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high·Product Based Web Vulnerabilities·Updated Jun 26, 2025

Joomla com-registrationpro SQL Injection Scanner

Detects 'SQL Injection (SQLi)' vulnerability in Joomla com-registrationpro.

Est. Time~10 seconds
Scan TypeSingle Scan
Targetsdomain, subdomain, ipv4
CostFree
3k
Times Used
continuous scan runs
3.4k
Continuously Checked
assets under CS
0
Vulnerabilities Found
confirmed findings
Detail

Joomla is an open-source Content Management System (CMS) used worldwide to build and manage websites, from personal blogs to large corporate portals. It is favored by both small businesses and large organizations for its flexibility and extensibility through the use of components, plugins, and templates. One such component is com_registrationpro, which is typically used to manage registration and events on Joomla-powered websites. This component allows administrators to handle user registrations for various events and is widely adopted by event planners and organizers. Joomla itself is built on PHP and MySQL, which offers robust database and scripting support, making it a popular choice for dynamic websites. The registrationpro component integrates seamlessly with Joomla, providing extensive functionality out of the box for managing event-related information.

SQL Injection is a severe vulnerability that occurs when untrusted data is sent to an interpreter as part of a command or query. In the context of the Joomla! registrationpro component, a SQL injection vulnerability was identified in its year parameter, allowing attackers to manipulate backend SQL queries. This vulnerability allows a remote attacker to execute arbitrary SQL commands through crafted input, directly affecting the database's integrity and confidentiality. Such an injection could potentially expose sensitive data, modify or delete valuable information within the database, or even gain administrative privileges, depending on the database server's configuration. It highlights the importance of stringent input validation and parameterized queries to mitigate such vulnerabilities. SQL Injection attacks are among the most common forms of web security vulnerabilities due to the entwined nature of websites with their underlying databases.

The technical crux of this SQL Injection vulnerability lies in inadequate validation or sanitization of input parameters, specifically the year parameter in the com_registrationpro component's request URL. This can be exploited by appending malicious SQL code to the year parameter's value, resulting in the execution of arbitrary SQL commands on the database. The request URL for exploitation follows a typical GET request, where an attacker manipulates the URL to include a harmful SQL code string which could expose sensitive data or perform unauthorized operations on the database. Ensuring that inputs are carefully validated and properly parameterized remains a critical defense mechanism against this type of vulnerability. In this instance, the vulnerability can be tested with the specific query embedded in the URL, which is crafted to check for the injection's feasibility effectively.

If exploited, this SQL Injection vulnerability could have substantial repercussions for organizations using Joomla with the registrationpro component. Malicious actors could extract sensitive customer information, including personal identification, contact information, and potentially even payment data, should such data be stored improperly. Furthermore, an attacker could leverage the injection to alter database information, leading to fake registrations or corrupt event data, ultimately damaging the organization's reputation and operational efficiency. Additionally, attackers could exploit this vulnerability to gain unauthorized access, potentially escalating privileges to an administrative level, posing a severe risk to the entire website's security infrastructure.

Solution Advice
  • Upgrade to the latest version of the Joomla registrationpro component when available from the official Joomla website or contact the vendor for support.
  • Adopt the use of parameterized queries or prepared statements to prevent SQL injection vulnerabilities, which involves ensuring user input is not directly embedded in SQL statements.
  • Implement strict validation and sanitization for all user inputs, verifying all data types and lengths before processing further.
  • Restrict database user permissions to the minimum required, preventing users from executing arbitrary high-privilege commands.
  • Ensure web applications do not display SQL error messages to users, as they may contain sensitive information that could aid attackers.
  • Regularly audit and review code for security best practices, focusing on areas handling user inputs and database interaction.
  • Utilize web application firewalls (WAF) that protect against SQL injection attacks by filtering and monitoring incoming traffic.

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Joomla com-registrationpro SQL Injection Scanner S4E