CockroachDB Unauthenticated Access Scanner
This scanner detects the use of CockroachDB Unauthenticated Access in digital assets. It identifies if the CockroachDB console is accessible without authentication, potentially exposing cluster node and server version information. This detection is vital for ensuring that unauthorized access to CockroachDB is mitigated.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
2 weeks 5 hours
Scan only one
URL
Toolbox
CockroachDB is a distributed SQL database that is designed for building cloud-native, scalable applications. It is commonly used by developers and enterprises that require high availability and consistency across distributed networks. Users leverage CockroachDB for its ease of deployment and ability to manage large clusters across on-premises or cloud environments. Organizations appreciate its PostgreSQL wire protocol support, which simplifies integration with tools and applications. Due to its distributed nature, CockroachDB helps businesses avoid single points of failure, and its SQL capabilities make it accessible to those familiar with traditional databases.
Unauthenticated access refers to the ability to access a system or resource without providing valid credentials. In the context of CockroachDB, this vulnerability implies that unauthorized users can potentially access the console used to manage and monitor the database. This exposure could lead to unintended information leakage or administrative actions being performed by unauthorized parties. Detecting such vulnerabilities is crucial to secure sensitive database operations and prevent unauthorized impact on system performance and integrity.
The technical details of this vulnerability involve accessing the CockroachDB console without authentication, allowing the viewing of cluster nodes and server version information. Attackers could exploit this by sending an HTTP GET request to the base URL and related paths containing sensitive details. Proper connection to the affected endpoint will return HTTP status code 200 and identifiable characteristics in the response body, such as "Cockroach Console," "nodes," "ServerVersion," and "buildInfo." This technique can expose database infrastructure elements to unauthorized entities.
If this vulnerability is exploited, potential effects include unauthorized data disclosure of node and server configurations. Malicious actors could gather intelligence about the database structure, leading to further exploitation activities. Such information leaks could compromise the confidentiality and integrity of enterprise-level database management processes. Organizations may face data breaches or unauthorized modifications, impacting business continuity and compliance status significantly.
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