Design and Implementation High Level Network System for Rural Bank

Final Project Report Individual
Design and Implementation Medium Level Network for Rural Bank
Name: muhammadh faisaan
ID Number: E122788
Date: Monday, 02 May 2022
First Supervisor: Mr. Dimuthu Thammitage
Second Supervisor: Mr. Dimuthu Thammitage
London Metropolitan University

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Declaration
Module: FC6P01 Deadline: Monday 2nd
May 2022 at 11:59pm
Module Leader: Dimuthu Thammitage Student ID: 21038284/1
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Dedication
I dedicate this project to the Almighty God and to the “E-Soft” (Mr. Dimuthu Thammitage, Mr.
Ishuru Udara, Mr. Sudesh Bandara and Mr. Geeth Jayasinghe) without whom it would not have
been able to accomplish. Also dedicated to my parents and my friends who have always loved me
unconditionally and whose good examples have taught me to work hard for the things that I aspire
to achieve.

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Acknowledgements
First and foremost, I would like to express my gratitude to our lecturer, Mr. Dimuthu Thammitage,
for assisting and guiding us throughout the duration of this project's work period by devoting all
of his time and effort to ensure that we achieved the best possible results. I would also like to
express my gratitude to my friends for their invaluable assistance; finally, I would like to express
my gratitude to the E-soft Kandy campus for allowing us to use the internet and computer facilities
to gather information in order to successfully complete the project on time.

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Abstract
The main goal of this project is to copy a banking system that is both safe and easy to use. Before,
rural banks were used, but the system was slow, manual, and not very safe. This made it hard to
do business. It's a good idea to look at what this solution could do to fix the problems with the
manual method. It may take some time for customers to get up-to-date information from Rural
Bank branches in their districts because they have to send reports to the central branch by hand.
To make sure that each transaction is recorded, this system will be used. People who are allowed
to see the information can get it from any branch via a Wide Area Network (WAN) and Virtual
Local Area Network (VLAN) (VLAN). We used the OSI model to make our project happen. This
system uses Packet Tracer 5.3 to make sure that web applications for banking are safe, and it's a
good way to do this.
Most modern banks place a lot of value on having a well-functioning and customized network that
is based on their customers' needs and wants. Network technicians who build these networks have
a lot of responsibility because many people rely on the solutions they choose to help them with
many of their daily tasks.
This study looked at the things to think about when you're designing a network for a customer.
References from the real world were used to make and model the simulations of financial
institutions. A network proposal was made based on their priorities and needs, and it was
customized for each rural bank. Different ways to figure out what is best for each rural bank are
talked about, and it is hoped that these ideas will come in handy when designing rural banking
networks in the future.
We talk about how we're going to deal with the problem and what we're going to do about it as
part of our overall plan for the company. Communication networks that use the internet are
becoming more important in our daily lives. There is a chance that these networks will fail and we
will lose a lot of money and other things in our lives. Because of this, communication networks
need to be planned and designed properly in order to work well. An important tool in this study is
the Network Development Life Cycle (NDLC). It helps with the critical evaluation of a few key
network analysis and logical design features that are being studied. There will be a discussion
about things like who the people are, how to get information from them, what business and
technical needs and constraints there are, and how to figure out how things flow. As part of the

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logical design of networks, things like the hierarchical structure of networks and how to address
IP issues are taken into account. Following a thorough look at these problems, it is likely that more
network analysis and design research will be done as a result.

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Table of Contents
Contents
1 Chapter 1 Introduction.......................................................................................................................1
1.1 Goals.............................................................................................................................................1
1.2 Motivation....................................................................................................................................1
1.3 Method .........................................................................................................................................2
1.4 Overview......................................................................................................................................2
2 Chapter 2 Background and Problem Statement..............................................................................4
2.1 Introduction.................................................................................................................................4
2.2 Literature Review .......................................................................................................................5
2.3 Problem Statement......................................................................................................................5
3 Chapter 3 project management .........................................................................................................7
3.1 Approach .....................................................................................................................................7
3.2 Initial Project Plan......................................................................................................................9
3.2.1 Gant chart............................................................................................................................9
3.2.2 Network Diagram..............................................................................................................11
3.2.3 Tracking Gantt..................................................................................................................14
3.3 Problems and Changes to the Plan..........................................................................................15
3.4 Final Project Record.................................................................................................................16
4 Chapter 4 feasibility study ...............................................................................................................17
4.1 Time feasibility..........................................................................................................................17
4.2 Cost feasibility...........................................................................................................................18
4.3 Scope feasibility.........................................................................................................................20
4.4 Technical feasibility ..................................................................................................................21
4.5 Economic feasibility..................................................................................................................23
5 Chapter 5 design ...............................................................................................................................24
5.1 Introduction your choice of proposed network system .........................................................24
5.2 Hardware and software requirements ....................................................................................25
5.3 Evaluating of solutions .............................................................................................................26
6 Chapter 6 implementation................................................................................................................27
6.1.1 Design.................................................................................................................................28
6.1.2 Experiment 1 .....................................................................................................................29
6.1.3 Experiment 2 .....................................................................................................................31

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6.1.4 Experiment 3 .....................................................................................................................42
6.1.5 Experiment 3 .....................................................................................................................48
7 Chapter 7 testing and verification...................................................................................................63
8 Chapter 8 EVALUATION and CONCLUSION............................................................................66
9 References...........................................................................................................................................68
10 Appendices......................................................................................................................................70

