This document summarizes a network design project for the Basis building. The network connects devices across two floors and includes computers, printers, switches, routers, cables, sensors, CCTV cameras, and smart door locks. The design aims to digitize the building and provide high security. Key aspects summarized are the network topology, devices and servers used, total cost, advantages and disadvantages.

1. Project Name: BASIS NETWORKING DESIGN
Course Code: CSE 318
Course Title: ComputerNetwork Lab
Submitted To
PranabBandhu Nath
Senior Lecturer,
Dept. of CSE,
City University, Dhaka.
Submitted By
Md Farhadul Alam Himel
ID: 181472629
Program: CSE(Day)
Batch: 51
Date of Submission: 31/10/2021

2. To display the network design on Basis building , using cisco packet tracer. I built a two floor
building network design. Here mainly focus on digitalization and smart network procedure and
give high security.
Device: Computer, Printer, Switch, Router, Wire Cable, Some digital devices like smart door
lock device etc. I’m using some sensor like motion sensor, smoke detector sensor etc. I also use a
CCTV camera for security and use an alarm and speaker for emergency purposes.
Device Works and Price (each device): Every device works for every work. I’m describing
each device part by part here.
Computer: I’m using a computer in every office, hall room, training room, manager room,
information room,all the rooms for communicating each room to another room. Every Computer
connected to a server. If anyone wants to give mail or transfer files that person can transfer files
or mail one computer to another computer. This project, I’m using two types of computer
desktop computer and Laptop computer.
Switch: A network switch (also called switching hub, bridging hub, and is networking hardware
that connects devices on a computer network by using packet switching to receive and forward
data to the destination device.
Router: A router is a networking device that forwards data packets between computer networks.
Routers perform the traffic directing functions on the Internet. Then, using information in its
routing table or routing policy, it directs the packet to the next network on its journey.
Motion Detector: A motion detector is an electrical device that utilizes a sensor to detect nearby
motion. Such a device is often integrated as a component of a system that automatically performs
a task or alerts a user of motion in an area.
CCTV Camera: This camera only for monitoring. It give high security.
AC: An air conditioner is a system or a machine that treats air in a defined, usually enclosed area
via a refrigeration cycle in which warm air is removed and replaced with cooler air. In
construction, a complete system of heating, ventilation, and air conditioning is referred to as
HVAC.
SIREN: When a service issues an alarm, the alarm interface sends the alarm to the chosen
monitors (for example, SDI trace, Cisco RIS Data Collector). The monitor forwards the alarm or
writes it to its final destination.
SMOKE DETECTOR: A smoke detector is a device that senses smoke, typically as an
indicator of fire. Commercial smoke detectors issue a signal to a fire alarm control panel as part
of a fire alarm system.

3. Smart Door Lock: A smart lock is arguably the most important part of a truly smart, connected
home. Not only will it allow you to come and go as you please, it will also monitor who is
entering and leaving your home while you're away.
Server: Network Server is a computer in Network that is designated to provide one or more
network service. For example file server, database server etc.
Full View of Project:
This is the full view of my project. Project name is Basis Networks Design. In this project, I’m
design 2stored building networks design. Every building have some room. Now I’m describe
about floor design-
Ground Floor: This floor is use for car parking and transport car store. There have security
garage door, CCTV camera, smoke detector, siren and motion detector.

4. First Floor: This floor has one information room, one training room and one conference room,
one office room. Every room have AC, Security Door, CCTV camera, fire monitor.
Information room: Information room have 3 Desktop Computer, one printer. All are connected
to switch.
Training Room: In training room have 3 Desktop Computer, one printer. All are connected to
switch. This room are connected to digital device and main server by using wire cable and
Switch.
Office Room: Class room have a computer and a laptop. All room are connected to Smart
device.
conference room: In conference room have 5 Desktop Computer, one printer. All are connected
to switch. This room are connected to digital device and main server by using wire cable and
Switch.

5. Second Floor: This floor have manager room, training room, officer room and a server room.
Every room have AC, Security Door, CCTV camera.
Manager room: This room have a computer, a laptop, a printer and wireless lan controller. This
are connecter to the server by using cable, wire and switch. All room are connected to Smart
device.
Training room 1: This room have 4 computer. This are connecter to the server by using cable,
wire and switch. All room are connected to Smart device.
Training room 2: This room have 4 computer. This are connecter to the server by using cable,
wire and switch. All room are connected to Smart device.
Training room 3: This room have 3 computer. This are connecter to the server by using cable,
wire and switch. All room are connected to Smart device.
officer room : This room have 3 computer. This are connecter to the server by using cable, wire
and switch. All room are connected to Smart device.
Hall room : This room have 2 computer and a laptop. This are connecter to the server by using
cable, wire and switch. All room are connected to Smart device.

