
Xerver Free FTP Service Technology Detection Scanner
This scanner detects the use of Xerver Free FTP Service in digital assets. It helps identify installations of this FTP service, ensuring proper monitoring and management of network resources.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
13 days 17 hours
Scan only one
Domain, Subdomain, IPv4
Toolbox
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Xerver Free FTP Service is a software used for creating and managing FTP servers. It is widely used by small businesses and individual users to facilitate the transfer of files over a network. Xerver enables users to set up FTP services quickly and provides a simple interface for managing user permissions and file access. It can be installed on a variety of platforms, offering support for multiple users and file security management. Its ease of use makes it an appealing choice for those who need a lightweight and efficient FTP solution. The software serves the purpose of helping users easily share files in a secure and controlled environment.
The scanner detects the presence of Xerver Free FTP Service on a network. It identifies the specific technology used, which is essential for network administrators to monitor and control their digital environment. The detection ensures that any instances of Xerver's technology are noted and properly integrated into cybersecurity practices. By identifying the service, users can evaluate its security posture and address any potential misconfigurations. This detection is crucial for maintaining a secure network by ensuring all services are accounted for. Additionally, the information aids in inventory management of services across the network infrastructure.
Technical details involve querying the FTP service running on port 21. The scanner looks for specific responses that indicate the presence of Xerver Free FTP Service, such as the welcome message. It uses both word-based matchers to correlate strings provided by the service and regex matchers to extract version information. This precise approach ensures minimal false positives by confirming both presence and version from expected patterns. The scanner efficiently performs this task with a small data exchange, which lessens the potential impact on network performance. It is designed to be nonintrusive, establishing a minimum footprint requirement while capturing essential identification data.
When exploited by unauthorized users, this misconfiguration can expose the service to unauthorized access. Malicious actors might gain control over file exchanges, leading to data theft or manipulation. They could potentially disrupt service availability, affecting business operations relying on the FTP service. Additionally, improper configurations could allow malware distribution or serve as a launch point for further attacks within the network. Identifying the technology helps systems administrators mitigate these risks by appropriately configuring and securing the service. Recognizing its deployment is the first step in fortifying the infrastructure against such threats.