Weaver e-cology Directory Traversal Scanner

Detects 'Directory Traversal' vulnerability in Weaver E-Cology.

Short Info


Level

Medium

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

10 seconds

Time Interval

9 days 14 hours

Scan only one

URL

Toolbox

-

The Weaver E-Cology software is primarily used by organizations to manage their office automation and collaborative workflows. It provides a platform for handling tasks such as document management, workflow automation, and communication between departments. The software is mostly deployed in corporate environments, facilitating seamless interaction and data exchange among employees. Users include office administrators, managers, and IT staff who rely on it for efficient office operations. Its features support both small-scale enterprises and large organizations in improving productivity and reducing manual processing. E-Cology is designed to enhance office efficiency through integrated software solutions.

The Directory Traversal vulnerability allows attackers to bypass the security restrictions and access the underlying directories of the Weaver E-Cology software. This vulnerability can be exploited by malicious users to view and potentially manipulate files that they should not have access to, affecting the confidentiality and integrity of the data. The vulnerability arises from inadequate input validation in the system, which fails to properly sanitize directory traversal characters. As a result, attackers can craft a URL that points to sensitive file paths on the server. This type of vulnerability can lead to data breaches and unauthorized access to sensitive information. Directory Traversal is a significant security risk in any web-based application when not adequately addressed.

The technical details of this vulnerability involve the "jqueryFileTree.jsp" script within the Weaver E-Cology system. This script, often used for displaying file trees in web applications, accepts user input to specify a directory path. The problem arises when user input is not properly sanitized, allowing directory traversal sequences such as "../" to navigate the server’s file system. By manipulating the "dir" parameter in a specially crafted HTTP request, attackers can gain access to arbitrary files stored on the server. This flaw provides the capability for an unauthorized third party to browse directories outside the intended scope, potentially leading to exposure of confidential files or directories. Security gaps in this function should be patched promptly to prevent exploitation.

When this Directory Traversal vulnerability is exploited, it can result in unauthorized file access, leading to information disclosure and potential manipulation of file content. Malicious users can read sensitive files which could contain confidential data, user credentials, or other critical information. This breach of data privacy can put the affected organization at significant risk, both from a security standpoint and in terms of regulatory compliance. Beyond data breaches, exploiting this vulnerability could further facilitate other attacks, such as privilege escalation or code execution. It could also allow attackers to gather enough information to launch subsequent targeted attacks against the system or its users.

REFERENCES

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