NextcloudPi Panel Detection Scanner
This scanner detects the presence of a NextcloudPi login page in digital assets. It helps identify installations of NextcloudPi used typically on Raspberry Pi platforms.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
2 weeks 22 hours
Scan only one
URL
Toolbox
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NextcloudPi is a widely used, user-friendly solution that simplifies the installation and maintenance of a private Nextcloud instance on Raspberry Pi. Developed for tech enthusiasts and DIY users, it allows easy deployment of cloud storage and services with minimal configuration. As a turnkey solution, it addresses the growing need for personal data security and privacy in home networks. NextcloudPi provides a seamless way for individuals to manage and control their cloud services without relying on third-party providers. Designed to integrate with the Raspberry Pi's low-power environment, it offers a cost-effective and energy-efficient cloud hosting solution. Many users opt for it to obtain full control over their data, combining open-source flexibility with robust cloud management features.
This scanner is specifically aimed at detecting the presence of the NextcloudPi login page. By identifying this portal, security teams can ascertain the installation of a NextcloudPi instance within an asset inventory. The detection relies on specific markers found within the HTTP body and status codes that are unique to the NextcloudPi login environment. With these detection capabilities, security and IT teams can monitor and manage potential security risks associated with exposed login interfaces. This detection is essential for maintaining the security posture of an organization by ensuring that access to such critical points is understood and managed accordingly. Identifying these instances enables further scrutiny and reduces the potential attack surface.
The detection details involve specific GET requests made to the endpoint typically used for the NextcloudPi login page. The scanner searches for explicit markers within the HTTP response body, such as mention of 'NextcloudPi' and links to the official NextcloudPi website. A successful detection is contingent on these strings being present, coupled with an HTTP status code of 200, indicating the page is accessible and operational. The response indicates the presence of a NextcloudPi instance, signaling to administrators that they need to review and potentially secure the exposed login page. This endpoint is often vulnerable to attack if not secured properly, making its detection critical in network defense.
If the NextcloudPi login page is accessible to unauthorized individuals, it could lead to security vulnerabilities, including potential unauthorized access to the NextcloudPi setup. An exposed login page increases the risk of brute force attacks or exploitation of any existing vulnerabilities within the login mechanism. Attackers could potentially gain administrative access, leading to data breaches or unauthorized data manipulation. Ensuring the security of login endpoints is crucial to protect against unauthorized access and data integrity issues. Detecting and securing such panels helps in preventing exploitation by malicious entities, shielding sensitive data from breaches.