Titan SFTP Server Config Exposure Scanner
This scanner detects the use of Titan SFTP Server Config Exposure in digital assets.
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
9 days 15 hours
Scan only one
URL
Toolbox
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Titan SFTP Server is a robust and secure file transfer server solution used by enterprises and organizations to manage secure file transfers. It is developed by South River Technologies and is widely implemented to ensure data protection and automate file transfer processes across various industries. Used primarily by IT administrators and secure network managers, it helps in achieving secure upload, download, and sharing of sensitive files. Supporting multiple protocols, it facilitates integrations with existing systems to streamline operations and enhance security. It is used in areas such as finance, healthcare, and government where data confidentiality and integrity are paramount. Its user-friendly interface and advanced management features make it an essential component in an organization's secure file transfer ecosystem.
Config Exposure refers to the unintended disclosure of configuration files that may contain sensitive information such as credentials, keys, and server configurations. This vulnerability may arise from improper permissions or misconfigured environments where configuration files are inadvertently exposed over the network. Attackers can exploit this exposure to gain unauthorized access to the system or steal sensitive information present in the file. The primary risk associated with this type of vulnerability is the potential compromise of credentials leading to further exploitation. Config Exposure can severely affect the security of applications, potentially leading to unauthorized data access and integrity concerns. Proper handling and safeguarding of configuration files are critical to prevent such vulnerabilities.
The vulnerability involves exposure of sensitive configuration files like 'sftp-config.json' that potentially contain elements such as 'host', 'user', 'password', and 'remote_path'. These files, if left exposed, allow an attacker to retrieve connection details which can be used to gain unauthorized access. The endpoint often becomes vulnerable when configurations are replicated without proper safeguards or when default settings overlook file permission protocols. This particular exposure checks for key identifiers and settings within the configuration files that indicate potential vulnerability. Adversaries can exploit improper file access controls and inadequate encryption to read these files. Such vulnerabilities can also arise from misconfigurations in cloud environments where file permissions and access controls are not properly managed.
If exploited, the vulnerability can lead to unauthorized access to systems, data breach, and potential loss of confidential information. Malicious individuals can leverage the acquired credentials to infiltrate the network, execute harmful commands, and manipulate sensitive data. This can result in severe business implications, including financial loss, reputational damage, and operational disruption. Furthermore, it poses compliance risks related to data protection regulations, potentially resulting in legal ramifications and penalties. Exploitation can further open the door for more advanced attacks on the infrastructure, aggravating existing security issues and undermining trust in the system's security posture. Therefore, remediating such configurations promptly is critical to maintaining organizational cybersecurity resilience.
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