CVE-2026-34885 Scanner
CVE-2026-34885 Scanner - SQL Injection vulnerability in WordPress Media Library Assistant
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
1 minute
Time Interval
17 days 3 hours
Scan only one
Domain, Subdomain, IPv4
Toolbox
The WordPress Media Library Assistant is a widely used add-on for WordPress that helps users manage files within the media library. It is frequently used by bloggers, content creators, and web administrators looking to streamline file management tasks. The plugin is favored for its advanced filtering and organizational capabilities. It enables the categorization and sorting of media files in a way that native WordPress functionality does not. This tool assists in enhancing media management features, making it a convenient solution for WordPress users. As a result, users leverage this assistant to improve productivity and efficiency in managing their media content.
SQL Injection is a vulnerability that occurs when an attacker is able to execute arbitrary SQL queries on a database through user input. This particular threat arises when input fields lack proper validation and sanitization, allowing crafted input to manipulate SQL statements. Through SQL Injection, attackers can potentially read or modify sensitive data, leading to unauthorized data access. In severe cases, this could result in data loss or corruption if an attacker can alter database content. This vulnerability highlights the importance of input validation and query parameterization in web applications. Such security flaws necessitate immediate attention and remediation to prevent exploitation.
In the case of the WordPress Media Library Assistant, the vulnerability lies in its failure to properly neutralize special elements in SQL commands. An attacker can execute SQL commands by providing specially crafted input through vulnerable endpoints. This flaw is specifically tied to the way input data is handled in SQL queries. Appropriate security measures such as parameterized queries or prepared statements are missing, which opens a pathway for exploitation. The vulnerable endpoint, as indicated, can process the input as legitimate SQL commands, creating opportunities for unauthorized access or data modification. Without the necessary updates or patches, attackers may continue to exploit this vulnerability.
If exploited, this vulnerability could allow attackers to execute unintended SQL commands, potentially accessing or modifying sensitive data. Attackers may read confidential database information, such as user information or website content. Data integrity is also at risk, as attackers could introduce unauthorized changes, compromising the database's consistency. Moreover, the vulnerability could lead to service disruption if attackers delete or corrupt critical database records. The impact extends to potential elevation of privileges if attackers exploit the flaw to modify account information. Immediate measures are recommended to mitigate these risks effectively.
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