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Table of figures
Figure 1 Gantt chart 1 ..................................................................................................................... 9
Figure 2 Gantt chart 2 ................................................................................................................... 10
Figure 3 Network Diagram 1........................................................................................................ 11
Figure 6 Tracking Gantt................................................................................................................ 14
Figure 7 Plan of Project Completed.............................................................................................. 16
Figure 8 Overall Design................................................................................................................ 28
Figure 9 Main Router.................................................................................................................... 31
Figure 10 Main Router.................................................................................................................. 32
Figure 11 Protocols....................................................................................................................... 33
Figure 12 ACL.............................................................................................................................. 33
Figure 13 IP Route........................................................................................................................ 34
Figure 14 1st
Floor Router............................................................................................................. 35
Figure 15 1st Floor Router............................................................................................................ 36
Figure 17 IP Route........................................................................................................................ 37
Figure 18 ephone status ................................................................................................................ 38
Figure 19 2nd Floor Router........................................................................................................... 38
Figure 23 IP Route........................................................................................................................ 41
Figure 24 ACL.............................................................................................................................. 42
Figure 25 ephone status ................................................................................................................ 42
Figure 26 VPN Tunnel.................................................................................................................. 42
Figure 27 Crypto IPsec ................................................................................................................. 43
Figure 28 Crypto IPsec ................................................................................................................. 44
Figure 29 second floor Router Crypto IPsec................................................................................. 44
Figure 30 second floor Router Crypto IPsec................................................................................. 45

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Figure 31 IoT and smart devices.................................................................................................. 46
Figure 32 IoT Monitor .................................................................................................................. 46
Figure 35 PC2 Configure Mail ..................................................................................................... 48
Figure 36 PC3 Mail Configure ..................................................................................................... 49
Figure 37 Mail server.................................................................................................................... 50
Figure 38 DNS Server................................................................................................................... 51
Figure 39 Send mail to PC 3......................................................................................................... 52
Figure 40 PC3 Received mail ....................................................................................................... 52
Figure 41 FTP server .................................................................................................................... 53
Figure 42 FTP prompt................................................................................................................... 54
Figure 43 IoT server...................................................................................................................... 55
Figure 44 Enabled IoT device....................................................................................................... 56
Figure 45 Syslog Server................................................................................................................ 57
Figure 46 DNS server ................................................................................................................... 58
Figure 47 NTP server.................................................................................................................... 59
Figure 48 AAA server................................................................................................................... 60
Figure 49 Web server.................................................................................................................... 61
Figure 50 Interface of Website ..................................................................................................... 62

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Table of tables
Table 1 Time Feasibility 1............................................................................................................ 17
Table 2 Time Feasibility 2............................................................................................................ 18
Table 3 Cost Feasibility ................................................................................................................ 20
Table 4 Design Implementation Plan Summary........................................................................... 28
Table 5 Common Simulation Model Validation Methods............................................................ 64

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1 Chapter 1 Introduction
Some way, any rural banking system will be able to control their networking system. Because the
banking system is network-based and easy to use, it will be able to do this in some way. People at
the head office, the branch office, and other places keep track of LAN, MAN, WAN, PAN, VLAN,
VLAN, VLSM, VPS, VPN, and controlled switches. LAN is used in systems that have one office
and one building. The wide area networks use WAN, while the metropolitan area networks, like
small towns, use MAN. Cloud computing is used in three departments. People who work for a
bank can use this networking technology to move data quickly and easily. So, users can learn about
the network structure and security of the banking system quickly no matter where they are and
how long it takes.
Today, a well-functioning network is an important part of any modern rural bank. There are a lot
of different network systems used by rural banks, from the smallest local bank to the world's largest
rural bank. The use of web pages, email, IP telephony, and wireless communications for customers
who live far away is becoming more important for rural banks. This project is based on the fact
that a computer network and a solution for the bank are important. This is what I want to do: I
want to make sure each rural bank gets the best deal possible.
1.1 Goals
This is my goal to develop a secure network infrastructure and solution for small-town financial
institutions. There are a lot of people who find it very useful when they're dealing with financial
institutions. Our long-term goal is for this to be used in every rural bank in Ceylon.
1.2 Motivation
The banking industry has been under attack for hundreds of years now, and it's still going on. As
soon as they stole money, they did it by taking it in the form of cash. When that was done, it was
computer fraud, as well when it comes to fraud today; it's not just cyber crime. Hackers break into
servers to get a customer's personal information (PII). Cyber security in banking is very important,
so that is why. As more and more people and businesses do their business online, the risk of a data

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breach grows every day. As a result, there is a lot more attention paid to cybersecurity in banking
sector processes.
A computer can easily handle problems with a lot of activities, but be aware that if you have
resource smoothing or resource constrained problems to solve, the computational load can be very
high.
The most important things to look for in a package, besides how much it costs, are how easy it is
to use, how good it is at solving resource problems, and how well it looks. Each package will give
the same minimum project completion time. But not all packages will be equally good at solving
resource problems, so the solutions to these problems will be different from one package to
another.
1.3 Method
In this project, "Design and Simulation of a Rural Banking System," we talk about the whole
banking network structure and some security features. We are going to different banks to look for
data or information. The International Organization for Standardization (ISO) came up with the
OSI layer in 1984 to make sure that products made by different companies could work together in
networks. There's a name for this: OSI stands for Open Systems Interconnection. Data sent
between software programs goes through all 7 layers. App, Presentation, and Session layers are
also known as "upper layers." The Data Link and Physical layers are often used together to make
sure that LAN and WAN specifications are met.
1.4 Overview
This research project is a look at the information system of a bank, so it can be called a survey. It
was important to use the research method that was used in this study: the survey method. A survey
is a type of research that gathers information about people's feelings, opinions, beliefs, attitudes,
and actions. This study is trying to figure out what people think and feel about the information
system at RCbank. So, the survey method is a good way to do research.
Studies conducted to obtain objective and systematic evidence of the success and failure of any
system is categorized as evaluation research. When a project is evaluated, its relative effectiveness
in terms of standard goals and objectives is determined and described. Evaluation research usually

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tries to figure out how well things work in terms of the goals of a system. Evaluation studies aren't
so different from other types of research because of how they're done, but because of what they're
used for. Many different types of research can be used to effectively evaluate information systems
and projects. In some cases, interviews and questionnaires are used to get people to think or say
what they think.

