EmpireCMS SQL Injection Scanner

EmpireCMS is a content management system widely used for managing web, mobile, and enterprise content. Developed with a focus on scalable and customizable content solutions, it's popular among businesses and developers seeking robust CMS platforms. Its architecture allows for seamless integration with various plugins that enhance its functionality for specific use cases. Users often leverage EmpireCMS for managing large-scale websites and web applications that demand high performance and reliability. The system supports various environments and is adaptable to different business needs. As a result, EmpireCMS is frequently deployed across several industries for content publication and organization.

SQL Injection (SQLi) is a critical vulnerability that allows attackers to manipulate backend SQL queries made by an application. This is accomplished by injecting malicious SQL code into user input fields or URL parameters, which then interfere with the application's database interactions. In the EmpireCMS platform, this vulnerability can be particularly insidious because it might lead to unauthorized data access or data manipulation. The aim of exploiting SQL Injection is typically to retrieve sensitive information, escalate privileges, or cause destructive actions in the database. When systems do not properly sanitize inputs, they become susceptible to such injections.

The technical details of this vulnerability in EmpireCMS involve the 'classid' parameter within the ikaimi/rolling/list.php path. Attackers may inject SQL code by modifying the URL to include a UNION SELECT statement, thereby executing arbitrary SQL commands. This particular injection targets the database to extract hashed data, which upon successful injection will return a specific hash value. Such vulnerabilities highlight the lack of input validation and output encoding, creating a gateway for SQL code execution. The path and the parameter involved are critical focal points in understanding how the SQLi is structured in this instance. Proper filtering and validation of input parameters are essential preventive measures.

The possible effects of exploiting an SQL Injection vulnerability can be devastating. Malicious actors may gain access to sensitive information such as user credentials, confidential business data, and other database entries. Exploitation could lead to data manipulation, including insertion, deletion, or modification of records, which can disrupt business operations. It may also result in unauthorized access to administrative sections of the CMS, compromising the security and integrity of the entire platform. Long-term effects could include a loss of customer trust and significant reputational damage for businesses running vulnerable installations. Preventative measures and prompt patching are crucial in mitigating these potential risks.