ProjectSend Login Panel Detection Scanner

ProjectSend is a widely used file sharing software designed for teams, freelancers, or organisations that need to manage and share files easily. It is usually employed in environments where file transactions among users or groups must occur securely and efficiently. The application is developed with collaboration in mind, providing a platform for users to upload, manage, and share files internally. Those who heavily use file libraries or manage large files can also find ProjectSend beneficial. It offers multiple user permissions and advanced management features to accommodate different organizational needs. ProjectSend is installed on web servers, making it accessible through web browsers across different devices.

The vulnerability detected in ProjectSend relates to the improper exposure of its login panel, which could aid unauthorized parties in identifying software use in digital infrastructures. Such detection is crucial as it can uncover sensitive areas that may be targeted for unauthorized access attempts. Default or commonly known paths to login panels can simplify the initial step of an intrusion. This detection includes identifying signboards and user forms indicative of the login service. Another key aspect of this vulnerability is its potential to highlight elements that may lead to security misconfigurations. Allowing login panels to be publicly accessible without additional authentication layers can lead to subsequent exploitation.

Technical details of this detection revolve around identifying the visible components of the ProjectSend login interface. These components might be inadvertently exposed due to misconfigurations or lack of awareness in securing default pathways. Detection techniques focus on matching specific elements such as form identifiers and metadata unique to ProjectSend's login page. Search patterns include locating expressions like "id=\"login_form\"" on web pages. HTTP response statuses are scrutinized to ensure correct identification under common conditions such as HTTP 200 OK, confirming the resource's availability online.

If exploited, the exposure of ProjectSend's login panel can serve as a precursor to targeted attacks, potentially leading to unauthorized access or information disclosure. Malicious users gaining visibility of the panel might attempt brute force attacks if adequate password protections are missing. Additionally, disseminating information about the software use can invite specific exploits known for the version identified. Even if direct access is thwarted, knowledge regarding backend setups can assist attackers in planning sophisticated intrusion strategies focused on auxiliary vulnerabilities.

REFERENCES

• https://www.exploit-db.com/ghdb/7380
• https://github.com/projectsend/projectsend