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2 Chapter 2 Background and Problem Statement
The reason I'm going to study this subject is because I think it will be a good addition to my studies,
An important part of having a good computer network is knowing what one is. I want to know the
answer to the question "What does a well-built computer network look like in the future." A well-
built network can make a lot of difference for people who use it. I've done some of this and seen
for myself how much of a difference it can make.
The project's goal is to find out what rural banks need and then build a network strategy that fits
each one. When this project is done, it will show how different types of banks (like Sri Lanka CO-
Operative Rural Bank, rubank, Rabobank, Commercial Bank, and BOC) and their criteria should
be chosen. You need to ask the right questions to get the information you need to build a strong
computer network, so you must do that (Alleyne, Last update 2021).
2.1 Introduction
During the survey, respondents were asked if they had encountered any difficulties while using
the CIS. According to the responses, thirty-seven (37) respondents, or 67.3 percent, answered yes;
12 (21.8 percent) responded no; and five (10.9 percent) responses were deemed invalid. When the
respondents who answered yes to the question were asked to indicate or demonstrate the types of
problems they encounter, the vast majority of them stated that they experience periodic network
slowdowns as a result of the increase in the number of clients and staff information that they
process. They asserted that this (increase in the number of clients and employees) has not been
accompanied by a corresponding improvement and upgrading of the CIS to accommodate the
corresponding increase in the volume of information and records they process. Others have stated
that information transfer is slowed as a result of a large number of commands being executed at
the same time (Anon., 2014).

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2.2 Literature Review
A theoretical literature review to the study, an examination of the development of the networks as
markets theory, and a discussion of the various approaches and findings of researchers attempting
to measure the performance outcomes of networking relationships and activities are all included
in this comprehensive review of the literature. The chapter concludes with a summary of the
findings, a discussion of the literature's shortcomings, and research recommendations (Anon., Last
Update 2018).
Broad networks, local area networks (LANs), and metropolitan area networks (MANs) are various
sorts of networks that are characterized by their spatial distance (WANs) (WANs). A network can
also be identified by the type of data transmission technology it uses (for example, a TCP/IP or
Systems Networks Architecture network); whether it carries voice, data, or both types of signals;
who can use it (public or private); the typical nature of its connections (dial-up or swathed,
dedicated or no switched, or virtual connections); and the types of physical links it uses (for
example, optical fiber, Multi-Mode Fiber, Single Mode Fiber, coaxial cable, and Unshielded
twisted Pair) (for example, optical fiber, Multi-Mode Fiber, Single Mode Fiber, coaxial cable, and
Unshielded twisted Pair) (Hart, 2012), (Athanas, 2020), (Fabio Caccioli, 2017), (Sarel., 2021).
2.3 Problem Statement
Rural banks are currently performing manual internal audits. Audit data is stored as a file in the
main warehouse in the basement of the RC Bank headquarters. Workers who need the files must
first go to the warehouse to get the files. Data older than one year is moved to another warehouse
outside of the headquarters for storage. It takes much longer for employees to get the data they
need to do their job. Also, there are many files in the vault, some of which are infrequently used.
These documents take up a lot of space and are difficult to work with.
Users can only view one file at a time. If the file has already been taken, the employee must wait
for the file to be returned. Files may be lost or corrupted while retrieving them, but sometimes this
can happen. So, make a second copy of the file to make a backup. Because changes are not tracked,

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backups are useless if files are maliciously modified. It may be too late to find the problem before
it's too late.
It is frequently difficult to place confidence in the information provided for decision-making
purposes because the data processing and the output presented to management are diametrically
opposed. Personnel working at the bank's operational level appear to be unable to comprehend the
data that is being processed by them.
It is essential that banking institutions, as well as their information systems, undergo significant
improvements as part of the transition to a market-based economy. The financial deregulation,
increased competition, and diversification that have occurred in recent years have put banks at risk
of going bankrupt. If new methods of managing corporate resources, particularly information, are
not developed, banks may find themselves in financial trouble. Information systems integration
will continue to pose a challenge for organizations in their global business environments, which
will cause them concern (McCombes, 2019).
Because of this, RC Bank wants a new computerized system to solve these problems. Goal of the
new system: The
system is easy to use in all RC Bank buildings, but cannot be used outside the building.
System software is installed over a network to allow accountants to easily access and modify
information about employees, customers and accounts.
All changes to all documents are logged and a different version is maintained for each.
Multiple people can view the same document at the same time, but only one can make changes.
A new document can be created and then shared.

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3 Chapter 3 project management
It's about setting goals, how to achieve them, and the resources you need to reach your overall
goals. Project management is everything. The act of handling everything that goes into a project,
from the team to the tasks and tools. It can also be a one-time project or long-term activity, and
managed resources include people, money, technology, and intellectual property (Simplilearn,
2022).
Project management has 4 stages.
At this stage, the goals of the project and requirements for what needs to be developed are
established. This helps project managers and team members better understand the project. Team
members will also talk about the work and how the project will be carried out.
After the project plan is complete, the team begins working on the project in a variety of ways,
such as a waterfall or agile model. The team then collaborates, validates, revises, and achieves the
outcomes agreed upon during the course of the project.
After development is complete, the test team begins testing the project in a variety of ways. Report
bugs, perform usability tests, and more. Their technical team no longer needs to fix bugs, so the
product can be fully run on the customer's site.
After the testing process is completed and the project is started, it is monitored and improved
according to the client's requirements.
3.1 Approach
The most important part of planning a project is to figure out the scope of the project, refine the
goals, and figure out how to reach the goals that the project was set out to achieve. I need to write
a Project Plan as our first step in the Network project. Many times, project planning isn't given
enough attention before the work starts. A project plan can save time, money, and avoid problems
and issues that might come up. Many people didn't know this.

