Mallbuilder Admin Deliver id SQL Injection Scanner

MallBuilder Mall System is a PHP and MySQL based platform used for creating multi-user online shopping malls. It enables businesses to quickly establish powerful online marketplaces similar to those of Jingdong Mall, Tmall, or localized multi-user malls. This system is widely utilized by companies seeking to manage large-scale, multi-merchant e-commerce environments. MallBuilder stands out for its ability to accommodate enterprises, industry, and regional-specific needs, making it versatile for various business models. It is known for its easy setup, flexibility, and extensive support for customization to better match business requirements. Users typically range from small startups to large enterprises aiming to scale their online retail operations efficiently.

SQL Injection vulnerabilities occur when an attacker is able to interfere with the queries that an application makes to its database. This specific vulnerability in the MallBuilder Mall System is related to the admin_deliver.php parameter 'id', where malicious SQL statements can be injected. By exploiting this flaw, attackers could potentially access the database, or manipulate and delete data unlawfully. The ability to craft SQL statements to damage or extract sensitive information poses significant security risks. Preventing SQL Injection involves validating inputs and using secure coding practices like prepared statements. Left unchecked, SQLi can lead to severe data breaches.

The vulnerability in question lies within the admin_deliver.php file, specifically in the parameter 'id'. A vulnerable endpoint allows unauthorized SQL queries to be executed by modifying this parameter. The exploitation can be done by injecting SQL code that manipulates database queries to achieve desired outcomes, such as extracting confidential data or unauthorized modifications. Successful exploitation may result in unauthorized access to sensitive information or complete control over the database. The structure of SQL injection attacks often involves common keywords and commands recognized by the SQL language.

If exploited, this vulnerability can lead to significant security risks, including unauthorized data access, which could compromise sensitive information such as customer records or sales data. It may also lead to data integrity issues, where entries in the database can be altered or deleted, impacting the business operations negatively. In severe cases, attackers might take control of the application’s database server, potentially leading to system downtime or loss of data control. The trust and reputation of the organization could be severely affected following a successful attack. SQL injection can also be a gateway for further attacks, providing leverage for attackers to exploit other vulnerabilities within the network.