As a network engineer you are required to design, implement and test the given network diagram in a simulation environment for testing before the real implementation for one of the customers. Use IP addresses given below.

For LANs IPv$4=10\mathrm{.}0\mathrm{.}0\mathrm{.}0/16,$ use VLSM to assign a suitable IP address to meet the following requirements.

$1.$ Branch$\_1$:

$$ LAN A: $60$ hosts

$$ LAN B: $120$ host

$2.$ Branch$\_2$:

$$ LAN E: $250$ hosts

$3.$ Branch$\_3$:

$$ LAN C: $10$ hosts

$$ LAN D: $20$ hosts

Addressing Table $$ IPv$4$

Device

Interface

IP Address

Default Gateway

Branch$\_1$

G$0/0(1$st IP$)$

$-$

G$0/1(1$st IP$)$

$-$

S$0/0/0$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}1/30$

$-$

S$0/0/1$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}9/30$

$-$

Branch$\_2$

G$0/0(1$st IP$)$

$-$

S$0/0/0$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}2/30$

S$0/0/1$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}5/30$

$-$

S$0/1/0$

$200\mathrm{.}10\mathrm{.}0\mathrm{.}10/16$

$-$

Branch$\_3$

G$0/0(1$st IP$)$

$-$

G$0/1(1$st IP$)$

$-$

S$0/0/0$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}10/30$

$-$

S$0/0/1$

$192\mathrm{.}168\mathrm{.}1\mathrm{.}6/30$

$-$

PC$11$

NIC $(2$nd IP$)$

PC$12$

NIC $(3$rd IP$)$

PC$13$

NIC $(2$nd IP$)$

PC$14$

NIC $(3$rd IP$)$

PC$21$

NIC $(2$nd IP$)$

PC$31$

NIC $(2$nd IP$)$

PC$32$

NIC $(3$rd IP$)$

PC$33$

NIC $(2$nd IP$)$

PC$34$

NIC $(3$rd IP$)$

Addressing Table $$ IPv$6$

Device

Interface

IP Address

Default Gateway

Branch$\_1$

G$0/0$

$2001$:DB$8$:ACAD:A::$1/64$

G$0/1$

$2001$:DB$8$:ACAD:B::$1/64$

S$0/0/0$

$2001$:DB$8$:ACAD:$1$::$1/64$

S$0/0/1$

$2001$:DB$8$:ACAD:$3$::$1/64$

Branch$\_2$

G$0/0$

$2001$:DB$8$:ACAD:E::$1/64$

S$0/0/0$

$2001$:DB$8$:ACAD:$1$::$2/64$

S$0/0/1$

$2001$:DB$8$:ACAD:$2$::$1/64$

S$0/1/0$

$2001$:ABCD:$2$F:$100$::$2/64$

Branch$\_3$

G$0/0$

$2001$:DB$8$:ACAD:C::$1/64$

G$0/1$

$2001$:DB$8$:ACAD:D::$1/64$

S$0/0/0$

$2001$:DB$8$:ACAD:$2$::$2/64$

S$0/0/1$

$2001$:DB$8$:ACAD:$3$::$2/64$

PC$11$

NIC

$2001$:DB$8$:ACAD:A::$2/64$

$2001$:DB$8$:ACAD:A::$1$

PC$12$

NIC

$2001$:DB$8$:ACAD:A::$3/64$

$2001$:DB$8$:ACAD:A::$1$

PC$13$

NIC

$2001$:DB$8$:ACAD:B::$2/64$

$2001$:DB$8$:ACAD:B::$1$

PC$14$

NIC

$2001$:DB$8$:ACAD:B::$3/64$

$2001$:DB$8$:ACAD:B::$2$

PC$21$

NIC

$2001$:DB$8$:ACAD:E::$2/64$

$2001$:DB$8$:ACAD:E::$1$

PC$31$

NIC

$2001$:DB$8$:ACAD:C::$2/64$

$2001$:DB$8$:ACAD:C::$1$

PC$32$

NIC

$2001$:DB$8$:ACAD:C::$3/64$

$2001$:DB$8$:ACAD:C::$1$

PC$33$

NIC

$2001$:DB$8$:ACAD:D::$2/64$

$2001$:DB$8$:ACAD:D::$1$

PC$34$

NIC

$2001$:DB$8$:ACAD:D::$3/64$

$2001$:DB$8$:ACAD:D::$1$

Part $1$: Basic Configuration $($Configure the passwords at the end$)$

$$ Disable DNS lookup in all routers.

$$ Configure device name as shown in the topology$/$Tables$.$

$$ Assign $$enPa$$$2$ as the privileged EXEC secret password.

$$ Assign $$vtyPa$$$2$ as the vty $04$ password.

$$ Assign $$conPa$$$2$ as the console password.

$$ Configure a MOTD banner to warn users that $$unauthorized access is prohibited$.$

Part $2$: IPv$4$ configuration

$$ Configure all routers interfaces using IPv$4$ addressing table.

$$ Test and troubleshoot the configuration using ping between all directly connected devices.

Part $3$: IPv$6$ configuration

$$ Configure all routers$$ interfaces using IPv$6$ addressing table.

$$ Test and troubleshoot the configuration using ping between all directly connected devices using IPv$6$ addressing table.

Part $4$: IPv$4$ routing configuration

$$ Configure EIGRP with AS $100$ for all routers including the wildcard mask.

$.$ Configure a default route in router Branch$\_2$ to forward the packets to next hop IP address $200\mathrm{.}10\mathrm{.}0\mathrm{.}1.$

$$ Propagate the default route to other routers.

$$ Configure Passive Interfaces in all interfaces with no EIGRP neighboring required including the interface connected to the Internet.

$$ Test the connectivity between devices based on IPv$4$ addressing table $($all IPv$4$ devices can ping all IPs in IPv$4$ addressing table including the Internet Web servers$).$

$$ Save the configurations and the file.

Part $5$: IPv$6$ routing configuration

$$ Configure OSPFv$3$ routing protocol with process ID $2$ Area $0$ for routers Branch$\_1($Router id $1\mathrm{.}1\mathrm{.}1\mathrm{.}1),$ Branch$\_2($Router id $2\mathrm{.}2\mathrm{.}2\mathrm{.}2)$ and Branch$\_3($Router id $3\mathrm{.}3\mathrm{.}3\mathrm{.}3)$ using IPv$6$ addressing table.

$$ Configure a default route in router Branch$\_2$ to forward the packets to next hop IP address $2001$:ABCD:$2$F:$100$::$1.$

$$ Propagate the default route to other routers.

$$ Configure Passive Interfaces in all interfaces with no OSPF neighbor required including the

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