet link between West and East as follows: Hello: 5 seconds Dead: 20 seconds Step 7: Customize OSPFv3. Customize OSPFv3 operation as follows: For the multiaccess network connected between the West and East routers configure priorities so that West will become the DR and East will be the BDR. Use priority values of 255 and 200. Configure the interfaces on all routers that are attached to LANs with hosts to not send OSPFv3 traffic into the LAN. Enable all routers to automatically and accurately calculate costs for routes that include 1Gbps Ethernet networks by changing the reference bandwidth. Configure OSPFv3 so that the default routes that are configured on HQ are automatically distributed to all routers in the network. Explicitly configure the OSPFv3 timers on the Ethernet link between West and East as follows: Hello: 5 seconds Dead: 20 seconds