Abstract
Large scale network applications involves more number of users accessing the application. Care should be involved to deny unauthorized user access into the system. Most of the social networks and mobile applications in today’s world define very flexible policies, to provide vast reach to users. This allows hackers to intrude such social networks and access user’s private information. This increases the need of a strong policy for a social network / mobile application, accessed by world wide users. Our proposed approach verifies and analyzes existing similar applications and arrives at new policies by collaborating with the previous one, to enforce security to the applications. The existing category based method performs worse as it does not fully represent the application functionalities. Also it requires internet for policy configurations. The proposed text mining methodology proves to be simpler and stronger, as more information about the application is not leaked out. It requires prior permission by a user to track application information, thus helping the policy admin to form an effective rule based system. The text mining method acts as an independent methodology thus providing an effective and secure policy for application administration.
Existing System
The system for Joint Threshold Administration is more complicated and the data security between multiple admin is not that much efficient. We don’t have the system to get the permission from all the database users. Standard database security mechanisms, such as access control, authentication, and encryption, are not of much help when it comes to preventing data theft from insiders. We cant take actions on the intruder based on the actions of the intruder. The updation is not efficient in this system and we can retrieve the data easily.
Proposed System
The proposed system also contains JTAM to protect the database from malicious modifications made by a multiple administrators (DBA’s). Every DBA has to accept the modification whichever had been done in the database. Then only the database object can be changed. This system take actions on the intruder based upon the actions of the intruder in multiple level of authentication.We can protect the data from multi hand administration.
Hardware Requirements
- Processor: Intel Core 2 Duo
- Clock Speed: 2.2 GHz
- RAM: 2 GB DDR
- Storage: 16 GB HDD
Software Requirements
- Operating System : Windows 10 (or above)
- Platform: .NET (Visual Studio 2022)
- Framework: .NET Framework 4.0
- Database: SQL Server 2017
Architecture Diagram
Project Modules
- Policy define Admin Module
- Profile Load Module
- High Profile Aggressive Module
- Medium Profile Fine Grained Module
- Low Profile modules Conservative Module
- Policy view Admin Define Module
Components of Project Report
- Abstract
- Table of Contents
- List of Tables
- List of Figures
- Chapters
- Introduction
- Literature review
- Problem definition and requirement analysis
- Design and Implementation
- Testing and deployment
- Future enhancements
- Summary
- References
Project Report Pages : 80
Can be used in : Dotnet
Delivery Time : Within 2 hours.
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