Web application firewall / Mohd Ikram Rahimi

The Web Application can easily be attacked by the hackers eventhough with the existence of the normal firewall in the system. This is due to the limitation that the normal firewall does not work in the application layer. The hackers will attack the Web Application using the methods like Struct...

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Bibliographic Details
Main Author: Rahimi, Mohd Ikram
Format: Student Project
Published: Faculty of Information Technology and Quantitative Sciences 2006
Subjects:
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author Rahimi, Mohd Ikram
author_facet Rahimi, Mohd Ikram
author_sort Rahimi, Mohd Ikram
collection UITM
description The Web Application can easily be attacked by the hackers eventhough with the existence of the normal firewall in the system. This is due to the limitation that the normal firewall does not work in the application layer. The hackers will attack the Web Application using the methods like Structured Query Language (SQL) Injection, Cross Site Scripting (XSS), Command Injection, or Session Manipulation as the normal firewall only open port 80 for Internet connection. Most of the Web Application Firewall is quite costly. There are only few that can be operated under free license. The usage of ModSecurity can solve the problem as it can be downloaded under GNU license. This thesis is attempted to show the benefits of implementing ModSecurity and also the reverse proxy server, instead of just implementing the conventional web server. The penetration test is done to evaluate the performance of the server using this Web Application Firewall. The results showed that ModSecurity and the Reverse Proxy methods can improve the level of security for the web server by forbidding any intrusion to take place through the Web Application. The impacts of the attacks had caused severe damage to the server. The attacks also had congested the physical memory, CPU usage, and CPU clock with or without ModSecurity.
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spelling oai:ir.uitm.edu.my:6772018-01-20T04:23:10Z https://ir.uitm.edu.my/id/eprint/677/ Web application firewall / Mohd Ikram Rahimi Rahimi, Mohd Ikram Electronic Computers. Computer Science Web databases The Web Application can easily be attacked by the hackers eventhough with the existence of the normal firewall in the system. This is due to the limitation that the normal firewall does not work in the application layer. The hackers will attack the Web Application using the methods like Structured Query Language (SQL) Injection, Cross Site Scripting (XSS), Command Injection, or Session Manipulation as the normal firewall only open port 80 for Internet connection. Most of the Web Application Firewall is quite costly. There are only few that can be operated under free license. The usage of ModSecurity can solve the problem as it can be downloaded under GNU license. This thesis is attempted to show the benefits of implementing ModSecurity and also the reverse proxy server, instead of just implementing the conventional web server. The penetration test is done to evaluate the performance of the server using this Web Application Firewall. The results showed that ModSecurity and the Reverse Proxy methods can improve the level of security for the web server by forbidding any intrusion to take place through the Web Application. The impacts of the attacks had caused severe damage to the server. The attacks also had congested the physical memory, CPU usage, and CPU clock with or without ModSecurity. Faculty of Information Technology and Quantitative Sciences 2006 Student Project NonPeerReviewed Web application firewall / Mohd Ikram Rahimi. (2006) [Student Project] (Unpublished)
spellingShingle Electronic Computers. Computer Science
Web databases
Rahimi, Mohd Ikram
Web application firewall / Mohd Ikram Rahimi
title Web application firewall / Mohd Ikram Rahimi
title_full Web application firewall / Mohd Ikram Rahimi
title_fullStr Web application firewall / Mohd Ikram Rahimi
title_full_unstemmed Web application firewall / Mohd Ikram Rahimi
title_short Web application firewall / Mohd Ikram Rahimi
title_sort web application firewall mohd ikram rahimi
topic Electronic Computers. Computer Science
Web databases
work_keys_str_mv AT rahimimohdikram webapplicationfirewallmohdikramrahimi