You are to come up with the best design of the network for the attached map of this shopping mall!

Assume you are given the blueprint as shown in the last page $($Discussion in class will specify the scope

and extra details $$ attend to know$).$ You have to choose a proper design for this network and expand

its availability and increase access, with a suitable cost.

The following features must be considered for your design:

$1.$ As a network solutions company, you have to provide hotspots that cover ALL the areas,

buildings including different departments and amenities.

$2.$ There are $2$ floors in this shopping mall. For small regular shops you will need $2$ IPs

$($minimum$)$

$3.$ Use appropriate configuration of devices, especially for large areas and shops

$4.$ Each corridor should be covered with internet access and cameras.

$5.$ All areas should be covered with internet access

$6.$ On this map, each $1$ centimeter on the map is approximately $20$ meters

Your installation should provide the ability to monitor network usage and access and your

recommendation for future needs should be based on diagnosing the network usage $($Use appropriate

LAN and WAN$).$ Moreover, communications with the central office should be covered $($if needed to

connect to the internet$).$

You must install security cameras for every corridor $($depending on its length$)$ in addition to the regular

external spaces. $1$ camera for every $200$m$.$ Your job is to handle the wired and wireless networks for all

rooms, corridors and open areas. Assume that the scale for the map is $1$:$2000$

Use an appropriate IP class and justify the allocation of IP addresses to all kinds of PCs$,$ servers, and

other deices statistically or using DHCP$.$ Your design should support $50\%$ growth $($wired and wireless$)$

over the next $4$ years.

Requirements:

$1.$ Design a network by using a recommended hierarchical model with suitable topologies. The new

network needs to be scalable, available, high performance and manageable.

$2.$ Produce a logical and physical diagrams that include:

a$.$ Routers, switches and wireless access point names

b$.$ Router interface details

c$.$ Network addressesd. Link Speeds

$3.$ Choose and decide the number of appropriate routers, switches and wireless access point for the

task. All networking devices must have IP addresses. Use a proper CIDR for an appropriate IP

address assignment. This should be modified if you think your design needs it by

suggesting a suitable alternative. They don$$t have a wired nor wireless networks installed yet, waiting

for your design suggestions.

$4.$ Expect $100\%$ growth of current IP requirements when determining size of subnets.

$5.$ Switches in the main branch buildings will need to be connected in a loop, so that if one switch fails

analternative path is used.

$6.$ The network needs to be secured especially if we are talking about wireless. Only legitimate users are

allowed to access the network.

$7.$ Discussion on testing and verification strategies. Document your testing and verification from routers

and switches in the appendix.

$8.$ Recommendations for future network upgrades. Deliverables: A well$-$illustrated formal written report.

All configurations are to be recorded in the appendix.

We will test your logical design, physical design and simulation that proves that your network is fully

connected between all parts of this campus. Do not forget that we will test your LAN and WAN

technologiesin your network architecture of choice.

In your discussion, you need to justify your network design and cover all requirements specified above.

Demonstrate that you have done some background research using the tutorials from packet tracer

$($latest$)$ and extra external ones as needed.

A demonstration to test the connectivity of your network in at the specified deadline using Packet

Tracer $($latest$).$