Joomla OS Services Booking SQL Injection Scanner

Joomla OS Services Booking is a popular component of the Joomla Content Management System (CMS), utilized by businesses for managing service-based appointments and reservations. The platform is favored for its flexibility, allowing users to customize booking forms and integrate various payment options. Joomla! is widely used across multiple industries, including hospitality and healthcare, for managing service availability and customer appointments. It offers features such as automated notifications, currency management, and discount codes, enhancing the overall booking experience. The component is designed for easy integration with other Joomla extensions, fostering a robust service management system. Regular updates and community support ensure that Joomla OS Services Booking remains reliable and secure for its users.

The SQL Injection vulnerability allows an attacker to execute arbitrary SQL commands within the Joomla OS Services Booking component. It is often exploited by inserting malicious SQL statements into input fields, resulting in unauthorized access to the database. Attackers can manipulate database queries to extract sensitive information such as user credentials and financial details. This vulnerability can lead to complete database compromise if exploited effectively, posing a significant threat to data integrity and confidentiality. Users of Joomla OS Services Booking version 2.5.1 are at particular risk due to this vulnerability. Prompt patching and remediation are essential to prevent malicious exploitation.

Technically, the vulnerability resides in the 'vid' parameter within the OS Services Booking component, which fails to sanitize user inputs properly. This lack of input validation allows attackers to inject SQL commands directly into the database queries. By exploiting this flaw, attackers can execute commands that may lead to data leakage or data manipulation. The specific endpoint identified as vulnerable is the 'default_showmap' task within the component's URL structure. A successful exploit involves appending a crafted payload to the parameter, which when executed, can extract sensitive database information. This underscores the importance of input validation and the use of prepared statements in SQL queries.

Potential effects of exploiting this SQL Injection vulnerability include unauthorized database access, data theft, and data manipulation. Attackers may extract confidential information such as personal identifiable information (PII), login credentials, and payment details stored within the database. Additionally, they could alter data to disrupt service operations or conduct further attacks such as defacement or denial of service. The vulnerability could lead to severe reputational damage and financial loss for organizations using vulnerable versions of the component. It also impacts user trust and could result in regulatory penalties for failing to protect sensitive user data.