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HTML Injection in NuKed-Klan ‘submit URI link’ function

The 'submit URI link' function in NuKed-Klan is prone to a HTML injection vulnerability. This is due to a lack of input validation on the 'website name' input field of the form. Attackers can exploit this vulnerability to manipulate web content or steal cookie-based authentication credentials. They can also perform arbitrary actions as the victim user.

Access Control Vulnerability in Java to JavaScript Data Exchange

A vulnerability is reported to exist in the access controls of the Java to JavaScript data exchange within web browsers that employ the Sun Java Plug-in. Reports indicate that it is possible for a malicious website that contains JavaScript code to exploit this vulnerability to load a dangerous Java class and to pass this class to an invoked applet.

PHPKIT Cross-Site Scripting and SQL Injection Vulnerabilities

The cross-site scripting issue is present in a parameter of the 'popup.php' script. An attacker can exploit this issue by creating a malicious link containing HTML and script code and send this link to a vulnerable user. This can allow for theft of cookie-based authentication credentials and other attacks. An SQL injection issue exists in the application as well. This issue affects a parameter of the 'print.php' script. Due to this, attackers may supply malicious parameters to manipulate the structure and logic of SQL queries.

Remote SQL Injection Vulnerability in ipbProArcade

A remote SQL injection vulnerability reportedly affects ipbProArcade. This issue is due to a failure of the application to properly sanitize user-supplied input prior to including it in an SQL query. An attacker may leverage this issue to manipulate SQL query strings and potentially carry out arbitrary database queries. This may facilitate the disclosure or corruption of sensitive database information.

Remote vulnerabilities in Opera Web Browser Java implementation

The Opera Web Browser Java implementation has multiple remote vulnerabilities due to its insecure proprietary design. An attacker can craft a Java applet that violates Sun's Java secure programming guidelines. These vulnerabilities can be leveraged to carry out various attacks, including sensitive information disclosure and denial of service attacks. Successful exploitation would occur with the privileges of the user running the affected browser application.

Multiple remote vulnerabilities in Opera Web Browser Java implementation

The vulnerabilities in the Opera Web Browser Java implementation allow an attacker to craft a Java applet that violates Sun's Java secure programming guidelines. These vulnerabilities can be exploited to carry out various attacks, including sensitive information disclosure and denial of service attacks. Successful exploitation would occur with the privileges of the user running the affected browser application.

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