Keron AIO moffice SQL Injection Scanner

Keron AIO moffice is utilized by various organizations for office management and administration tasks. It serves as a comprehensive platform integrating multiple office functionalities to streamline operations. Its user-friendly interface is designed for enterprises seeking to improve productivity through automation. The software is primarily used by mid to large-sized businesses for managing administrative duties. It provides interactive modules to handle a variety of tasks, including scheduling, documentation, and resource management. The software’s extensive usage and connectivity features make it integral to daily business operations.

SQL Injection in Keron AIO moffice is a critical vulnerability allowing attackers to execute arbitrary SQL code in the database. This attack can lead to unauthorized manipulation and retrieval of sensitive data. The vulnerability is generally caused by improper validation of input parameters within SQL queries. An attacker can potentially retrieve admin passwords, user information, or other critical data stored in the database. If exploited with significant privileges, it could also allow attackers to plant malicious software like Trojans on the server. The vulnerability poses a significant risk to system integrity if left unaddressed.

The SQL Injection vulnerability in Keron AIO moffice is centered around the 'moffice' interface. Attackers can exploit this by manipulating the 'op' and 'planId' parameters in web requests. The specific request path "/moffice?op=showWorkPlan&planId" is susceptible to injection attacks. Using time-based methods such as SQL delays, attackers can confirm the presence of the vulnerability. The interface fails to adequately sanitize inputs, allowing attackers to append malicious SQL commands. This leads to potential data compromise and unauthorized system access upon successful exploitation.

When exploited, the SQL Injection vulnerability could result in severe data breaches. Unauthorized access to confidential user information and administrative credentials is likely. Attackers could modify database contents, leading to data loss or corruption. Moreover, the insertion of malicious code into the server could further facilitate deeper access into the system. Consequences include the potential deployment of backdoors or other forms of malware leading to extended control over the system. Such breaches could incur significant financial and reputational damages to affected organizations.