This Is On Packet Tracer. I need You to Include The Commands Needed For Each Part In

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This Is On Packet Tracer. I need You to Include The Commands Needed For Each Part In Order To Complete That?

Complete this network using the following criteria: Addressing requirements: Routers 1. 1. The gigabit link between Edge & ISP should use 50.0.0.0 /30 network. Edge should get the 2nd usable IP address, ISP should get the 1st usable. 2. 2. The gigabit link between Edge & HQ_2 should use 10.0.0.4 /30 network. Edge should get the 1st usable IP address, HQ_2 should get the 2nd usable. 3. 3. The link between Edge & Branch_1 should use the 10.0.0.8/30 network. Edge should get the 1st usable IP address, Branch_1 should get the 2nd usable. 4. 4. The gigabit link between HQ_2 & HQ_1 should use 10.0.0.0 /30 network. HQ_2 should get the 1st usable IP address, HQ_1 I should get the 2nd usable. VLANs: * o VLAN 10 should use the 192.168.1.0/24 network. VLAN10 PC is assigned to VLAN 10. VLAN10 PC should get an address dynamically via DHCP. * o VLAN 20 should use the 192.168.2.0/24 network. VLAN20 PC is assigned to VLAN 20. VLAN20 PC should get an address dynamically via DHCP. * o VLAN 30 should use the 192.168.3.0/24 network. VLAN30 PC is assigned to VLAN 30. VLAN30 PC should get an address dynamically via DHCP. * o VLAN 40 should use the 192.168.4.0/24 network. VLAN40 PC is assigned to VLAN 40. VLAN40 PC should get an address dynamically via DHCP. Basic device requirements: 1. 1. All routers should have their hostnames set according to their display name. 2. 2. Branch_1 should have its encrypted enable password set to class 3. 3. Branch_1 should have a username and password configured. The username should be admin, the encrypted password should be class. 4. 4. Use the domain name cisco.com on Branch_1. ? VLAN requirements: Do NOT name the VLANs. Leave them at default name. * 1. Refer to the Topology and assign the appropriate PC port to the correct VLAN * 2. All switches should have a native VLAN of 99. * 3. All trunk lines should follow these guidelines: * o Allow appropriate VLAN's across the trunk (data VLANs only) * o VLAN 99 should be used as the native VLAN. * o Enable nonegotiate command where appropriate. Etherchannel requirements: * 1. Etherchannel should be configured between Switch0 and Switch 1 on the HQ network. * 2. Etherchannel should be configured to use LACP, using group number 1. DHCP requirements: 1. 1. HQ_2 is the DHCP server for VLAN 10 & VLAN 20. HQ_1will be a relay agent. 2. 2. Branch_1 is the DHCP server for VLAN 30 & VLAN 40 3. 3. Exclude the first 10 usable addresses for each network - available pool addresses will start with .11. Name your pools VLAN##-Pool, where the ## is the number of the VLAN, example: VLAN10-Pool. SSH requirements: 1. 1. SSH should only be configured on Branch_1. 2. 2. Use the domain name cisco.com on Branch_1. 3. 3. The username should be admin, password should be class. 4. 4. Use 1024 bits and the more secure version of SSH. 5. 5. Configure all VTY lines to use the local user database for authentication. Routing requirements: 1. 1. There should be a default route on Edge pointing towards ISP using the next-hop method. This route should be shared to all other devices participating in OSPF. (Do not share the public address 50.0.0.0/30 over OSPF, as this is not best practice.) 2. 2. ISP should have a default route pointing towards Edge using the next-hop method. No dynamic routing should be configured on ISP router. 3. 3. Configure OSPF between all routers (Edge, HQ_1, HQ_2, & Branch_1). Use PID 1. 4. 4. Apply passive interface where appropriate Connectivity requirements: 1. 1. All PC's should be able to ping one another, as well as the router interfaces. 2. 2. All PC's should be able to ping up to ISP. The default static route on ISP pointing back towards Edge is critical for this connectivity test, as well as points. 3. 3. Check that SSH is working. This can be done from any PC.