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Project Planning
Project planning is very important for any project to go well. I need to come up with a detailed
project plan before I can move on.
Follow Good Practices: People who work on a project should always sign the project plan.
 To keep track of and provide the detailed Resource needs.
 Make a realistic assessment of the time frame for the project.
 Allows you to figure out how much a project will cost so that you can check it out more if
you need to.
 As soon as possible, he looks for problems like tasks taking too long, the team not meeting
their deadlines, and the productivity of each member.
Always talk to your team members, not just your boss. People on the consulting team will help
you make changes to the plan over a few weeks so they can put their own experiences into the
plan, too. Take what you learned from your last projects.
Avoid commons mistakes : People who don't have a project plan or have a bad project plan.
Wrong project plans are even worse without a project plan. Not just show the project plan to the
Steering Committee to make them feel warm and comfortable.
You don't want to lose sight of what the project is trying to do. Traditional project management
methods can lead to over planning and a lot of focus on small tasks at the expense of bigger goals.
Asserting that a project should be done faster with people who are in a hurry is not based on facts
from previous projects. Committing too early, or setting up project plans too soon. A project that
lasts five days doesn't need to have a detailed project plan.

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3.2 Initial Project Plan
It is in the Project Plan that we will determine the beginning and ending points of the project. All
Rollout Progress Reports will make a comparison between the current situation and the Project
Plan that was established at the beginning of the project.
The Project Plan will be developed in accordance with the Lead Times that have been agreed upon.
When you look at Lead Times, you'll see how long each (or the main) task has taken.
Tables outline how the project will be reported on as well as how long each task should take to
complete. Using the Gantt diagram, the Network diagram, and the Tracking Gantt for the Project
report template allows you to create an individual Project Plan for each project that is unique to
that project.
3.2.1 Gant chart
Figure 1 Gantt chart 1

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Figure 2 Gantt chart 2

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3.2.2 Network Diagram
Figure 3 Network Diagram 1

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13

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3.2.3 Tracking Gantt
Figure 6 Tracking Gantt

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3.3 Problems and Changes to the Plan
There is one problem that network managers face that is the hardest of all: how to get as much out
of their network as possible while not increasing the cost of owning it too much. In addition, there
are costs for support staff who will help you learn how to set up, run, and keep the network running
and safe. The total cost of owning a network also includes the cost of capital equipment and the
cost of annual maintenance, but not the cost of the people who work to help you. Many tools and
solutions can help you keep up with the needs of your business as they change. Another is HP
Open View (Hales, 2008).
A few of the programmers that work with these programmers are CA Unicenter and IBM Tivoli.
Novell ZENwork also works with these programmers. It is the same for everyone. They all use the
same architecture and the same protocol to run the network. A wide range of networks, protocols,
and equipment are used in a complex communication environment that includes voice, video, and
data. Network management tools have grown to be able to work across all of these different things.
By being ready to use right out of the box with little or no changes.
There is a popular NMS framework called HP OpenView (openview.hp.com) that is used in large,
mixed IT environments. Many people use it. NNM map takes a lot of time to set up because both
the NNM map and message browser are very old. A lot of the OVO agents are hard to work with,
and they die a lot, so the system has to be restarted a lot. OVO agents are hard to set up. Getting
the whole thing set up is hard, and the price makes it not good for small businesses.
If you have a mostly Cisco network that needs to be managed with the least amount of work, you
should use CW. A lot of non-Cisco devices don't work with it, and it takes a long time to respond
to a question. Because CDP (Cisco Discovery Protocol) isn't well-known, it's hard to figure out
how to fix and run the product. Because it's unique, it has a protocol called CDP that makes it
work.
A lot of people have trouble setting up and maintaining commercial products because they can be
pricey. This also costs a lot of money. Network management products and solutions have been

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around for a long time, but it has been found that many people don't want to use them because they
are too expensive and complicated.
3.4 Final Project Record
Figure 7 Plan of Project Completed

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4 Chapter 4 feasibility study
An organization's operations should be considered when conducting a feasibility study. The study
should determine what resources are required for the project and provide a rough estimate of the
costs, timeframes, and impact of the project on the organization's operations. Aside from that, it
should try to figure out how the new network will help people become more productive while also
saving them money. All of the factors that will need to be considered include the number of people
who will need to be hired, the amount of training they will require, and the amount of support
infrastructure that will be required for the network and its users. Depending on the findings of the
study, the report will assist management in deciding whether or not to proceed with the project in
question (Drury, 2021).
4.1 Time feasibility
Table 1 Time Feasibility 1

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4.2 Cost feasibility
It is important for management to look at the costs and benefits of a project in order to see if it is
worth it to work on. Think about how much money a project will cost before you decide whether
or not to do it, Guesswork: It is used to figure out how much it will cost to make a big investment
in the future. During the beginning stages of a project, it may seem impossible to figure out the
exact costs and benefits. One should spend enough time figuring out how much it will cost and
how much it will be worth so they can compare it to other projects (name, Last update 2022).
You might think of things that are easy to figure out and estimate, like the cost of hardware and
software or labor, when someone talks about how much an IT/IS project costs. Also, there are
some costs that are not tangible, like a loss of goodwill or a lack of efficiency.
When you buy and keep up with information technology, you can figure out the total cost of
ownership, which is how much it costs to put in and keep up with all of it (TCO). In order to figure
out how much it costs to buy and run a business, financial estimates are used. VP and Research
Director of Gartner Bill Kirwin said that "TCO is a complete look at IT costs over time." This is
what he said. This is called a "holistic assessment." It means that all the costs of IT investments,
Table 2 Time Feasibility 2

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including capital investment, license fees, leasing costs, and service fees, are taken into account.
This includes both direct and indirect labor costs. Garter, Inc., a consulting firm, has found and
said how much money it costs to use information technology through its whole life cycle.
 The cost of purchasing end-user computer equipment.
 The cost of purchasing software licenses.
 Hardware and software distribution costs.
 Equipment warranty and maintenance costs.
 Software license tracking costs.
 Operational infrastructure costs.
 The cost of a breach (in terms of reputation loss and recovery costs).
 Electricity and cooling costs.
 Cost of network equipment and software.
 Server hardware and software costs.
 Insurance Costs.
 Cost of testing.
 Upgrade or scalability costs.
 IT staff expenses.
 Time spent administering level “C”.
 Backup and restore process costs.
 Failure or costs associated with failure.
 Performance degradation incidents (eg user has to wait).
Cost Analysis
Product Price Quantity Total
Cisco UCS C240 M6
Rack Server
$4000 10 $40000
cisco catalyst 8300
series edge router
$3500 6 $21000

