EMAIL HACKING
BY
BATCH-03
D.HARITHA D.KEERTHI K.HEMALATHA B.SREELATHA
08871A1228 08871A1231 08871A1244 08871A1212
PROJECT GUIDE: N.RAJENDER
PROJECT CO-ORDINATOR: D.RAJASHEKAR
ABSTRACT
Email Hacking is nothing but to hack the userid and password of the email user.
There are several methods for hacking yahoo, msn or AOL email accounts. One of these methods is social engineering. Social engineering consists in the ability to trick someone in believing that he is giving information to someone who has the authority to ask for it. Email Hacking is used to hack the userid and password of the email user by developing a fake webpage which looks same as the original webpage. The user enters the details in the fake web form then the details will be stored in the database .Then by using the details of the user stored in database the email hacker will enter the user mail inbox by entering the userid and password, then he can do any malicious functions.
REQUIREMENT SPECIFICATIONS
Hardware Requirement Specifications(HRS)
Processor
RAM
Pentium III/IV/Dual Core/Core 2 Duo
100GB
Hard Disk
128MB or above
Software Requirement Specifications(SRS)
Operating System Technology Language Data Base Browser Server
Windows XP, Windows 7 .NET Framework ASP.NET SqlServer 2005 Any web browser IE, Firefox etc. Internet Information Services(IIS)
LITERATURE SURVEY
Existing system:
There are different techniques for E-Mail Hacking. Those are
1. Phishing
2. Keystroke Capturing
a. Hardware Keylogger
b. Software Keylogger 3. Password Guessing.
Proposed System:
In this proposed system we are going to simulate the Phishing in very effective way that the user can fall into the hacking net very easily. Because we will hack the email by fake form. We use different fake forms it means we will not use same forms for hacking the email.
SOFTWARE REQUIREMENT SPECIFICATION
1. INTRODUCTION 1.1 Purpose 1.2 Scope 1.3 Definations , Acronyms and Abbrevations 1.4 References
2. The Overall Description
2.1 Product Perspective
2.1.1 Hardware Interfaces
2.1.2 Software Interfaces
2.1.3 Communications Interfaces
2.2 Product Functions
2.3 User Characteristics
2.4 Constraints
3. Specific Requirements 3.1 External interface 3.2 Performance Requirements Availability 3.3 Logical Database Requirements 3.4 Design Constraints 3.4.1 Standards Compliance
3.5 Software System Attributes
3.5.1Maintainability
3.5.2 Portability
DESIGNING PHASE
Login +UserId +Password +Login() +Clear() Accountarea
New User +FirstName +LastName +DOB +Gender +UserId +Password +ConfirmPassword +Country +Nationality +EmailId +Submit() +Cancel() +Back()
Inbox +frommail +datetime +subject +staus +readmail()
Compose +tomail +subject +attachfile +mail +senmail() +savemail() +discard()
Sent Items +tomail +datetime +subject +status +readsentmail() +resentmail()
Drafts +tomail +datetime +subject +status +readsavedmail() +sendmail()
setting +Current Password +new password +re enter password +submit()
Fig: Class Diagram For user
Visit Home page
Login page
Account Area page
Reads Mails from inbox Existing User
Compose Mail
Sends & Save Mails
Logout
Fig: Usecase Diagram for Existing User
Visit Home page
Login page
New User Registration
Account Area page
New User Reads Mails from inbox
Compose Mail
Sends & Save Mails
Logout
Fig: Usecase Diagram for New User
Existing User
Visit Home Page
Login Page
Accountarea Page
Reads mails from Inbox
Compose mail
Send & Save mail
Logout
Visits home page
Enters login page
Enters into Accountarea page
Reads mails from Inbox
Compose mail
Sends and save mails
Logouts from the current page
Fig: Sequence Diagram For Existing User
Existing User
Visit Home Page
Login Page
New user Registration
Accountarea Page
Reads mails from Inbox
Compose mail
Send & Save mail
Logout
Visits home page
Enters login page
Register for New Userid
Enters into Accountarea page
Reads mails from Inbox
Compose mail
Sends and save mails
Logouts from the current page
Fig: Sequence Diagram for New User
1: Existing User
2: Visit Home Page Login Page
4: 3:
6:
AccountareaReads mails fromSend & Sav e 7: 5: Page Inbox mail
Compose mail
Logout
Fig: Collaboration Diagram for Existing User
1: Existing User
2: Visit Home Page
3: Login Page New user Registration
5: 4:
7:
AccountareaReads mails fromSend & Save 8: 6: Page Inbox mail
Compose mail
Logout
Fig: Collaboration Diagram For New User
Home page
login page
sign up
Enter userid and password
Account page
inbox
compose
sent
drafts
settings
logout
Fig: Activity Diagram for user
LEVEL-0
Fig: DataFlow Diagram
IMPLEMENTATION
Home Module
Login Module
Registration Module
Account Module
Home Page: Here User clicks on xmail to go to his account.
User login: This is login form for user.
User Registration: Registers here for new user account.
User Account: User reads mails, save mails, sends mails, compose mails, change password in there account
