WanhuOA SQL Injection Scanner

WanhuOA is a comprehensive office automation system used widely across various organizations to improve efficiency and streamline office processes. It's utilized by enterprises, government bodies, and educational institutions for tasks such as document management, workflow automation, and communication facilitation. The system allows users to collaborate, share information, and manage documents in a centralized manner. Designed to handle large amounts of data, WanhuOA serves as a backbone for information processing and storage. It's known for its user-friendly interface, which helps organizations maintain order and improve operational processes. Due to its extensive use, maintaining its security is critical to prevent unauthorized access and protect sensitive data.

The detected SQL Injection vulnerability allows attackers to insert or inject SQL queries into input fields for execution by the backend database. This type of vulnerability occurs when user input is not properly sanitized, allowing malicious users to manipulate SQL queries. Exploiting this vulnerability, attackers can retrieve, modify or delete data from the database, posing significant security risks. They may gain unauthorized access to sensitive information or escalate their privileges in the system. The SQL Injection vulnerability is one of the most common and critical risks identified in web applications. It underscores the importance of robust input validation and secure coding practices.

The vulnerability lies in the DocumentEdit.jsp endpoint of the WanhuOA system. This endpoint does not correctly sanitize input in the DocumentID parameter, allowing SQL code to be executed by the server. Attackers can craft special requests that manipulate SQL symbols and keywords, allowing them to execute unauthorized commands. With time-based SQL injection techniques, the response time discrepancy helps in detecting such vulnerabilities. The flaw can be targeted by sending a specially crafted HTTP request and analyzing the server's response for SQL-related errors or delays.

When exploited, this SQL Injection vulnerability can lead to severe repercussions, including data breaches, unauthorized data manipulation, and complete database exposure. Sensitive information such as user credentials, financial records, and confidential communications can be compromised. Additionally, attackers may use this vulnerability to escalate privileges and assume control over system functions. The integrity and availability of the database can be severely impacted, leading to substantial operational disruptions for the affected entity.