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GitLab Phishing Detection Scanner

This scanner detects the use of GitLab phishing sites in digital assets. Phishing involves creating deceptive websites to mimic legitimate sites, such as GitLab, to steal sensitive information. This scanner is valuable for preventing unauthorized access and protecting user data.

Short Info


Level

Informational

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

22 days 11 hours

Scan only one

URL

Toolbox

GitLab is a widely-used DevSecOps platform that provides a comprehensive suite of tools for modern software developers. It allows teams to collaborate easily and securely across the entire software development lifecycle. Many organizations use GitLab to store their code repositories and manage their projects. Due to its popularity, GitLab has become a target for cybercriminals who aim to build phishing sites that mimic its style. As a result, maintaining the security and authenticity of GitLab access points is critical.

Phishing Detection can identify sites that impersonate legitimate platforms like GitLab to deceive users into submitting sensitive data. Typically, phishing involves replicating the appearance of a trusted website, such as GitLab, to trick users. The scanner detects such attempts by identifying matches in elements like page titles and access redirects. Recognizing these phishing efforts is crucial for online security and user data protection.

The Detection Scanner focuses on technical details such as the content of page titles and HTTP status responses to determine fake GitLab copies. The scanner verifies that domain redirects do not end at the authentic gitlab.com domain. Additionally, it checks for common misrepresentation techniques used by these impersonating sites. This scanner operates effectively by ensuring that any redirection or presentation discrepancies signal a possible phishing attempt.

If exploited by attackers, the phishing vulnerability could lead to unauthorized access to sensitive information, including user credentials. Victims might unknowingly share their login details, facilitating further security breaches. Such unauthorized access can compromise proprietary code repositories, leading to data loss or unauthorized code changes. Moreover, this breach can erode user trust and tarnish the reputation of organizations relying on GitLab.

REFERENCES

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