Can I please get help with this question? You are working on a free form Packet Tracer challenge activity – as seen in Figure 1, you have been given the ‘London Railways’ network.' The purpose of this...

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Can I please get help with this question?
You are working on a free form Packet Tracer challenge activity – as seen in Figure 1, you have been given the ‘London Railways’ network.' The purpose of this EMA question is to build upon each of the following tasks that are designed to test your practical knowledge of OSPF'?



Your task comes in five stages, where you must build a complex OSPF network with additional features. You have been issued the following network 66.0.0.0/8 Task 1 Designing the Network You can divide the network in any way you desire, you must write a short 100-word max justification regarding the design of your addressing scheme to solve the challenge. [Note: 100 words, excludes any relevant tables or diagrams] Task 2 Building OSPF Based on the diagram and your proposed addressing scheme – configure OSPF, on all routers and interfaces (please read exception note below). All the PC’s and the single Server must also be configured to be members of each OSPF network. Provide evidence by showing the configuration of Paddington and St Pancras as well as the ‘show ip route’ outputs from Victoria and Euston. Please DO NOT include screen shots, this must be the text-based outputs Exception Note: GRE Marylebone and GRE Liverpool St MUST NOT be included in this OSPF Network. Task 3 GRE Create a GRE tunnel to run from Marylebone to Liverpool St. Ensure that it connects two ends of a private network use 192.168.0.0/24 for Marylebone and 192.168.1.0/24 for Liverpool St Configure a static route between both ends of the tunnel and change the ‘GRE’ hosts (PC’s) to test connectivity. Share text output from both Marylebone and Liverpool St. Please show a single screen shot of GRE Liverpool St successfully pinging GRE Marylebone Task 4 ACL’s Create an extended ACL on Victoria it must block only HTTP traffic from OSPF 100, 200, 300 and allow HTTP traffic from all other networks. All other traffic types must not be blocked. Show the text-based output from Victoria – also explicit command line proof on Victoria. As well as screenshots from the OSPF 100 and 101 PC’s, demonstrating that the ACL is blocking and allowing the correct traffic.
Answered 2 days AfterMay 24, 2022

Answer To: Can I please get help with this question? You are working on a free form Packet Tracer challenge...

Naveen Kumar answered on May 26 2022
87 Votes
London Railways
HIGH LEVEL NETWORK DIAGRAM
             Physical & Logical
Task 1 Designing the Network
In this assignment, all devices area connected with OSPF
Routing OSPF Protocol and area 0(Backbone area), In perimeter all routers area connected via OSPF and Layer 2 VLAN 99.
M
ain Perimeter routers are configured with /26 subnet to build a connection with other area routers
IP 66.0.0.0
Subnet 255.255.255.192
All PC are connected with OSPF routers are configured with /25 subnet
IP 66.1.0.0 – 66.9.0.0 / 25
GRE tunnel is built between the GRE Livepool St to GRE Maylebone. As per the request only GRE tunnel has built for routing, there is no security protocol is configuring to protect the tunnel.
    Item
    IP Detailed
    Status
    2960-24T West
    VLAN 99/66.0.0.7/26
    Connected
    2960-24T North
    VLAN 99/66.0.0.1/26
    Connected
    2960-24T South
    VLAN 99/66.0.0.6/26
    Connected
    2960-24T East
    VLAN 99/66.0.0.5/26
    Connected
    
    ISR4321 Euston
    UP link 66.0.0.2/26
Router-PC - 66.1.0.1/25
PC - 66.1.0.2/25
    Connected
    ISR4321 St Pancras
    UP link 66.0.0.3/26
Router-PC - 66.2.0.1/25
PC - 66.2.0.2/25
    Connected
    ISR4321 Kings Cross
    UP link 66.0.0.4/26
Router-PC - 66.3.0.1/25
PC - 66.3.0.2/25
    Connected
    ISR4321 Liverpool St
    UP link 66.0.0.10/26
Router-PC - 66.4.0.1/25
PC - 66.4.0.2/25
    Connected
    ISR4321 Charing Cross
    UP link 66.0.0.8/26
Router-PC - 66.7.0.1/25
PC - 66.7.0.2/25
    Connected
    ISR4321 Waterloo
    UP link 66.0.0.9/26
Router-PC - 66.6.0.1/25
PC - 66.6.0.2/25
    Connected
    ISR4321 Victoria
    UP link 66.0.0.11/26
Router-PC - 66.5.0.1/25
PC - 66.5.0.2/25
    Connected
    ISR4321 Victoria
    UP link 66.0.0.11/26
Router-PC - 66.5.0.1/25
Server – 66.5.0.2/25
PC - 66.5.0.3/25
    Connected
    ISR4321 Paddington
    UP link 66.0.0.12/26
Router-PC - 66.8.0.1/25
PC - 66.8.0.2/25
    Connected
    ISR4321 Marylebone
    UP link 66.0.0.13/26
Router-PC - 66.9.0.1/25
PC - 66.9.0.2/25
    Connected
    
    GRE Tunnel Marylebone
    192.168.0.0/24
PC- 192.168.3.2/24
    Established
    GRE Tunnel Liverpool St
    192.168.1.0/24
PC- 192.168.2.2/24
    Established
Task 2 Building OSPF
Paddington router:
Current configuration : 987 bytes
!
version 15.4
no service timestamps log datetime msec
no service timestamps debug datetime msec
no service password-encryption
!
hostname Router
!
ip cef
no ipv6 cef
!
spanning-tree mode pvst
!
interface GigabitEthernet0/0/0
ip address 66.0.0.12 255.255.255.192
duplex auto
speed auto
!
interface GigabitEthernet0/0/1
ip address 66.8.0.1 255.255.255.128
duplex auto
speed auto
!
interface Serial0/1/0
no ip address
clock rate 2000000
shutdown
!
interface Serial0/1/1
no ip address
clock rate 2000000
shutdown
!
interface Serial0/2/0
no ip address
clock rate 2000000
shutdown
!
interface Serial0/2/1
no ip address
clock rate...
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