SQLPad Panel Detection Scanner

SQLPad is an SQL editor used by developers and database administrators to write and execute SQL queries against databases. It provides a web-based interface accessible via a browser, making it a convenient tool for managing data across various database systems. Primarily used by teams for collaborative data analysis, SQLPad supports a range of databases, including PostgreSQL, MySQL, and others. The software is commonly implemented in environments where teams need to access and share SQL queries efficiently. With its open-source nature, it is extendable and can be tailored to fit specific organizational needs. SQLPad is particularly valuable for data teams working in agile and data-driven development environments.

This scanner detects the presence of the SQLPad panel on web applications. It identifies the accessibility of SQLPad login pages, which might expose the application to unauthorized access attempts. The detection is triggered by matching certain unique identifiers found in the HTML body or response of a page. By verifying the status code and specific HTML elements indicative of the SQLPad interface, the scanner helps pinpoint potential exposure points. It primarily serves as a proactive measure in identifying SQLPad's presence, ensuring that network defenders can evaluate the exposure's significance to their security posture. The scanner enables system administrators to address misconfigurations or potential access points before they can be exploited.

The technical detection process involves sending HTTP GET requests to various endpoints, particularly the "/signin" endpoint, to check for the SQLPad dashboard's existence. The scanner searches for specific HTML tags in the response body, such as "<title>SQLPad</title>" or the presence of "webpackJsonpsqlpad," combined with a successful HTTP 200 response code. Such specific identifiers are unique to the SQLPad platform. These matchers are crucial for ensuring accurate detection without false positives, enabling administrators to confirm that the exposed interface is indeed SQLPad. Understanding the implemented matchers allows network teams to make informed decisions if SQLPad is identified.

If left unattended, exposed SQLPad interfaces may allow unauthorized individuals to attempt brute-force attacks to gain access, potentially leading to data breaches or data exfiltration. Furthermore, easily detectable SQLPad consoles can be leveraged to understand internal query structures, which may reveal sensitive databases and underlying infrastructure. Unauthorized access to SQLPad could result in the manipulation or theft of database credentials or sensitive information contained within the managed databases. Such security lapses could lead to regulatory compliance issues and reputational damage. Therefore, misconfigured SQLPad instances represent a significant risk that organizations must address promptly.

REFERENCES

• https://github.com/sqlpad/sqlpad