aikcms SQL Injection (SQLi) Scanner

aikcms is a content management system used primarily by web developers and content creators to publish and manage digital content on websites. It is popular among small to medium-sized businesses due to its user-friendly interface and robust features. This software allows users to manage website components like text, images, and videos and often includes templates for ease of design. aikcms versions are used in various industries where quick website content updates are needed. The flexibility of aikcms makes it a preferred choice for users looking to maintain their websites with minimal technical expertise. The software is commonly employed for online portfolio pages, corporate websites, and personal blogs.

SQL Injection (SQLi) is a critical vulnerability that allows attackers to interfere with the queries that an application makes to its database. In this specific instance, the injection is realized through a time-based blind technique, which manipulates the web application's SQL queries by incorporating time delays. This type of vulnerability is particularly dangerous because it can be exploited even when standard error messages are suppressed on the vulnerable application. By leveraging a time-based approach, attackers can infer the truth of a statement based on the time the server takes to respond. Such attacks can lead to unauthorized viewing, modification, or deletion of data stored within the database. This form of intrusion can also result in escalating access levels on the underlying operating system, potentially compromising the server.

The vulnerability in aikcms is located in the 'videogroup_edit.php' file, specifically in the parameter 'id'. An attacker can introduce a time delay using the SQL 'sleep' function, effectively confirming the viability of the injection through response time measurement. When a crafted SQL statement like 'if(1,sleep(3),1)' is placed in the 'id' parameter, a successful exploitation will result in the system delaying its response, thereby confirming the injection. This delayed response, typically longer than normal response time, indicates the SQL command's partial execution. Consequently, this kind of blind SQL injection allows attackers to gather insights or control over the data without immediate visibility into the database structure. The vulnerability needs to be addressed to prevent unauthorized exploitation and ensure database integrity.

Exploiting this SQL injection vulnerability can lead to numerous adverse effects, including unauthorized data access and manipulation. Attackers may gain access to sensitive information such as user credentials, which could lead to identity theft or data manipulation. Furthermore, the database schema and operational data could become exposed, allowing attackers to tamper with stored records or delete essential datasets. In severe cases, SQL injection might enable attackers to execute shell commands, leading to full server compromise. The vulnerability, if exploited, could adversely affect individuals and organizations relying on the system for critical operations, resulting in financial loss, reputational damage, and legal liabilities.

REFERENCES

• http://www.aikcms.com/