Objectives  Create an Addressing Scheme  Basic Device Configuration  Configure RIP  Configure OSPF  Configure and redistribute Static Routes  Configure ACL  Verify connectivity  Documentation Task 1: Create an Addressing Scheme. Assign the first available IP address in a subnet to the Host PC's or Server. Assign the last available IP address in a subnet to the Router interfaces. Use the 209.165.180.0/24 address range to create an addressing scheme for the link connecting the two campus routers. Step 1: Use the 172.16.0.0/16 address range to create an addressing scheme to accommodate all other devices connected to the Campus1 router. Document the information in Table1 and Table2. Table1 Device Interface Number Network Address Subnet Mask Broadcast Address Campus1 S0/0/0 2 of Hosts S0/0/1 2 Fa0/0 2 Student S0/0/0 2 Fa0/0 270 Fa0/1 220 Staff S0/0/1 2 Fa0/0 20 Table2 Device Interface IP Address Subnet Mask Default Gateway Campus1 S0/0/0 S0/0/1 Fa0/0 Student S0/0/0 Fa0/0 Fa0/1 Staff S0/0/1 Fa0/0 PC0 FastEthernet PC1 FastEthernet PC3 FastEthernet Step 2: Use the 192.132.14.0/24 address to create an addressing scheme to accommodate all other devices connected to the Campus2 router. Document the information in Table3 and Table4. Table3 Device Interface Number Network Address Subnet Mask Broadcast Address Campus2 S0/0/0 2 of Hosts S0/0/1 2 Fa0/0 2 Admin S0/0/0 2 Fa0/0 27 Fa0/1 12 Resources S0/0/1 2 Fa0/1 20 Table4 Device Interface IP Address Subnet Mask Default Gateway Campus2 S0/0/0 S0/0/1 Fa0/0 Lo0 Admin S0/0/0 Fa0/0 Fa0/1 Resources S0/0/1 Fa0/1 Resources FastEthernet Server PC5 FastEthernet PC6 FastEthernet Step 3: Cable and configure the network based on the given topology. Task 2: Basic Device Configuration. Step 1: Configure all the devices with the hostnames as given in the network topology diagram. Step 2: Configure the privileged exec password. Use "cisco" as the secret password. Step 3: Secure console connection by using "class" as the password. Step 4: Secure the virtual line connection by using "cisco" as the password. Step 5: Configure a message-of- the-day banner, "Unauthorized users will be prosecuted". Step 6: Configure all devices with the correct IP address, subnet mask and default gateway. Task 3: Configure RIP Step 1: Configure RIPv2 on the Student and Staff routers. Advertise all networks. Step 2: On the Campus1 router, configure RIPv2 on the links connecting the Student and Staff routers. Step 3: On the Campus2 router, configure RIPv2 on the link connecting the Resources router. Step 4: Disable Automatic-Summarization. Step 5: Stop routing updates from entering interfaces where these advertisements are not needed. Task 4: Configure OSPF Step 1: Configure OSPF on the Resources and Admin routers. Use Process ID 0 and advertise all directly connected networks in OSPF Area 0. Step 2: On the Campus2 router, configure OSPF on all the links except the link connecting the Campus1 router. Use Process ID 0 and advertise all directly connected networks in OSPF Area 0. Step 2: Verify the OSPF configuration and operation. Task 5: Configure Static Routes Step 1: Configure a static route on the Campus1 router such that all connected devices can reach the devices on the Campus2 router. Propagate the static route to all connected devices on the Campus1 router. Step 2: Configure a static route on the Campus2 router such that all connected devices can reach the devices on the Campus1 router. Propagate the static route to all connected devices on the Campus2 router. Task 6: Configure ACL Step 1: Configure an ACL such that devices in the Staff and Student networks can communicate with the Resources Server only. Step 2: Configure an ACL such that only the devices in the IT and HR networks can communicate with the ISP Server. Task 7: Verify Connectivity Step 1: Ping the ISP Server from all the end devices. Step 2: Ping the Resources Server from all the end devices. Step 3: If you are unsuccessful, troubleshoot the configurations using the appropriate commands. Task 8: Documentation Copy the running configuration of all the routers to separate notepad files. Upload the addressing scheme and the configuration files to StudentWeb.