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medium·Exposed Panels·Updated Oct 8, 2024

Vigor Panel Detection Scanner

This scanner detects the use of Vigor login panel in digital assets.

Est. Time~10 seconds
Scan TypeSingle Scan
Targetsurl
CostFree
2.9k
Times Used
continuous scan runs
3.3k
Continuously Checked
assets under CS
6
Vulnerabilities Found
confirmed findings
References
Detail

Vigor products are popular in the field of networking and are commonly used by small businesses and home offices to manage connections. The Vigor series includes routers, modems, and other networking peripherals that facilitate secure and efficient internet access. These products are designed with user-friendly interfaces, allowing for easy configuration and monitoring. Organizations implement Vigor devices to ensure stable internet connectivity and enhanced network performance. Many users appreciate the integration of advanced features such as VPN, firewall, and bandwidth management, which are crucial for protecting and optimizing network activities. Hence, the security of the login interface is vital to prevent unauthorized access and ensure smooth network operations.

The detected vulnerability refers to the exposure of the Vigor login panel, which may potentially allow unauthorized access attempts. Panel detection signifies the identification of the login interface, which, while not inherently harmful, could lead to security concerns if discovered by malicious entities. Exposing a login panel on the web can attract automated attacks, such as brute force attempts. Without additional security measures, the login panel can become a significant risk point in the network infrastructure. Detecting this panel is crucial for organizations to be aware of and subsequently secure their access points. Acknowledging the presence of such interfaces helps in strategizing the implementation of enhanced security controls.

Vulnerability details involve detecting the specific login endpoint URL of the Vigor device, typically accessible at a path like '/weblogin.htm'. The panel is identified using specific markers such as the HTML title tag '<title>Vigor Login Page</title>'. The scanner verifies its presence with an HTTP status code of 200 confirming the page's existence. The technical aspect lies in recognizing these patterns and triggering alerts for further security evaluations. This knowledge is useful for both defensive strategies and in auditing for open and potentially unsecured login panels. Such insights are essential for IT departments to prioritize securing these interfaces.

If exploited, an accessible login panel could lead to unauthorized users attempting to gain control over network configurations. Consequences include potential eavesdropping, disruption of service, and unauthorized changes to network settings. Such access can jeopardize the integrity and confidentiality of the network, leading to data breaches or network inefficiencies. Mitigative actions are required to avert brute force attacks, such as implementing strong authentication mechanisms and monitoring login attempts. Ensuring that login pages are not publicly accessible can win critical time to establish trust-worthy authentication layers.

REFERENCES

Solution Advice
  • Implement rate limiting to reduce the risk of brute force attacks on the login interface.
  • Enable multi-factor authentication to increase the difficulty for unauthorized access.
  • Regularly update the firmware of Vigor devices to mitigate any known vulnerabilities.
  • Restrict access to the login panel by configuring network firewalls to allow only internal or trusted IP addresses.
  • Monitor login attempts and establish alerts for any suspicious activities.

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