Huawei HoloSens SDC Panel Detection Scanner
This scanner detects the use of Huawei HoloSens SDC Panel in digital assets.
Short Info
Level
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
10 seconds
Time Interval
22 days 23 hours
Scan only one
URL
Toolbox
-
Huawei HoloSens SDC is utilized in surveillance and digital ecosystems by enterprises needing reliable security solutions. The software is designed to enhance monitoring capabilities, making it a popular choice among organizations requiring sophisticated security infrastructure. It integrates into IoT environments for managing camera inputs and cybersecurity tasks. Its scalable nature allows deployment across various sectors, including government facilities and private enterprises. As a comprehensive security monitoring tool, it is imperative for environments with high security demands. Huawei HoloSens SDC supports robust identity management and secure data transmission.
The focus of this scanner is to identify the presence of Huawei HoloSens SDC panels in networks. Detection templates like this play a critical role in cybersecurity by identifying potential security components within an infrastructure. Identifying such components helps in understanding potential attack surfaces and improving cybersecurity postures. This detection scan looks for specific server responses and metadata indicative of an SDC panel. By spotting these technologies, businesses can better manage their digital environments. This detection is crucial for verifying installation and configuration status.
The detection process involves probing the server for specific response headers and metadata patterns unique to Huawei HoloSens SDC. This includes analyzing response code statuses and server strings for expected values like "SDC Server" and "WebServer/1.0.0". Additionally, it checks for specific request patterns and response contents, such as login features embedded in the system. Commands sent to "/cgi-bin/main.cgi" endpoints verify this information further. Extracting versioning details and model information is part of the detection process, culminating in confirming the presence of the SDC panel. Such granularity aids in verifying the correct software setup within networks.
Should an attacker identify a misconfigured or unsecured Huawei HoloSens SDC panel, potential repercussions could include unauthorized access or manipulations. Compromised panels might lead to data breaches through unauthorized data access routes. Attackers could exploit the environment to gather sensitive information, carrying risks of espionage or data corruption. The security posture becomes questionable, potentially enabling further incursions into network infrastructure. Malicious entities can manipulate panel functions, disabling surveillance or transmitting incorrect data. Finally, vulnerabilities can become conduits for installing malware or creating backdoors into the network.
REFERENCES