Cross Site Scripting – validating and sanitizing headers, parameters passed via the URL, form parameters and hidden values can help reduce XSS attacks. Proper configuration of networks and Intrusion Detection System can also help reduce the chances of a DoS attack been successful. Denial of Service Attacks – firewalls can be used to drop traffic from suspicious IP address if the attack is a simple DoS. They are much safer than traditional SQL statements 
support parameters, and prepared statements. Database engines such as MS SQL Server, MySQL, etc.
SQL Injection– sanitizing and validating user parameters before submitting them to the database for processing can help reduce the chances of been attacked via SQL Injection. Defacement– the goal of this threat is to modify the page been displayed on a website and redirecting all page requests to a single page that contains the attacker’s message.Īn organization can adopt the following policy to protect itself against web server attacks. HTML EDITOR FREE DOWNLOAD HACKING ANY WEBSITE FOR MOBILE INSTALL
The code can install backdoors, reveal sensitive information, etc.
Code Injection – the goal of this threat is to inject code such as PHP, Python, etc. Form Tampering – the goal of this threat is to modify form data such as prices in e-commerce applications so that the attacker can get items at reduced prices. Cookie/Session Poisoning– the goal of this threat is to modify cookies/session data by an attacker to gain unauthorized access. Cross Site Scripting XSS– the goal of this threat could be to inject code that can be executed on the client side browser. Denial of Service Attacks– the goal of this threat could be to deny legitimate users access to the resource. 
SQL Injection – the goal of this threat could be to bypass login algorithms, sabotage the data, etc. The following are common web application threats. This makes them vulnerable to attacks due to easy accessibility. Most web applications are hosted on public servers accessible via the Internet.
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