6. Server Room: This room have one computer and server device. Main server is build this room.
All networks monitor by using this server. DNS, DHCP, Email, Iot and Ftp all server are in this
room. All room are connected to Smart device.
Server Details: In this project, I’m using DNS, DHCP, Email, FTP, IOT those five server.
DNS Server: The Domain Name System (DNS) is the phonebook of the Internet. When user’s
type domain names such as 'google.com' or 'nytimes.com' into web browsers, DNS is responsible
for finding the correct IP address for those sites. In this project, I’m using DNS server.
www.basis.com

7. DHCP Server: A DHCP Server is a network server that automatically provides and assigns IP
addresses, default gateways and other network parameters to client devices. It relies on the
standard protocol known as Dynamic Host Configuration Protocol or DHCP to respond to
broadcast queries by clients.

8. Email Server: A mail server (or email server) is a computer system that sends and receives
email. Mail servers send and receive email using standard email protocols. For example, the
SMTP protocol sends messages and handles outgoing mail requests. The IMAP and POP3
protocols receive messages and are used to process incoming mail.

9. FTP Server: The File Transfer Protocol is a standard network protocol used for the transfer of
computer files between a client and server on a computer network. FTP is built on a client-server
model architecture using separate control and data connections between the client and the server.

10. IoT server
IoT Data Server is a "Data Integration Controller" consisting of high reliable industrial computer
and non-programming data integration software.These functions will help the data management
in various scenes from the production cell system to production line, factory, cloud system.

11. Total Cost:
No. Device
Name
Model Quantity Cost Per
Product
Total cost
1. Router TP-Link Archer AX50
AX3000 3000 Mbps
Gigabit Dual-Band Wi-
Fi 6 Router
1 12,500 12,500
2. Switches Cisco SG350-28P 28-
Port Gigabit PoE
Managed Switch
14 37,500 525000
3. Printer Epson EcoTank M2140
3-in-1 Monochrome
Printer
5 31,790 1,58,950
4. Access point Xiaomi Smart Home
Gateway
1 4,500 4,500
5. Cables D-Link CAT 6 UTP
Cable 305M 23AWG
Grey
50 3,000 150,000
6. Smoke
detector
AW-CSD381 1 3,000 3,000
7. Computers
(Desktop or
laptops)
Processor: core i9- Intel
Core i9-9900K 9th
generation Processor,
Motherboard:
GIGABYTE X299 UD4
32 1,05,000 33,60,000
8. Webcam Logitech C920EPro Full
HD Webcam
13 11,000 1,30,000
9. Laptop DELL-5480 3 91,000 273,000

12. 10. Smart AC Transtec INVERTER
Split Air Conditioner
11 51,500 5,66,500
11. Smart door 11 40,000 4,40,000
12. Server setup DNS, DHCP, Email,
FTP, IOT
5 80,000 4,00000
13. Siren Bulgar alarm 1 1500 1500
Grand Total 6,024,950
Advantage of network design
The network design for the selected company will allow the company to have many advantages.
1. Efficient network performance.
2. Users can share devices such as printers.
3. Files can be shared easily among the users under same network.
4. Data can be easily backup on the server as all the data is stored on the file server.
Disadvantage of network design
There are few disadvantages of this network design which has been outline below.
1. Purchasing all the necessary equipment can be expensive.
2. Managing large network can be complicated.
3. Viruses can be spread through the network if the precaution is not taken properly.
4. If the file server breaks down the files on the file server become inaccessible.

13. This network topology security system:
1. Router use to maintain data security.
2. Secure perimeter system.
3. Switch use for data protect.
4. Packet filtering gateway.
5. Sensor networks.
6. Private network use.
7. Ip & Mac based internet connection.
8. User access authentication.
In this project work. I’m trying to give full effort to make this project properly. The network
design which has been designed for the company will make the system more robust and efficient
to use. However, the cost might seem a bit high but this will help in the long run to secure the
complete system. The success of a company depends specifically on the security of the network,
which they are using.
At last I would thank my honorable teacher who give me this
project.