CVE-2023-7164 Scanner
CVE-2023-7164 Scanner - Arbitrary File Download vulnerability in WordPress BackWPup
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
11 days 11 hours
Scan only one
URL
Toolbox
WordPress is a powerful content management system (CMS) widely used to create, manage, and maintain websites. The BackWPup plugin for WordPress is popular among website administrators for automating backup operations, ensuring data recovery, and seamless site maintenance. It is particularly useful for bloggers, small businesses, and content creators who need reliable backup solutions. The plugin's features include scheduled backups, external storage options, and easy restoration processes, making it a preferred choice for users looking to safeguard their WordPress sites. By integrating seamlessly into the WordPress ecosystem, BackWPup offers ease of use and a range of customization options, fulfilling varied requirements of the users.
The vulnerability in question is an Arbitrary File Download flaw found in the BackWPup plugin for WordPress. It arises from inadequate access restrictions in the plugin's temporary backup folder. This flaw allows unauthenticated attackers to exploit the lack of proper authorization, leading to potential data breaches. The vulnerability is critical because site backups can contain sensitive information, including database details and configuration files. Without fixing this issue, affected versions of the plugin allow unauthorized access to backup files, resulting in information disclosure risks. Immediate attention is needed to patch this vulnerability and protect site integrity.
Technically, the vulnerability is rooted in the plugin's failure to impose necessary restrictions on accessing temporary backup files. Attackers can access specific endpoints, such as '/wp-content/uploads/', to leverage this flaw. They target directories known to store backups by checking for the existence of index pages through HTTP GET requests. The presence of specific strings in the response body indicates successful exploitation. Extracted information typically includes backup filenames and may include compressed archive files, such as .tar.gz or .zip. These files may contain sensitive site data, foregrounding the urgency of addressing the vulnerability.
Exploitation of the vulnerability can lead to substantial negative impacts on a WordPress site. Attackers capable of downloading backup files might access sensitive user data, passwords, and configuration settings. Potential outcomes include data theft, unauthorized access, and even full compromises if attackers are able to restore backups in a hostile environment. Aside from immediate data breaches, long-term consequences include reputational damage and the loss of trust from users. Site administrators may also face compliance issues related to data protection regulations if unauthorized data disclosure occurs.
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