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XPS Desktop $400 94 $37600
ASA 5585-X
Firewall
$8498.00 1 $8498.00
WS-C2960X-24PS-L
Catalyst 2960-X 24
GigE PoE 370W
$1540.00 9 $13860
AIR-CAP702I-A-K9 $495.00 9 $4455
cisco 8845 VoIP
phone
$441.00 7 $3087
Canon Pixma G2012
All-in One Ink Tank
Color Printer
$179.99 23 $4139.77
Xerox duplex combo
scanner
$269.99 22 $5939.78
EtherFast 8-Port
10/100 Desktop Hub
$79.99 1 $79.99
PatchSee Cat6 RJ45
Ethernet Cable
(2000feet)
$1699 10 $16990
Ultimate Tool Kit $220 1 $220
Table 3 Cost Feasibility
4.3 Scope feasibility
Users from departments such as Economic Research, Human Resources, the Advances and lending
department (SME Loans, project loans) V3, the Department of Administration and Personnel,
Deposits, Account (Checking and Cards also), Cash Management, the Department of Statistical
Analysis and Computer Services, the Back Office (IT, CRM, Accounting & Finance, Product and
Planning, and so on), and the Regional Development Department will be the primary users of the
netwok.com website. Those who will receive information produced on the network but will not
actively participate in its operation are referred to as secondary users of the network. They include
clients, employees, and members of the general public. Because they will receive information but

21
will not actively participate in its operation, clients, employees, and members of the general public
are referred to as "secondary users."
Every activity taking place on the network should be visible to the users of the system. If
everything goes according to plan, remote-controlled programmers, file transfers, and other similar
operations should appear to be running as quickly, if not faster, than those carried out on an end-
station. According to the findings of user interviews conducted to determine their requirements
and expectations, an average throughput of 20 Mbps per user within each LAN and 10 Mbps per
user across LANs will more than support the required performance in the vast majority of scenarios
in the vast majority of scenarios (teleconferencing being the possible exception).
Storage space must be available in sufficient quantities in order to accommodate the storage of all
transaction, account, and state data in a single, centrally located repository. User interviews,
observations of current and anticipated storage requirements, and other data have been used to
estimate that each user will require on average 1 GB of server space (in addition to secondary
storage on local computers), with a maximum estimated server-side storage requirement per user
of approximately 10 GB. The manufacturer also claims that the network operating system will take
up approximately 1.5GB of space on each LAN server on which it is installed in addition to the
above. Specifically, each PC will have a minimum storage capacity of 100 GB, and each local area
network server will have a minimum storage capacity of 200 GB, in order to strike a balance
between price and performance concerns. There will be a main data server with a storage capacity
of 400 GB, which will be located on the premises of the State Office of the Attorney General
(name, no date).
4.4 Technical feasibility
Assessing technical feasibility is looking at whether the new system will work well and whether
an organization can build a proposed system or not. As part of the technical assessment, we look
into questions such as whether or not there is enough technology available, how difficult it will be

22
to build, and if the company has enough experience with that technology. One example of how
technology can be used is the way credit unions are run.
 “A lot of people were happy with how it worked and thought the platform did what they
needed it to do. But, obviously, that platform needed an upgrade to keep up with new
technology in the industry. As chief strategy officer for Fiserv's credit union division, Sara
L. Brooks says: "It was no longer going to be able to support itself long-term." (Swedberg
2005)
 Even though a certain operating system can run on different types of computers, the
software written for that operating system may not work on all of the computers that the
operating system can run on. Because of this, OpenOffice.org didn't run on computers with
64-bit processors in 2006 because it didn't work right away. Because the company had 64-
bit computer architectures at the time, it wouldn't be possible to use OpenOffice at that
time (name, Last update 2022).
In the process of making a new system, one has to look into and compare technology providers,
figure out how reliable and competitive that system is, and figure out what limitations or
constraints technology has. Also, one has to think about how big the system is, how complicated
it is, and how much experience the group has with similar systems.
Project Structure: As long as the project's requirements are well thought out and structured, it
will be less risky than if someone else decides what they want.
Familiarity with Technology or Application area: A project will be less risky if both the people
who make and use it know what they're doing. If the development team used the same tools and
hardware, it would be less risky. It's also important for users to know how systems work, because
this can help them understand why it's important for them to be a part of the process. There is a
good chance that this involvement will help the project go well!

23
A project with a lot of risk can still be done, though. Almost every company would have a good
mix of high, medium-risk, and low-risk projects. Without the high-risk project, the organization
couldn't make the big changes in how systems were used.
4.5 Economic feasibility
Due to the fact that it deals with things that can be measured, quantified, and compared in monetary
terms, economic evaluation is an important component of investment evaluation. It is necessary to
consider the results of an economic evaluation when deciding whether or not to invest in a
particular project. This is due to the fact that the proper investment appraisal contributes to
ensuring that the appropriate project is completed in a manner that maximizes its chances of
success (name, Last Update 2022).
Money and other resources are spent now in order to make money, save money, or do good for the
community in the future, which is referred to as project investments. The future benefit of an
investment must outweigh the resources that were expended to get there in order for it to be deemed
worthwhile.

