MallBuilder /announcement/detail SQL Injection Scanner

Mallbuilder is a comprehensive online mall solution that caters to multi-user services, enabling swift establishment of robust e-commerce platforms akin to those of JD, Tmall, or Yihaodian. Utilizing PHP and MySQL, Mallbuilder supports the deployment of enterprise-level, industry-specific, localized, and vertical e-commerce spaces. It is widely used by developers looking to build powerful e-commerce solutions quickly and efficiently with extensive customization for various business needs. Integrating features like powerful shopping capabilities, this platform facilitates businesses in creating enticing shopping environments. Organizations across industries use it for setting up online stores to manage their digital sales operations.

The SQL injection vulnerability in Mallbuilder exposes the software to malicious SQL code execution by attackers. The vulnerability occurs in the 'id' parameter within the announcement module, where improper validation allows the injection. Malicious actors can craft special SQL statements to manipulate database queries, leading to security risks. This vulnerability potentially compromises database integrity, as attackers could adjust database content arbitrarily. Such vulnerabilities typically result from mistakes in coding logic, not applying best practices for input validation, and insufficient parameterized query enforcement.

Technically, the 'id' parameter in the /announcement/detail endpoint is susceptible to SQL injection due to inadequate sanitization. With inserted malicious SQL code, attackers can exploit vulnerabilities by making unauthorized changes or retrieving unauthorized information from databases. Typical victimization includes using specially crafted input, often via URLs, to control and manipulate backend database operations. Parameters failing to verify against expected standards for database calls lead to vulnerabilities. Attackers thus obtain sensitive data or alter system databases undetected unless countermeasures are in place. Efforts around secure input handling are necessary to prevent this from occurring.

Exploiting these SQL injection vulnerabilities can lead to unauthorized access to sensitive data, including user credentials, financial information, or application configuration details. Attackers can conduct data theft, service disruption, unauthorized alterations, or deletions, affecting data integrity and confidentiality. Such breaches often result in financial loss, reputational damage, or exposure of personal and proprietary information. Prolonged exposure undetected or unremediated can lead to complete control of the affected system. Businesses may face legal consequences or regulatory penalties for non-compliance with data protection laws.