SequoiaDB Default Login Scanner

This scanner detects the use of SequoiaDB in digital assets.

Short Info


Level

High

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

1 minute

Time Interval

18 days 22 hours

Scan only one

Domain, IPv4, Subdomain

Toolbox

-

SequoiaDB is a highly scalable, distributed, native JSON/BSON database. It is mainly used by enterprises that require large-scale data processing and storage. Famous for its high availability, SequoiaDB serves sectors like finance, telecommunications, and government. Its support for both SQL and NoSQL interfaces makes it versatile. Companies utilize it to manage critical business applications. As a powerful database management system, SequoiaDB integrates well with Hadoop and Spark ecosystems.

The default login vulnerability occurs when software is shipped with default credentials that are not changed post-installation. Attackers can exploit this vulnerability to gain unauthorized access to the database. This issue arises from a lack of proper configuration settings post-deployment. Automated scans like this one help identify such weak points in digital assets. Protecting against this vulnerability is crucial for maintaining system security. Failure to address it can lead to data breaches and unauthorized data manipulation.

In the case of SequoiaDB, the vulnerability specifically relates to the use of default admin credentials. The scanner sends a POST request to test the login functionality of the database. It attempts to log in using common username and password combinations like "admin:admin". A successful login response indicates the presence of this vulnerability. This scan focuses on detecting any weak authentication mechanisms in place. Using a combination of status checks and session identification, it determines the vulnerability.

Exploiting the default login vulnerability can lead to significant security breaches. Attackers gaining access to default login credentials can compromise the entire database. They can manipulate, delete, or steal sensitive information stored within. This unauthorized access may also extend to other systems interconnected with SequoiaDB. Misuse of admin privileges can result in data corruption or service disruptions. Moreover, it opens doors for further attacks, leveraging this entry point.

REFERENCES

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