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CVE-2025-54726 Scanner

CVE-2025-54726 Scanner - SQL Injection vulnerability in JS Archive List (WordPress Plugin)

Short Info


Level

High

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

17 days 14 hours

Scan only one

Domain, Subdomain, IPv4

Toolbox

JS Archive List is a popular WordPress plugin used by website administrators to organize and display archives on their websites. The plugin enables users to categorize and manage content effectively, making it easier for visitors to navigate through past posts. Wordpress plugin developers utilize this tool to enhance functionality and user experience on WordPress sites. However, the plugin can become vulnerable to attacks if not updated regularly. This scanner checks the plugin for known vulnerabilities to ensure website integrity. It is essential for maintaining a secure WordPress environment.

SQL Injection is a critical vulnerability that allows attackers to execute arbitrary SQL commands in a database. This can lead to unauthorized data access, data manipulation, and even deletion. SQL injections occur when an application does not properly sanitize user inputs before using them in SQL queries. This vulnerability in the JS Archive List plugin can be exploited by crafting input that manipulates SQL commands. Maintaining robust input validation is key to preventing such exploits. Unchecked, this vulnerability can severely impact data integrity and confidentiality.

The vulnerable endpoint in the JS Archive List plugin is associated with the 'cats' parameter in the request URL. When a crafted input like 'if(now()=sysdate(),SLEEP(6),0)' is provided, it can trigger a time delay indicating a successful SQL injection attempt. This shows improper handling of input parameters in SQL statements in the plugin's back-end. An attacker exploiting this can execute SQL commands that may lead to data exposure or manipulation. Using database management techniques such as SQL parameterization can mitigate these risks. The scanner thus identifies and alerts to this vulnerability to prevent exploitation.

Exploiting this vulnerability can have significant consequences, including unauthorized access to sensitive information, data modification, and potential loss. Attackers could exploit the SQL injection to gain unauthorized levels of access to database content, altering or deleting critical data. This could lead to operational disruption, data theft, and reputational damage for affected websites. Implementing prompt security patches is crucial to defend against such vulnerabilities. Failing to do so leaves systems open to further exploitation by cybercriminals.

REFERENCES

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