Realor GWT System SQL Injection Scanner

The Realor GWT System is widely used for virtualization applications, primarily by organizations seeking to optimize their IT infrastructure and streamline application delivery. Managers and IT administrators utilize this system for enabling virtual environments where complex applications can run securely and efficiently. The system plays a crucial role in reducing costs and improving accessibility, making it an attractive solution for enterprises of all sizes. It provides robust management features along with user-friendly interfaces that enhance its usability. Due to its comprehensive functionality, it's often deployed in environments demanding high productivity and scalability. With its capacity to support a wide range of applications, users benefit from increased flexibility and control.

SQL Injection vulnerability occurs when inputs provided by users are incorrectly validated, allowing attackers to inject malicious SQL queries. This type of vulnerability can be critical as it may enable unauthorized access to the database, leading to information leakage. It is typically exploited by manipulating SQL queries through specially crafted input fields in forms or web applications. If successful, attackers can retrieve sensitive data, disrupt operations, or even manipulate data within the database. It is prevalent due to inadequate validation and parsing within the software's backend processing logic. SQL Injection presents a significant risk in applications lacking proper input sanitization and security controls.

The SQL Injection vulnerability in Realor GWT System is often exploited via entry points such as login forms and query parameters—where inputs are not sufficiently sanitized. Attackers typically supply malicious SQL segments, designed to execute unintended commands and access sensitive database information. The vulnerability may reside in endpoints that handle user input without proper sanitization or validation, such as certain endpoints in the software's application layer. This could include login interfaces, search bars, or data submission forms where user inputs are more interactive. Once exploited, the vulnerability enables attackers to execute arbitrary SQL commands, potentially leading to data breach or unauthorized access.

If left unaddressed, SQL Injection vulnerabilities can have severe consequences, including unauthorized data exposure, data loss, or database corruption. Attackers exploiting this vulnerability can gain access to sensitive information, such as user credentials, financial data, or proprietary business information. Additionally, they may escalate their privileges to compromise the entire system, resulting in further data loss or unauthorized operations. The insertion of malicious commands could also lead to the installation of backdoor scripts, paving the way for persistent threats in the network. Consequently, this vulnerability could result in significant operational disruptions and reputational damage to the affected organization.

REFERENCES

• https://github.com/zan8in/afrog/blob/main/v2/pocs/afrog-pocs/vulnerability/realor-gwt-system-sql-injection.yaml