CVE-2022-31268 Scanner
Detects 'Path Traversal' vulnerability in Gitblit affects v. 1.9.3.
Short Info
Level
High
Type
Single Scan
Can be used by
Asset Owner
Estimated Time
10 sec
Scan only one
Url
Parent Category
CVE-2022-31268 Scanner Detail
Gitblit is a web-based management system for Git repositories that allows users to view, clone, push, and manage their codebases online. It is designed to be simple and lightweight, with a focus on making Git adoption as easy as possible. Gitblit makes it easy for developers and teams of all sizes to manage and collaborate on their code, regardless of their experience level with Git.
Recently, a critical security flaw in Gitblit, identified as CVE-2022-31268, was detected, significantly putting the system and its users at risk. The vulnerability is a Path Traversal flaw that allows for unauthorized access to sensitive files on the server. The flaw is triggered when the attacker uses a specially crafted request that includes '../' sequences to navigate to a higher-level directory on the server. This, in essence, allows the attacker to access files that are not supposed to be public, including configuration files and cryptographic keys, among others.
When exploited, the CVE-2022-31268 vulnerability in Gitblit can lead to severe security issues, exposing sensitive data to unauthorized users. Attackers can use this vulnerability to access sensitive files, steal private keys, and execute arbitrary code. In addition, an attacker can create a malicious Git repository that, when cloned, can infect the users' repositories with malicious code and infect the entire system, leading to extensive damage.
In conclusion, protecting digital assets is critical for individuals and businesses alike. With the pro features of the Securityforeveryone.com platform, users can easily and quickly learn about vulnerabilities in their digital assets and take the necessary steps to protect themselves against exploits such as the CVE-2022-31268. By staying informed and taking proactive measures, we can prevent our systems from becoming victims of malicious attacks.