Server-Side Request Forgery (SSRF) vulnerabilities exist: user-controlled data is directly concatenated into network request URLs without effective filtering;
SSL/TLS certificate validation is disabled in some code, posing risks of man-in-the-middle attacks;
User-controlled parameters are concatenated into file paths without path range restrictions, potentially leading to path traversal;
CSRF protection is not configured for session management, and cookies are at risk of malicious exploitation;
Client-side writes user input directly to the DOM without escaping, resulting in Cross-Site Scripting vulnerabilities;
Client-side URL redirection is executed based on unvalidated user input, which may redirect to malicious websites;
Inefficient regular expressions have exponential backtracking risks, potentially causing Denial of Service attacks;
Regular expression escape is invalid, metacharacters are not properly neutralized, which may lead to abnormal matching logic or secondary vulnerabilities.
Server-Side Request Forgery (SSRF) vulnerabilities exist: user-controlled data is directly concatenated into network request URLs without effective filtering;
SSL/TLS certificate validation is disabled in some code, posing risks of man-in-the-middle attacks;
User-controlled parameters are concatenated into file paths without path range restrictions, potentially leading to path traversal;
CSRF protection is not configured for session management, and cookies are at risk of malicious exploitation;
Client-side writes user input directly to the DOM without escaping, resulting in Cross-Site Scripting vulnerabilities;
Client-side URL redirection is executed based on unvalidated user input, which may redirect to malicious websites;
Inefficient regular expressions have exponential backtracking risks, potentially causing Denial of Service attacks;
Regular expression escape is invalid, metacharacters are not properly neutralized, which may lead to abnormal matching logic or secondary vulnerabilities.