ArangoDB Web Interface Panel Detection Scanner

The ArangoDB Web Interface is a management and administration tool for ArangoDB, a multi-model NoSQL database. It is used by database administrators and developers to interact with the database in a more straightforward manner via a web browser. This interface facilitates tasks such as data exploration, query execution, and system monitoring. It is utilized in various industries that require flexible database solutions and can be deployed both on-premise and in cloud environments. As a central hub for database management, ensuring its security and proper configuration is critical in preventing misuse or unauthorized access. Proper usage and secure configuration of the web interface can greatly enhance the productivity of database management tasks.

The detection of the ArangoDB Web Interface highlights the presence of this tool on a server, which can have implications for security if misconfigured. The main vulnerability lies in the potential exposure of the administrative interface to unauthorized users, leading to unauthorized access. This can happen due to default settings or weak configurations that permit access from unexpected sources. Proper detection is essential to ensure that configurations align with security policies and that exposure to invalidated users is limited. The vulnerability underscores the critical nature of configuration management and access control in ensuring database security. It's especially crucial for services deployed on publicly accessible networks, where the risk of exposure is higher.

The technical detection involves identifying specific HTTP response characteristics that indicate the presence of the ArangoDB Web Interface. The detection mechanism checks for typical web page titles associated with ArangoDB and ensures that the appropriate HTTP status code, such as 200 - OK, is returned. These indicators confirm the existence of the interface, making sure it matches known patterns of ArangoDB deployments. This method ensures accuracy by combining multiple detection vectors, like HTML content and HTTP response codes, to reduce false positives. By analyzing these specific characteristics, administrators can confirm whether the web interface is running and accessible. Matching these details provides a reliable method of detection without invasive checks.

When this vulnerability is exploited, unauthorized individuals might gain access to the database's administrative functionalities. This can lead to a number of risks, such as data breaches, deletion of critical data, data tampering, and service disruptions. Such exposure could also allow attackers to execute arbitrary code within the database server, thus compromising entire systems. It can further lead to a full-scale infiltration of the host network if not secured properly. Malicious access to this interface might result in the exfiltration of data and leakage of sensitive information. Ensuring robust security measures are in place for ArangoDB installations is vital to mitigating these risks.

REFERENCES

• https://www.arangodb.com/docs/stable/