CNVD-2011-3594 Scanner

The WordPress Crawl Rate Tracker plugin is commonly used on WordPress sites to monitor and track the crawl rate of search engine bots visiting the site. This plugin provides website administrators with insights into how search engines interact with their sites, which can aid in optimizing web content for better search rankings. Developed and maintained by contributors to the WordPress ecosystem, it integrates seamlessly with the WordPress dashboard, providing user-friendly interfaces for non-technical users. The plugin serves users who are keen on improving their SEO tactics and need detailed information about search engine activity. The primary users are webmasters, SEO specialists, and content managers who leverage data provided by the plugin for enhancing their SEO strategies. Despite its usability, vulnerabilities in such plugins can expose websites to security threats, necessitating regular updates and monitoring.

SQL Injection vulnerabilities occur when attackers are able to manipulate SQL queries using user input fields that have not been adequately sanitized. This allows attackers to access unauthorized data, compromise databases, and perform operations on sensitive information. The vulnerability in this particular plugin version resides in the improper handling of users' inputs in SQL queries. Attackers can inject malicious SQL statements through vulnerable endpoints, compromising the database integrity. Such vulnerabilities are critical as they give attackers the potential to exfiltrate data from the database or alter database configurations. This plugin's vulnerability highlights the importance of secure coding practices, particularly concerning user input validation in software development.

The WordPress Crawl Rate Tracker plugin is susceptible to SQL Injection through the 'chart_data' parameter in its 'sbtracking-chart-data.php' file. Attackers can execute arbitrary SQL commands by exploiting this parameter, leading to data breaches or unauthorized access. When a parameter receives unchecked input directly into an SQL query, it forms the vulnerable entry point for the attack. During exploitation, an attacker may use specially crafted inputs that include SQL commands, manipulating query execution to their advantage. Successful exploitation can result in attacker-controlled data retrieval or unintended database operations. Web applications using this plugin are at risk if they run on affected versions without necessary updates or patches.

If exploited, this vulnerability could lead to unauthorized data access, data corruption, and potential database service interruptions. Malicious actors might obtain confidential user data, including personal details and access credentials, thus compromising user privacy. Corrupted SQL databases could affect the operational capabilities of websites, potentially leading to downtime. Websites affected by this SQL Injection could also be subject to further exploits due to obtained sensitive information. Additionally, this vulnerability might open pathways for attackers to insert malicious content or conduct privilege escalation attacks within a compromised web environment.