Ublock Origin Lite

This means that uBO Lite can potentially inject malicious code into web pages.

Technical: The extension uses eval() to evaluate JavaScript expressions, which can lead to code injection attacks if not properly sanitized.

💡 Legitimate extensions may use eval() for dynamic code evaluation, but it's essential to ensure proper input validation and sanitization.

This means that uBO Lite can load JavaScript modules dynamically, which may lead to unexpected behavior or security issues.

Technical: The extension uses dynamic imports to load JavaScript modules, which can increase the attack surface if not properly secured.

💡 Legitimate extensions often use dynamic imports for modular code organization and reuse.

This means that uBO Lite uses obfuscated strings, which can make it harder to analyze the extension's behavior.

Technical: The extension uses String.fromCharCode() to encode strings, making it challenging to identify potential security issues.

💡 Legitimate extensions may use obfuscation for code protection or compression.

This means that uBO Lite can potentially capture sensitive information, such as login credentials or credit card numbers.

Technical: The extension uses keyboard event listeners to capture keystrokes, which can lead to sensitive data exposure if not properly secured.

💡 Legitimate extensions may use keyboard event listeners for legitimate purposes, but it's essential to ensure proper input validation and sanitization.

This means that uBO Lite can potentially interfere with website functionality or inject malicious code into all websites you visit.

Technical: The extension uses the <all_urls> permission to access all websites, which increases the attack surface if not properly secured.

💡 Legitimate extensions often require broad permissions for their intended functionality.

This means that uBO Lite can potentially access sensitive information or inject malicious code into various domains.

Technical: The extension uses broad host permissions to access multiple domains, which increases the attack surface if not properly secured.

💡 Legitimate extensions often require broad permissions for their intended functionality.

This means that uBO Lite can potentially intercept and modify network traffic, which may lead to unexpected behavior or security issues.

Technical: The extension uses the declarativeNetRequest permission to block/modify network requests, which increases the attack surface if not properly secured.

💡 Legitimate extensions often use this permission for content blocking or filtering purposes.

This means that uBO Lite may contain hardcoded secrets, which can increase the attack surface if not properly secured.

Technical: The extension uses hardcoded strings or values, which can lead to security issues if not properly sanitized.

💡 Legitimate extensions often use hardcoded values for configuration or initialization purposes.

This means that uBO Lite can potentially inject malicious code into web pages using iframes.

Technical: The extension uses the document.createElement() method to create iframe elements, which can lead to security issues if not properly secured.

💡 Legitimate extensions often use iframes for legitimate purposes, such as content embedding or sandboxing.

This means that uBO Lite can potentially communicate with other domains using the postMessage API, which may lead to security issues if not properly secured.

Technical: The extension uses the postMessage API to send messages between frames or windows, which increases the attack surface if not properly secured.

💡 Legitimate extensions often use postMessage for cross-origin communication purposes.

This means that uBO Lite sets up event listeners to monitor user interactions, which is a normal behavior for extensions.

Technical: The extension uses the addEventListener() method to set up event listeners, which is a common practice in web development.

💡 Legitimate extensions often use event listeners for legitimate purposes, such as monitoring user interactions or responding to events.