26
TRAFFIC DISSECTOR FOR FCOE / Wireless Devices MOHAMMED AAFTAB S

Dissector Final

Embed Size (px)

Citation preview

Page 1: Dissector Final

TRAFFIC DISSECTOR

FOR FCOE / Wireless

DevicesMOHAMMED AAFTAB S

Page 2: Dissector Final

2

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

We wish to express our deep sense of gratitude to our guide, Prof. Thanapal P

School of Information Technology and Engineering for her guidance and useful suggestions that helped us in

completing the project work in time.

Words are inadequate in offering our thanks to the faculty for their encouragement and cooperation in carrying out the

project work. Finally, yet importantly, we would like to express our heartfelt thanks to our beloved parents for their

blessings, our friends and classmates for their help and wishes for the successful completion of this project.

AcknowledgementIn partial fulfillment for the award of the degree of

Master of Computer Applications

Page 3: Dissector Final

3

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

MissionMy Current Plan

My Mission is intended to develop a tool called Traffic Dissector. The Dissector allows the computer to examine and analyze all the traffic

passing by its network connection. It decodes the network traffic and makes sense of it. Dissector is a tool that sniffs without modifying the

network’s packet in anyway. It merely makes a copy of each packet flowing through the network interface and finds the source and destination

Ethernet addresses of the packets.

As Currently I’m not planning to conquer the World ! My mission is to Find NEMO

Page 4: Dissector Final

4

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

MissionMy Current Plan

IMPLEMENTATION

(DEMO)

REFERENCES

PROPOSED SYSTEM

& MODULES &

TESTING

INTRODUCTION

Objective &

Requirement

LITERATURE SURVEY

&CONCLUTION

ABSTRACT 1

2

3

4

5

6

Page 5: Dissector Final

ObjectivesMain Objectives of my project

To build a sleek interface which also support decoding of VOIP

networks

To see all of the information passing over the network it is connected

to.

To come up with a network Packet Analyzer which will help in

controlling, monitoring and managing both wired and wireless

To Design a prototype of a Network Packet Analyzer

Test and Validate the above prototype

Page 6: Dissector Final

ScopesScope of my project

The Main usage of this application such as, Hacking – Penetration

testing

The project target scope was Vellore Institute of technology’ network

environment where the users of the network are over one hundred.

This can be used by network administrators, organizations and by

common man who want to know the network flow, in and out

Save the file for later analysis such as load on the system, network

intrusion detection etc.

Education, Security, Maintenance, Development, Testing and

Surveillances

Page 7: Dissector Final

SYSTEM

REQUIREMENTSTRAFFIC DISSECTOR

Page 8: Dissector Final

8

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

ÝSTART

SURVEY

DEVELOPDESIGN TESTS

RESULTS

END

Design ProcessA Timeline for Traffic Dissector Tool

Page 9: Dissector Final

9

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Design ProcessWorking Process for Traffic Dissector

Page 10: Dissector Final

TCP/IP model has been developed much later after

OSI model.

OSI was developed as theoretical model, while TCP/IP

was more practical.

TCP/IP is having just four layers in oppose to seven

layers of OSI.

All the layers are roughly corresponding to the osi

model

OSI ModelStandards for creating a standard

Page 11: Dissector Final

11

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Design ProcessSoftware Requirements

WINDOWS 7

VISUAL STUDIO 2013

SHARP PCAP

EXPRESSION BLEND

Minimum of windows

xp but here we uses

windows 7 OS

.NET 4.5

FRAMEWORK

The latest version of

Visual Studio for

better debugging

A Sharp pcap is

extension used to

load the network

devices and analyse

the packet

The UIX tool with

FAML and XML for

designing the forms

The application is

built with the updated

.net framework

Page 12: Dissector Final

12

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Design ProcessHardware Requirements

INTEL i5 2nd Gen

PRIMARY STORAGE

SECONDARY

STORAGE

NIC CARD

The application

currently tested in

intel core i5 2nd

generation processor

INTERNET

CONNECTION

It demands the

minimum of 2 GB of

RAM for better

capturing

It also demands the

low disk space while

recording

The network card

used for network

connection

A stable Internet

Connection to

capture the packet

Page 13: Dissector Final

PROPOSED MODELSTRAFFIC DISSECTOR

Page 14: Dissector Final

14

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

What It Do ?Proposal of three Models to monitor 3 Types of protocols

Low Level Protocols Network Protocols Application Protocols

The proposal system might be used in areas such as education, development, security,

testing and hacking.

Page 15: Dissector Final

15

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Proposed Modules Traffic dissector’s modules

INTERFACE MAIN WINDOW NETWORK DEVICES

A good Interface with many

feature included in it such as

menus, Display filters etc.,

The Main form is the window

which load at first when

launching the application

With the help of sharp pcap utility

it scans and detect the network

devices and wireless networks

SAVE PCAP

EXTENSION

The user / administrator can start

capturing the packets and save

them to detect for intrusion later.

Page 16: Dissector Final

UML DIAGRAMSTRAFFIC DISSECTOR

Page 17: Dissector Final

17

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

UML DiagramsData Flow Diagram for Traffic Dissector

Page 18: Dissector Final

18

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

UML DiagramsClass Diagram for Traffic Dissector

Page 19: Dissector Final

MOCK - UPSTRAFFIC DISSECTOR

Page 20: Dissector Final

20

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Packet List

Raw Packet Data

Packet Details

Wire Less Devices Using WLAN or Microsoft

Page 21: Dissector Final

21

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Desktop DevicesUsing Ethernet cable (Cap5 or Cap6)

Packet List

Raw Packet Data

Packet Details

Page 22: Dissector Final

SCREEN SHOTSTRAFFIC DISSECTOR

Page 23: Dissector Final

23

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Screen ShotsMain Window

Page 24: Dissector Final

24

Traffic Dissector for FCOE & Wireless DevicesIn the partial fulfilment for the award of the degree of Master of Computer Application

Screen ShotsDevices

Page 25: Dissector Final

CONCLUSION &

FUTURE WORKSTRAFFIC DISSECTOR

Page 26: Dissector Final

THANKS FOR

LISTENINGMOHAMMED AAFTAB S