SmartCSP analyzes a website's runtime behavior and generates a secure Content Security Policy tailored to real resource usage.
Content Security Policy (CSP) is a security standard that helps protect websites from a variety of attacks, particularly Cross-Site Scripting (XSS) and data injection attacks. It works by allowing website owners to specify which sources of content such as scripts, stylesheets, images, and media are considered trusted. The browser then enforces these rules, blocking any content that originates from untrusted sources. By implementing CSP, developers can significantly reduce the risk of malicious code executing in users’ browsers. This not only protects sensitive user data but also helps maintain the integrity of the website. In essence, CSP acts as a browser-level security policy that defines what content is safe to load and execute, providing an additional layer of defense against web-based attacks.
Attackers inject malicious scripts that steal user data or cookies.
Hackers can secretly send login credentials to external servers.
Attackers can modify content or redirect users to harmful sites.
Users may unknowingly download malware from compromised scripts.
SmartCSP simplifies the process of implementing strong Content Security Policies by generating policies tailored to a website’s actual resource usage. It helps developers improve security while maintaining normal website functionality. By analyzing and optimizing CSP configurations, SmartCSP encourages the adoption of safer web security practices. The platform also provides clear insights and recommendations, making it easier for developers to understand and strengthen their website’s protection against common web-based attacks.
Automatically generate policies based on real website resource usage.
Test generated policies in a controlled environment to detect issues.
Remove unnecessary permissions while keeping the website functional.
Generates in-depth analytics about generated CSP.
Attackers inject malicious JavaScript into a webpage to steal cookies or user data.
Attackers insert malicious code directly into a web page's HTML or JavaScript context, often through inline <script> tags or HTML event attributes
Attackers trick users into clicking on hidden or misleading elements to perform unintended actions.