SCENARIO

Figure $1$ shows the network topology of enterprise network connected with three type of routing protocol are EIGRP, OSP and BGP route. HQ router is connected to ISP to access all resources worldwide and the connection is multi$-$homed ISP for redundancy. The Exterior Gateway Protocol $($EGP$)$ is used to exchange routing information within the same autonomous system $($AS$).$

CONFIGURATION REQUIREMENT

$1.$ Configure basic configuration based on the topology. For interface connection you can connect available serial and Ethernet interface connection between routers as in the topology.

$2.$ Configure EIGRP for all routers in EIGRP domain network to ensure all routers can be connected and updated routing table to each other$$s$.$

$3.$ Enable OSPF routing protocol for all routers in the OSPF domain network.

$4.$ Router OR$2$ has no network route from OSPF area $40.$ Provide the solution and configure it to update route in all OSPF routers.

$5.$ Configure eBGP between different AS number using loopback interface address as BGP peers. Verify the BGP routing table to ensure BGP routes are updated.

$6.$ Make sure all network routes update among routers in different routing protocol domain and able to communicate to each other$$s including EIGRP domains with different AS numbers, EIGRP $$ OSPF and also with BGP routing protocols. Use the correct configuration commands.

$7.$ Enable default route updated in the routing table of all routers.

$8.$ The routing table on ER$2$ only can see summarized network route from EIGRP $200$ loopback and route from OSPF $10$ Area $40.$

$9.$ Create a policy for users to access the Web Server $192\mathrm{.}200\mathrm{.}101\mathrm{.}100/24$ thru internet connection. Based on the topology, there are redundant paths to reach ISPs $($ISP$1$ and ISP$2).$ It prefers all traffic coming from EIGRP network domain are forwarded to ISP$1$ and all traffic from OSPF network domain redirect to ISP$2.$ You need to match all local traffics of each routers to redirect to WEB Server only. This policy adjusts outbound traffic to access WEB Server based on route map. Verify the configuration and test the connection before and after policy applied. Justify your answer.

$10.$ Configure DHCP server on ER$4$ to assign IP address dynamically to the users in EIGRP $200$ network domain. Make sure IP addresses were to user $1$ and user $2$ and verify the information about the currently leased addresses.

$11.$ If the internal users want to access the Internet connection, they must be assigned with the public IP address by implementing the Network Address Translation $($NAT$).$ There are $100$ users in the network $172\mathrm{.}20\mathrm{.}10\mathrm{.}0/24$ request to access server at $201\mathrm{.}200\mathrm{.}192\mathrm{.}100/24$ for browsing and remote connection. But the company only available for $209\mathrm{.}160\mathrm{.}202\mathrm{.}0/26$ block address to assign to clients. You are required to configure dynamic NAT to translate all required private addresses to pick a pool of $209\mathrm{.}160\mathrm{.}202\mathrm{.}0/26$ public address and make sure all $100$ users can access to WEB server even though the number of available public address cannot be assigned one$-$to$-$one IP translation. Show the NAT translation addresses that have been translated successfully. Issue appropriate command to verify it$.$

can u give me the complete command based on the figure