![]() 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. the database engines used in web applications include MySQL, MS SQL Server, PostgreSQL, SQLite, etc. Web applications are usually written in languages such as Java, C#, and VB.Net, PHP, ColdFusion Markup Language, etc. The client application runs on the client web browser. The server provides the database access and the business logic. ![]() ![]() What is a web application? What are Web Threats?Ī web application (aka website) is an application based on the client-server model. Website hacking tricks: Hack a Website online!.How to protect your Website against hacks?. ![]()
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