24
5 Chapter 5 design
It is a group of computers and other hardware that can talk to each other through communication
channels. This lets a wide range of people share resources and talk to each other. Setting up a
business network is all done through the internet. This is how it works: People who work for big
businesses and other groups use IT to make sure that their data, information, and other things don't
get stolen or leaked. IT is a type of network. Computer networks are made up of specialized
equipment like hosts, routers, switches, and access points. These are the parts that make them
work. As many of these devices connect to each other and use the same protocol, they form a
network.
Networks that connect computers near each other are called "local area networks" or "LANs." This
type of network is called a "local area network." People can use it in a small area and connect their
computers with it, At home, there could be just two or three people, or there could be a lot of
people at the bank's main office. By setting up LANs this way, home owners and IT managers can
set up LANs so that network nodes can share services like printers or network storage.
To make sure your network is safe, you need to think about things like how the network is set up,
what kind of hardware and software you use, and where each host is in the network. There must
be a list of everything that needs to be done before any design can start. Then, the project can start.
To design and put in place a computer network, it takes a long time and many people to get it done
right. Many parts of a company are involved. At this point, things like where the website is and
how people use it are usually taken into account.
5.1 Introduction your choice of proposed network system
There are many security issues and more costs for both banking users and the banks because of
the rise in banking. In his paper, Classers said that security is all about the risks and costs that
come with it. The most important thing to do when it comes to banking security is to keep
important information safe from people who want to get their hands on it. As a result, the banks
must always improve their security. At the same time, the banks have to keep costs down to make
money. People who want to break into a system will have to pay a lot more to do so, as well as get

25
a lot more punishment if they do, by increasing security. Thus, the Internet
criminals/attackers/crackers may not want to hack a high security online banking system.
5.2 Hardware and software requirements
Software Requirement
This following software we have used to implement our project-
 Windows 7 or.
 Windows 8 platform.
 Windows 10 platform.
 Cisco Packet Tracer 8.1.0
 Switch.
 Router.
 Firewall.
 Server.
Hardware requirement
It is important to have a computer with a processor that is compatible with IBM (such as an Intel
Pentium 4, an Intel Core-i3, or an AMD Athlon 64-X2). Besides having 1 GB of RAM, the PC
should also have a hard drive with at least 80GB of free space. IBM-compatible monitors must
also be used.
Cables and connectors are used in many different ways. These connect all of the computers,
printers, servers, and other things on your network to each other in one place. They do this by
connecting them all together.
A router is a piece of hardware that helps people move around. Besides managing network traffic
and making sure devices can communicate with each other through both wired and wireless
connections, this function also makes sure they can connect to the internet.
It is a place where people can connect to WiFi networks (optional). If the router doesn't cover
certain parts of the building, this will let you extend your wireless network.

26
An internet connection is needed to do this. For example, this could be a fiber connection that is
faster or a leased line that is only for this one person.
A firewall that comes with the hardware. In this way, your network and the internet are kept safe
from security threats by putting a secure barrier between them. A network server may be built into
some networks. It runs central applications, serves as an email server, and is a place to store files.
5.3 Evaluating of solutions
When it comes to information provided for decision-making purposes, it is frequently difficult to
place confidence in the information because the data processing and the output presented to
management are diametrically opposed.
Personnel working at the operational level of the bank appear to be unable to comprehend the
information that they are responsible for processing.
As part of the transition to a market-based economy, it is essential that banking institutions, as well
as their information systems, undergo significant improvements. Financial deregulation, increased
competition, and diversification, all of which have occurred in recent years, have increased the
likelihood of banks going out of business. Banks may find themselves in financial trouble if they
do not develop new methods of managing corporate resources, particularly information, and
information technology.
For organisations operating in global business environments, information systems integration will
continue to be a source of concern because it presents a significant challenge.

27
6 Chapter 6 implementation
If a design includes a large number of complex implementation steps, plan to complete each step
individually rather than all at once. Incorporating incremental implementation reduces the amount
of time spent troubleshooting and the amount of time spent returning to a previous state. The
process of putting a network design into action involves a number of stages (install hardware,
configure systems, launch into production, and so forth). A number of steps are involved in each
phase, and the documentation for each step should include the following:
Date Description Implementation Details Complete
Phase 3
21/10/2021
Install Bank
hardware & software
Section 1 ✓
Step 1
Connect switches
and PC’s
Section 2 ✓
Step 2 Install routers Section 3 ✓
Step 3 Complete cabling Section 4 ✓
Step 4
Verify data link
layer
Section 5 ✓
Phase 4
26/12/2021
Configure Bank
hardware & software
Section 1 ✓
Step 1 Configure VLANs Section 2 ✓
Step 2
Configure IP
addressing
Section 3 ✓
Step 3 Configure routing Section 4 ✓
Step 4 Verify connectivity Section 5 ✓
Phase 5 14/03/2022
Launch bank
updates into
production
Section 1 ✓

28
Step 1
Complete
connections to
existing network
Section 2 ✓
Step 2 Verify connectivity Section 3 ✓
Table 4 Design Implementation Plan Summary
6.1.1 Design
Figure 8 Overall Design

29
6.1.2 Experiment 1
Detailed study of the following network devices:
 Repeater
 Hub
 Switch
 Bridge
 Router
 Gate Way
 Repeater: At the physical level, you can do things. It sends the signal out again, either at
a higher level or with more power, or on the other side of a block. This way, the signal can
go a long way. In this case, they only have two ports, so they can't be used to connect more
than two things at a time (name, 2021).
 Hub: used to connect several Ethernet devices with twisted pairs or fiber optics. It is called
a "hub or concentrator." Making them act as if they were part of the same network. A hub
works at this level. In this picture, you can see how the OSI model looks like. As many
different things as possible can be done with the same device at the same time. Repeater
hubs also get into fights. Detection, jamming all ports if it thinks there is a collision in the
area.
 Switch: Known as a network switch or switching hub, this piece of computer hardware is
responsible for connecting different network components. They are referred to as "bridges"
because they operate at the "data link layer" of the OSI model, where they process and
route data. Layer 3 switches are network switches that are capable of supporting more than
one layer. The data can be processed at the network layer by using this type of switch, as
well (layer 3 and above).

