CVE-2025-62522 Scanner
CVE-2025-62522 Scanner - Information Disclosure vulnerability in Vite
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
12 days 12 hours
Scan only one
Domain, Subdomain, IPv4
Toolbox
Vite is a modern frontend tooling framework used primarily in JavaScript development. It is utilized by developers worldwide for creating responsive and optimized web applications. By offering rapid development server and efficient build processes, Vite enhances developers' productivity. The framework is commonly employed in dynamic websites and single-page applications. Companies leveraging JavaScript technologies often use Vite for its advanced bundling capabilities. Vite precisely caters to frontend development needs with its rich plugin ecosystem and enhanced performance features.
Information Disclosure is a vulnerability where sensitive information is unintentionally revealed to unauthorized users. In the Vite framework, certain server configurations could lead to exposing restricted files. This occurs especially when the dev server is improperly configured on Windows environments, where files meant to be hidden are sent if a URL ends with a specific character. Attackers can exploit this to obtain crucial details about the application's environment. Addressing this flaw is crucial as it may reveal sensitive configurations and data.
This vulnerability is technically tied to how the Vite dev server processes requests on Windows. Specifically, files denied by the server.fs.deny setting were inadvertently served if the request's URL ended with a backslash. This can occur when the application's development server is improperly exposed to the network. An attacker might craft requests that trigger this bug, thus successfully accessing files meant to be restricted like configuration files. This behavior is influenced by specific version configurations of Vite, necessitating careful version management to mitigate the issue.
Potential effects of this vulnerability include unauthorized access to sensitive application configuration files. Exploitation can lead to the disclosure of environment variables, internal data structures, or proprietary information. Attackers could utilize the accessed data for further attacks, such as privilege escalation or targeted exploitation of other vulnerabilities. This disclosure may also undermine trust in the application's data confidentiality. Preventive measures are crucial to avoid legal and reputational repercussions arising from data breaches.
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