In this assignment, you will configure basic device configurations, HSRP$,$ switch security, static routing, EIGRP, and you will verify end$-$to$-$end connectivity.

$4.$ Follow the directions laid out below in Part A and Part B$.$

$5.$ Check the course schedule for the due date.

$6.$ Use the Place Note tool to label your packet tracer assignment. Add your name, student ID$,$ and section to the network drawing. Submit your packet tracer file $(.$pka$)$ via Brightspace $>$ Assignments $>$ Check Lab $2$ for grading.

Part A $(10$ Marks$)$

$1.$ Configure the IP addresses on all the devices as labelled on the topology.

$2.$ Configure basic settings on all the routers:

a$.$ Telnet, enable and console password $$cisco$$

b$.$ Configure an appropriate banner

c$.$ Disable DNS lookup

d$.$ Enable SSH

i$.$ Domain name: cpnt$224.$com

ii$.$ Username: admin

iii. Password: admin

iv$.$ Modulus bits: $1024$

e$.$ Configure the VTY lines to check the local username database for login credentials and to allow only SSH for remote access.

$3.$ Configure HSRP$.$

a$.$ Configure R$2$ as the active router using priority value $150$

b$.$ Enable preemption on R$2$

c$.$ Enable the most recent version of HSRP on R$2$ and R$3$

d$.$ Configure R$3$ as the standby router

$4.$ Configure switch security on all switches.

a$.$ Deactivate all unused ports on switches

b$.$ Create a VLAN $999$ and name it BlackHole. The configured name must match the requirement exactly

c$.$ Move all unused switch ports to the BlackHole VLAN

d$.$ Activate port security on all the active access ports

e$.$ Configure the active access ports to allow a maximum of $4$ MAC addresses to be learned on the ports

f$.$ For access ports, statically configure the MAC address of the PCs using port security

g$.$ Configure each active access port so that it will automatically add the MAC addresses learned on the port to the running configuration

h$.$ Configure the port security violation mode to drop packets from MAC addresses that exceed the maximum $4$ MAC addresses, generate a Syslog entry, but not disable the ports

i$.$ MAC addresses should be present in the MAC address table for a maximum of $5$ minutes before they are removed

j$.$ Enable PortFast and BPDU Guard on all the access ports that are in use

$5.$ Configure static routing.

a$.$ On BR$1,$ configure a next$-$hop IPv$4$ static route to WAN $5,$ WAN $7,$ WAN $8,$ LAN $4$ and LAN $5$ using the next$-$hop IP address

b$.$ On BR$1,$ configure a directly connected IPv$4$ default static route going to HQ$2$ using next$-$hop IP address

c$.$ On BR$2,$ configure a next$-$hop IPv$4$ static route to WAN $5,$ WAN $6,$ WAN $8,$ LAN $3$ and LAN $5$ using the next$-$hop IP address

d$.$ On BR$2,$ configure a directly connected IPv$4$ default static route going to HQ$2$ using next$-$hop IP address

e$.$ On BR$3,$ configure a next$-$hop IPv$4$ static route to WAN $5,$ WAN $6,$ WAN $7,$ LAN $3$ and LAN $4$ using the next$-$hop IP address

f$.$ On BR$3,$ configure a directly connected IPv$4$ default static route going to HQ$2$ using next$-$hop IP address

g$.$ On HQ$2,$ configure a next$-$hop IPv$4$ static route to LAN $3,$ LAN $4$ and LAN $5$ using the next$-$hop IP address

h$.$ On HQ$2,$ configure a directly connected IPv$4$ default route to HQ$1$ using next$-$hop IP address

$6.$ Configure EIGRP.

a$.$ Enable the EIGRP routing process on HQ$1,$ R$1,$ R$2$ and R$3$ routers using AS number $10$

b$.$ Advertise the directly connected networks that are participating in EIGRP on HQ$1,$ R$1,$ R$2$ and R$3$

c$.$ Configure LAN interfaces as passive

d$.$ Disable auto summarization

e$.$ On HQ$1,$ configure a next$-$hop IPv$4$ default static route to HQ$2$

f$.$ Propagate the default static route on HQ$1$ to other routers using the following commands:

router eigrp $10$

redistribute static

$7.$ Verify Connectivity

a$.$ Verify that routers, switches, and all PCs can ping each other. PCs should successfully connect to the router and switches using SSH$.$ to the router and all the switches.

Note: The completion percentage should reach $100\%.$

Part B $(40$ Marks$)$

Demonstrate the following through a video recording.

Note: Make sure the webcam and audio are enabled and the serial number of the lab is visible throughout the video.

$1.$ Connect PC$5$ to the routers R$1,$ HQ$1,$HQ$2$ and BR$3$ using SSH$.(2$ marks$)$

$2.$ PC$5$ should browse the website located on the Web Server using the IP address of the Web Server. $(2$ marks$)$

$3.$ PC$1$:

a$.$ Can ping PC$2(1$ mark$)$

b$.$ Can ping PC$3(1$ mark$)$

c$.$ Can ping PC$4(1$ mark$)$

d$.$ Can ping PC$5(1$ mark$)$

e$.$ Can ping Web Server $(1$ mark$)$

$4.$ Demonstrate HSRP

a$.$ Ping Web Server from PC$1$

b$.$ Perform the Tracert diagnostic on the Web S