30
 Bridge: At the data link layer of the OSI model (Layer 2), a network bridge connects two
or more network segments. This layer is what connects them together. If you're talking
about Ethernet networks, the term "bridge" refers to a device that acts in a way that meets
the IEEE 802.1D standard. They look very much the same. There are many ports on a
switch, which is like having a bridge with many bridges. Bridge: A switch, also called a
Layer 2 switch, is often used to connect two things together. This is how bridges can figure
out whether they can send data packets from one place to another.
 Router: a router is a piece of hardware that connects two or more computer networks
together. In this case, it can choose which data packets to send between them. In each data
packet, there is information about the source and destination that a router can use to figure
out if they're on the same network, or if the data packet must move from one network to
another to get there. As a lot of networks are connected together, many routers must be
used in order for them to work. Using this information, each router can build a table that
shows which routes are the best between any two systems on the network. The routers
share information about which systems they want to connect to.
 Gate Way: This is a type of node that can connect to another network that has different
protocols. This is how it works: A gateway may have devices like protocol translators,
impedance matching devices, rate converters, fault isolators, signal translators, rate
converters, or other things to make the whole system work. It also needs both networks to
set up administrative procedures that work well together, so that they can all work together.
The gateway helps two networks connect when they use different network protocols. It
does this by making the necessary protocol changes.

31
6.1.3 Experiment 2
The configuration of the three routers was shown in this Experiment 2:
6.1.3.1 Main Router
Figure 9 Main Router

32
Figure 10 Main Router

33
6.1.3.1.1 Active network routing protocols
Figure 11 Protocols
6.1.3.1.2 Access-lists
Figure 12 ACL

34
6.1.3.1.3 IP routing table
Figure 13 IP Route

35
6.1.3.2 First Floor Router
Figure 14 1st Floor Router

36
Figure 15 1st Floor Router

37
Figure 16 Protocols
Figure 17 IP Route

38
6.1.3.2.3 Show ephone Status
6.1.3.3 Second Floor Router
Figure 18 ephone status
Figure 19 2nd Floor Router

39

40

41
Figure 22 Protocols
Figure 23 IP Route

42
6.1.3.3.3 Access-lists
6.1.3.3.4 Show ephone Status
6.1.4 Experiment 3
6.1.4.1 VPN Configuration
VPN access is available from the IP addresses 192.168.1.0 to 145.240.2.14 and 150.112.1.1. The
IPsec VPN traffic will be routed through the Second Floor Router and the Main Router, including
both.
Figure 24 ACL
Figure 25 ephone status
Figure 26 VPN Tunnel

43
Figure 27 Crypto IPsec

44
Figure 28 Crypto IPsec
Figure 29 second floor Router Crypto IPsec

45
6.1.4.2 IoT devices configuration
The Iot Things can be registered directly on an Every Departments Switch or on a Server device
that has been configured with the IoE service, All IoT Device can monitor in Server it’s called IoT
Server.
There are 24 Ethernet ports available on the switch, as well as a wireless access point configured
with the "Access Point" ssid on channel 6 and powered by the switch. Secure wireless connections
can be established using WEP, WPA-PSK, or WPA2 enterprise encryption. The IOE Things are
shown attached in the image below.
Figure 30 second floor Router Crypto IPsec

46
Figure 31 IoT and smart devices
Figure 32 IoT Monitor

47

48
6.1.5 Experiment 3
6.1.5.1 Configuration of Servers
In this experiment, the configuration of servers such as a mail server, an FTP server, an Internet of
Things server, a Syslog server, a DNS server, an NTP server, a AAA server, and a Web server is
demonstrated.
6.1.5.1.1 Mail server
1. Configure IP addresses on the PCs, DNS Server and the Mail Server
Mail Server IP address: 145.240.2.2/24
PC2 (Local Network) IP address: 150.112.1.5 /24
PC3 (Local Network) IP address: 150.112.1.6 /24
DNS server IP address: 145.240.2.9/24
2. Now configure mail clients on the PCs and mail service on the generic server.
PC2 (Local Network):
Figure 35 PC2 Configure Mail

49
PC3 (Local Network):
Next, we’ll configure the email server.
To do this, click on the server, then click Services tab, pick email server from the menu.
Provide the Domain name of the server then click on Set to set it. In this example I’ve used the
name ‘mail.com’.
Proceed, add users, and provide their passwords. I have two email clients (users) with usernames
‘localnetworkpc2 ‘and ‘localnetworkpc3 ‘with a common password ‘12345‘
After entering a username and password, click on Add (+) to add the user to the server. You can
optionally remove a user by clicking on Remove (-). You can change a user’s password by clicking
on change password.
Figure 36 PC3 Mail Configure

50
Try to relate this process to what happens when you register an email account with a mail service
provider(mail server) like Gmail. The processes appear to agree, isn’t it?
Now, notice that we set a domain name for the email server. For that reason, we should have a
DNS server that will resolve this domain name (plus other domain names if there were) to an IP
address.
So let’s configure a DNS server.
Figure 37 Mail server

51
Click DNS server, click Services tab, then pick DNS. Turn the service ON. Set name-address pairs
and add them to the server. You can view the DNS entry below:
3. Lastly test the email service. Go to PC2 email client, compose an email and send it to PC3
email address (localnetworkpc2@mail.com).
Figure 38 DNS Server

52
Try to see whether the email from PC2 is received on PC3. On the email client of PC3, click
on Receive.
Figure 39 Send mail to PC 3
Figure 40 PC3 Received mail

53
6.1.5.1.2 FTP server
Figure 41 FTP server

54
Now try using an FTP client built in the Laptop to send files to an FTP server configured in the
Server.
From the Laptop’s command prompt, FTP the server using the server IP address by typing:
Ftp 145.240.2.3
Provide the username (mybank) and password (2355) [which are the defaults] for ftp login.
Figure 42 FTP prompt.

