OpenCart Scanner
This scanner detects the use of OpenCart Exposure Vulnerability in digital assets.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
24 days 17 hours
Scan only one
URL
Toolbox
OpenCart is a popular open-source e-commerce platform used by businesses worldwide to set up and manage their online stores. It's favored by small to medium-sized enterprises due to its flexibility, extensive features, and ease of use. The platform allows for seamless management of inventory, orders, and customer accounts. OpenCart supports multiple languages and currencies, making it ideal for international stores. It offers a wide variety of extensions and customization options to enhance its functionalities. Regular updates and community support help maintain its robustness and security.
The scanner detects exposure vulnerabilities in OpenCart, which may involve the unintentional disclosure of sensitive data. Such vulnerabilities occur when log files containing error messages, system paths, or database queries are publicly accessible. These errors are typically logged during system exceptions or misconfigurations, potentially exposing internal application details. The exposure of error logs can lead to unauthorized access to confidential information. Malicious actors may exploit these logs for reconnaissance, identifying weak points in the implementation. Detecting and resolving this vulnerability helps in preventing data breaches and maintaining data integrity.
In the scanner, the technical details revolve around accessing specific endpoints where OpenCart error logs are stored. The vulnerable endpoints typically include paths like `/system/storage/logs/error.log`, where sensitive logging data may reside. The logs can contain PHP warnings, errors, database errors, and file paths, among others. These log messages provide insights into the application's internal workings, potentially revealing vulnerabilities. The scanner checks for specific key phrases and patterns in the responses from these URLs. Such technical checks help identify if sensitive internal information is being inadvertently made public.
Exploiting the exposure vulnerability can lead to several detrimental effects, including unauthorized access to sensitive information. Attackers might use the information to further penetrate the system or to perform network mapping and targeted attacks. Exposed log files can result in the disclosure of system paths, database names, or credentials, increasing the risk of subsequent attacks. The vulnerability might also provide an attacker insights into exploitable errors or weaknesses in the server configuration. While the direct exposure of logs might not seem critical, the information gathered can be used to launch more severe attacks. Ensuring such logs are shielded from unauthorized access is crucial in securing the application environment.
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