Please help with cisco networking. PROVIDE ALL specific commands for each of these requirements with the ip addresses provided in the topology. TY$.$ Procedure

$1.$ Complete the initial configuration.

a$.$ Configure IP addresses on all the devices in OSPF area $0$ and OSPF area $20.$

Note: The following are already configured:

$$ All IP addresses in EIGRP AS $1$ network

$$ All devices inside the Internet cloud

$$ Default routes on BR$-6$ and HQ$-1$ to the internet

$2.$ Configure multi$-$area OSPFv$2.$

a$.$ Use process ID $1$ for OSPF activation.

b$.$ Activate individual networks using network statements and inverse masks $($including loopback networks$).$

c$.$ Summarize OSPF area $20$ routes on BR$-6$ using a $/16$ subnet mask.

d$.$ Advertise default routes into OSPF areas.

e$.$ Configure the LAN interfaces on BR$-6$ as passive.

f$.$ Configure loopback interfaces on BR$-6$ as point$-$to$-$point networks.

$3.$ Configure EIGRP.

a$.$ Disable automatic summarization on all the routers participating in EIGRP.

b$.$ Advertise individual networks using network statements with wildcard masks $($including loopback networks$).$

c$.$ Summarize Lo$0$ and Lo$1$ on France using the most specific subnet mask.

$4.$ Configure redistribution.

a$.$ Redistribute EIGRP routes into OSPF.

b$.$ Redistribute OSPF process $1$ into EIGRP with these metrics:

$$ Bandwidth of $10000$

$$ Delay of $100$

$$ Reliability of $255/255$

$$ Load of $1/255$

$$ MTU of $1500$

c$.$ Redistribute static routes into EIGRP.

$5.$ Configure ACLs.

a$.$ Configure each of the following access lists on the appropriate router, and then apply it to the appropriate interface, in the appropriate direction.

$$ Create a named standard ACL called Block$-$VTY$.$ Only PC$2$ should be able to access the VTY lines of router BR$-6.$ Use the host keyword. All other traffic must be explicitly denied.

$$ Create ACL $101$ to block hosts on network $192\mathrm{.}168\mathrm{.}21\mathrm{.}0/26$ from accessing TFTP service on TFTP server. Use the host keyword. Permit all other traffic.

$6.$ Configure Dynamic NAT on BR$-6.$

a$.$ Create a standard named ACL called InternetACL to permit individual LAN traffic from routers BR$-6$ and France. All other traffic must be explicitly denied.

Note: When creating the access list, keep the following points in mind:

$$ Order your ACL statements from smallest to the largest network.

$$ Don't include loopback network in your ACL.

b$.$ Create a NAT pool named InternetPool that uses addresses $200\mathrm{.}200\mathrm{.}200\mathrm{.}4$ to $200\mathrm{.}200\mathrm{.}200\mathrm{.}6$ from network $200\mathrm{.}200\mathrm{.}200\mathrm{.}0/29$ as NAT outside addresses.

c$.$ Configure Dynamic NAT with overload using ACL and the NAT pool you created above.

d$.$ Apply the NAT to the appropriate interfaces.

$7.$ Configure PAT on HQ$-1.$

a$.$ Create a standard named ACL called InternetACL to permit individual LAN traffic from routers BR$-6$ and France. All other traffic must be explicitly denied.

Note: When creating the access list, keep the following points in mind:

$$ Order your ACL statements from smallest to the largest network.

$$ Don't include loopback network in your ACL.

b$.$ Configure the PAT using the interface connected to the internet.

c$.$ Apply the PAT to the appropriate interfaces.

$8.$ Configure router CDP and LLDP on BR$-6$ and HQ$-1.$

a$.$ Disable CDP on BR$-6$ and HQ$-1$ routers globally, as well as on interfaces connected to the internet.

b$.$ Enable LLDP global on both routers.

c$.$ Disable LLDP on interfaces connected to the internet on both BR$-6$ and HQ$-1$ routers.

$9.$ Configure NTP$.$

a$.$ Configure BR$-6$ and HQ$-1$ as NTP clients to time synchronize with NTP server $209\mathrm{.}165\mathrm{.}200\mathrm{.}10.$

b$.$ Configure France to use the device at $10\mathrm{.}10\mathrm{.}0\mathrm{.}89$ as an NTP server.

Note: If time synchronization takes too long, use the Fast Forward Time option to speed up synchronization.