JeePlus CMS SQL Injection Scanner

JeePlus CMS is a low-code development platform that provides tools for enterprises to quickly develop and configure business applications. It is widely used by organizations due to its user-friendly interface and comprehensive features, which offer a rapid application development environment. JeePlus CMS is deployed by businesses to streamline workflows, enhance productivity, and reduce development cycles. The platform is accessible through web interfaces, making it a versatile option for various industries that require customizable solutions. However, being a widely used CMS, it becomes a target for attackers seeking to exploit vulnerabilities within the system. Maintaining up-to-date security patches and regular vulnerability assessments are critical for users of the JeePlus CMS.

The detected SQL Injection vulnerability in JeePlus CMS allows attackers to manipulate SQL queries through the application’s input fields. This vulnerability arises when user inputs are not properly sanitized, leading to unauthorized access to the database. SQL Injection could potentially lead to exposure of sensitive data, such as user credentials, or even the alteration of data within the database. It is a significant issue as it can compromise the integrity and security of the application’s data. Organizations using JeePlus CMS must take proactive measures to secure their systems against such vulnerabilities. Regular auditing and adhering to security best practices in application development can mitigate these risks.

The technical specifics of the SQL Injection vulnerability involve the exploitation of the resetPassword endpoint. Attackers can inject malicious SQL payloads via vulnerable parameters, enabling them to execute unauthorized database operations. The proof of concept demonstrated employs specific SQL commands to extract MD5 hashes from the database. The vulnerable endpoint accepts unsanitized user input, making it susceptible to exploitation. To execute a successful attack, the attacker crafts a GET request that incorporates SQL statements within the mobile parameter. Proper filtering and validation of input fields are essential steps to safeguard against such vulnerabilities.

When exploited, this SQL Injection vulnerability can lead to severe consequences for the affected organization. Unauthorized database access might result in the exposure of confidential information, corruption of data, and loss of consumer trust. Moreover, data breaches can incur legal liabilities and financial penalties for the organization. Attackers could potentially escalate access privileges, gaining further access to other parts of the network or even disrupting the entire application. It’s critical for organizations to resolve such vulnerabilities to protect their assets and safeguard their sensitive information.