S4E

Mallbuilder Mall System WAP key SQL Injection Scanner

Detects 'SQL Injection (SQLi)' vulnerability in Mallbuilder Mall System. This scan evaluates the wap.php key parameter for improper SQL concatenation that may allow unauthorized data access or changes.

Short Info


Level

High

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

1 month 22 days

Scan only one

URL

Toolbox

Mallbuilder Mall System is a PHP and MySQL-based multi-user online mall solution that supports rapid deployment of powerful e-commerce platforms similar to JD.com or Tmall. It allows businesses to build enterprise-level, industry-specific e-commerce systems that can be localized and tailored for vertical domains. Mallbuilder is utilized by various businesses to quickly establish an online presence, offering a feature-rich platform with customizable features. The system supports diverse e-commerce functionalities, catering to both small and large enterprises. It enables seamless e-commerce operations, thus enhancing business reach and operational efficiency.

SQL Injection is a common and serious web application vulnerability that allows an attacker to interfere with the queries that an application makes to its database. By manipulating input parameters, attackers can execute arbitrary SQL commands, leading to unauthorized access to sensitive data. This vulnerability typically arises from unsanitized input and can lead to data breaches or database manipulation. It's a widely known exploit with potential for unauthorized data retrieval or destruction. The Mallbuilder platform, when vulnerable, can serve as an attack vector for SQL injections, specifically targeting input fields such as the 'key' parameter in wap.php.

The vulnerability lies in the 'key' parameter of the wap.php file, where improper input handling can lead to SQL code execution. The parameter doesn't sanitize input correctly, allowing malicious SQL statements to be injected into a query. As a result, attackers can gain access to the backend database, potentially compromising sensitive information like user credentials. The crafted SQL inputs can alter the behavior of the database queries, leading to unexpected results or system compromise. The vulnerability can bypass authentication controls and allow attackers to manipulate or exfiltrate information unlawfully.

If the SQL Injection vulnerability in the 'key' parameter is exploited, malicious actors can gain unauthorized access to alter, delete, or steal data from the database. Such exploitation can result in severe business impacts, including data loss, compromised user information, and financial damage. Attackers could escalate their privileges or mount further attacks against other systems in the network. An exploited SQL injection can degrade user trust and expose sensitive information to unauthorized parties, causing reputational harm. The financial and operational repercussions could be extensive, necessitating immediate remediation and comprehensive security measures.

REFERENCES

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