55
6.1.5.1.3 IoT Server
Figure 43 IoT server

56
Figure 44 Enabled IoT device

57
6.1.5.1.4 Syslog Server
Figure 45 Syslog Server

58
6.1.5.1.5 DNS Server
Figure 46 DNS server

59
6.1.5.1.6 NTP Server
Figure 47 NTP server

60
6.1.5.1.7 AAA server
Figure 48 AAA server

61
6.1.5.1.8 Web server
Figure 49 Web server

62
Figure 50 Interface of Website

63
7 Chapter 7 testing and verification
Our company was able to develop grid concepts for rural bank networks using the results from the
simulation test, which was then used to develop grid concepts for the simulation test, which was
then used to develop grid concepts for the simulation test. In the following section, we will go over
the components of the simulation test grid as well as its architecture, application model, and
implementation principle in more depth. The simulation test grid is an important method for the
simulation of SOS, which has been demonstrated through the use of a case study (system of
systems). Several hours or days will elapse after the final network simulation is completed before
all of the different types of test cases are added (name, 2022).
Tests will happen all the time during the process of getting things set up. Network cabling,
equipment, software, and services will all be checked out. It's usually done by a company that does
this kind of work. They will put in and test the cables, and they will show that the installation
meets the standards. Major network equipment like switches and routers will need to be checked
for correct operation and configuration when they're put in place. This will make sure they work
the way they should. An expensive core switch may be installed and tested by the equipment
vendor on the client's behalf. This is called a "test run." The vendor will also give the customer all
the paperwork they need to get the job done, too. Tests can be done to make sure the network is
working and that users have access to their data and applications by logging into the network at
random and using a generic user account to get on the network (on a large network, it may not be
practical to check every single user account individually). Other services like email and the Internet
will also be tested in this way. It's important to make sure that the backup procedures work after
the organization moves its data from the old system to the new one.
Technical specifications for each piece of network hardware will be included in the manual. There
will also be floor plans and cabling diagrams, as well as floor plans that show where network
equipment is placed. It's also important to keep track of the software that each computer on the
network has, as well as the number of software licenses each computer has at the same time. Also,
each device on the network should have its MAC and IP address written down and linked to a real-

64
world location. A lot easier to do if there is detailed and accurate network documentation out there
to look at. This makes it easier to run the network, fix problems, and make sure it's in good shape.
In order for people to get help quickly and effectively, the help desk needs to know what software,
hardware, network address, and physical location a user's workstation has.
Model Validation Method Result
Transmission Control Protocol successful
Internet Protocol (IP) Successful (IP v4)
User Datagram Protocol (UDP) successful
Post office Protocol (POP) successful
Simple mail transport Protocol (SMTP) successful
File Transfer Protocol (FTP) successful
Hyper Text Transfer Protocol (HTTP) successful
Telnet successful
DNS successful
ICMP (Internet Control Message Protocol) successful
Routing Protocols Successful (Static routing and rip routing)
IoT Configuration Successful
NTP Successful
Syslog Successful
AAA radius Successful
VPN IPsec Successful
Extended ACL Successful
DHCP Successful (First Floor Router and Second
Floor Router)
Table 5 Common Simulation Model Validation Methods

65
 Test ID: The test case ID must be unique and can also be linked to the test logs and other
data that was collected during the tests.
 Node List: The list of the hardware that will be used in this test case.
 Test Description: The description of the test case should be very short, but not too long.
 Test Phase: Feature, Negative, Scalability, or a Baseline.
 Test Suite: If this test case will be used to check a feature or service, make sure to include
it. A few examples might be OSPF, QoS, High Availability, or VoIP.
 Test Setup: The test setup is very clear about the topology, hardware, logical
configurations, test tools, applications, or other things that need to be in place before the
test can be run. For very complicated tests, it can be very useful to show how the test should
be set up with a diagram.
 Test Steps: They are the steps that show how to do the test. These should be very detailed
so that even people with little experience can do the tests.
 Expected Results: Expected results are those that say what the system should do or what
the system should do based on the steps in the test. These results are called "expected
results."

66
 Observed Results: It is important to know what happens when you do something and what
happens when you give it a certain set of things.
 Pass/Fail: As long as the test result is Pass or Fail, it means that the test went well or bad.
8 Chapter 8 EVALUATION and CONCLUSION
Small rural banks in desperate need of a network-based system were the driving force behind the
development of this system. Until recently, the bank relied solely on paper and books to conduct
transactions, and it did not have a network system in place to facilitate transactions. The
advancement of technology and the development of automated systems have become increasingly
important and urgent in the context of the expansion of banking services. In addition, when it
comes to banking, many customers are concerned about their personal information being
compromised. Data will be routed through the system in the most efficient manner possible
because of this system, which will make network administration easier and data routing more
efficient. It is our goal, as time progresses, to put it into practice in the real world and to ensure
that banks can benefit from and take advantage of its implementation in the years to come.
System development is even more critical and urgently required for the expansion of banking
services due to the fact that they will require fewer employees if they use an automated system. In
addition, security is a major concern when it comes to banking transactions. The network will be
easier to manage as a result of this system, and the data will be routed in the shortest path possible
in a large distributed system.
The use of tools such as flow analysis and hierarchical network design can be beneficial in network
analysis and design; we demonstrated how these tools can be used in network analysis and design
in the previous section. The National Defense Letter Complex (NDLC), which will allow
communication networks to keep up with the more complex challenges that the present and next

67
generations will face in the future, is also expected to receive additional research attention in the
future.
Future work
 In the future, everything is stored in a cloud-based system.
 Ethernet switches become transparent
 Time-based transmission should be included.
 The security system is going to be upgraded.
 Improve the user-friendliness of the project.
 Implementation in the real world.
 Implement a High Level Security in future.
 This design is implemented for a local area network (LAN). The SD-WAN concept will
be developed in the future.

68
9 References
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10 Appendices
BEng. (Hons) Computer Networking
Final Report Approval Form
Name in Full :
Registration No: LMU No:
Batch No :
Course :
Project Topic :
Supervisor
Comments :
Approved by the Supervisor: Student’s Signature:
Date Collected: Supervisor’s Signature:
MUHAMMADHU PAIDHIK MUHAMMADH FAISAAN
76943 21038284/1
KAN/LMU-T-BENG-CN-SEP/2021
BEng (Hons) Computer Networking –Top-up
Design and Implementation Medium Level Network for Rural Bank
2022/05/02

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