This document outlines a proposed web-based crime security platform. It aims to provide public security services quickly online. The objectives are to raise crime awareness, support law enforcement, and allow online crime reporting. A feasibility study found the project technically, economically, and operationally feasible using ASP.NET, C#, and SQL Server. The system design focuses on reliability and maintenance. Data flow and context diagrams are included along with screenshots. Future improvements could add modules, connect the database to web services, and make the site browser-independent. The conclusion is that the project was well received and increased efficiency over previous mechanisms.

1. Submitted by
Nishan Shah

2. CONTENTS
1.INTRODUCTION
2. OBJECTIVE OF THE PROJECT
3.FEASIBILITY STUDY
4. SOFTWARE AND HARDWARE RECQUIREMENTS
5. MICROSOFT .NET FRAMEWORK
6. SYSTEM DESIGN
7. DATA FLOW DIAGRAM(DFD)
8. CONTEXT DIAGRAM
9. SNAPSHOT
10. FUTURE IMPROVEMENT
11. CONCLUSION

3. INTRODUCTION
 Crime security is a web based platform to develop public
security site by providing all purpose activities for security.
 To the growing world of technology everything is needed to be
faster and simple for human benefit purpose like e-mail, e-
shopping, e-reservation for train etc. which is to be quickly
functioned out and get output immediately with lighting speed.
 So now people can access the security site and its services by
giving their queries, complaining a file, getting information
about the criminal and crime that had occurred within few
millisecond of user’s request.

4. OBJECTIVE OF THE
PROJECT
 It helps in creating social networking website which helps in
making people awareness towards crime and criminals .
 This project would mean placing emphasis equally on
providing and law enforcement services with proper global
social networking and as well as promoting community
policing by establishing a rapid response mechanism.
 The project aims to create a simple procedure for getting
details related to police station, officers, CBI agencies and
agents, and logging some complaints by common people
against someone by suggesting place online without any
difficulty, tension and worry.

5. FEASIBILITY STUDY
 The main aim of feasibility study is to determine whether
developing the product is technically, financially and
operationally feasible.
TECHNICAL FEASIBILITY
 It is an important step in system studying, as the system
can’t be developed without the technical support.
ECONOMIC FEASIBILITY
 The cost to conduct a full systems investigation.
 The cost of hardware and software for the class of
application being considered
OPERATIONAL FEASIBILITY
 this test of feasibility asks if the system will work when it is
developed are installed.

6. SOFTWARE AND HARDWARE
RECQUIREMENTS
Software specification:
Platform : WindowsXP
Front-end : ASP .NET,C#.NET
Back-end : SQL SERVER 2000.
Hardware Specification:
System Type : INTEL
Processor : Pentium 4
Processor Speed : 2.8 GHZ
Hard Disk : 40 GB
Memory Size : 128 MB

7. .NET FRAMEWORK
 The .NET Framework has two main components: the
common language runtime and the .NET Framework class
library.
 The common language runtime is the foundation of the .NET
Framework.
 The class library, the other main component of the .NET
Framework, is a comprehensive, object-oriented collection of
reusable types that you can use to develop applications
ranging from traditional command-line or graphical user
interface (GUI) applications to applications based on the
latest innovations provided by ASP.NET, such as Web Forms
and XML Web services.

8. SYSTEM DESIGN
Reliable System
 There are two levels of reliability. The first is
meeting the right requirements. A careful and through
systems study is needed to satisfy this aspect of
reliability.
Maintenance
 More accurately defining user requirement during
system development.
 Assembling better systems documentation.

9. DATA FLOW DIAGRAM

13. CONTEXT DIAGRAM

14. SNAPSHOT

19. FUTURE IMPROVEMENT
 As the system is scalable, more modules can be added
as and when required
 The database that is used in the system can be
connected to the web services.
 It can be browser independent so that the site can be
opened in any browser.
 The system contents can be modified to accept new
attributes for any criterion.

20. CONCLUSION
 The project has been appreciated by all the users in
the organization.
 It is easy to use, since it uses the GUI provided in the
user dialog.
 User friendly screens are provided.
 The usage of software increases the efficiency,
decreases the effort.
 It has been efficiently employed as a Site management
mechanism.
 It has been thoroughly tested and implemented.

21. THANK YOU