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CVE-2024-13055 Scanner

CVE-2024-13055 Scanner - Cross-Site Scripting (XSS) vulnerability in Dyn Business Panel Plugin

Short Info


Level

High

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

3 weeks 1 hour

Scan only one

Domain, Subdomain, IPv4

Toolbox

Dyn Business Panel Plugin is a component of the WordPress ecosystem, used predominantly by webmasters managing dynamic business websites. Designed to offer enhanced functionality, it simplifies business operations on WordPress through various user-friendly controls. Its usage spans across various sectors aiming to integrate business logic within their web presence. End-users of varying technical expertise rely on it for seamless business management, capitalizing on its customization features. As a plugin, it connects intricately with WordPress installations, providing critical business functionalities. However, like many extensions in the WordPress repository, it is susceptible to security vulnerabilities.

Cross-Site Scripting (XSS) vulnerabilities allow attackers to inject malicious scripts into web pages viewed by other users. This flaw in the Dyn Business Panel Plugin involves insufficient sanitization and escaping of input parameters. It enables unauthorized script execution within the context of high-privilege users, escalating potential threats rapidly. With users only needing to click on a crafted malicious link, the vulnerability becomes notably viable for exploitation. Once exploited, it could lead to unauthorized actions or data compromise. Its discovery underscores the importance of stringent input validation protocols in plugins.

Technical details of this vulnerability reveal that an endpoint related to client editing is notably exploitable. Parameters processed during the client editing phase lack appropriate input cleaning, snowballing into potentially harmful script execution. Attackers exploit this by crafting specific GET requests with script tags, leveraging unhandled user input. Manipulation of the parameter `dbp_client_id` showcases inadequate defensive measures against such input tampering. This enables persistent malicious script execution, hidden behind code interfacing layers like authentication routines. It highlights a critical oversight often found in similarly structured plugin systems.

If exploited, the vulnerability can significantly impact the confidentiality and integrity of user accounts. Attackers have the potential to hijack sessions, impersonate users, or steal sensitive data. High-level access may enable further exploitation within affected websites, leading to widespread compromise. Data theft becomes a tangible threat, especially with attackers gaining unauthorized access to business-transcending information. Furthermore, successful exploitation might facilitate the distribution of additional malicious payloads to other interacting users. Over time, such impacts can degrade trust in compromised websites or related services.

REFERENCES

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