GoIP GSM VoIP Gateway Default Login Scanner
This scanner detects the use of GoIP GSM VoIP Gateway in digital assets. It identifies instances where default login credentials are still active, highlighting potential security risks.
Short Info
Level
High
Single Scan
Single Scan
Can be used by
Asset Owner
Estimated Time
1 minute
Time Interval
16 days 19 hours
Scan only one
Domain, IPv4, Subdomain
Toolbox
-
GoIP GSM VoIP Gateway is a product used to interface traditional telephony systems with VoIP networks. It is deployed globally, primarily in business environments where hybrid communications systems are necessary. Users benefit from reduced costs in making calls and sending messages over GSM networks. Admins manage the gateway through a network interface, which allows configuration and monitoring of telecom traffic. Its use requires diligent security practices, as it transmits sensitive voice and SMS data. Proper authentication and personalization of settings are critical.
The vulnerability in question is associated with the use of default login credentials in the GoIP GSM VoIP Gateway. This security lapse enables unauthorized individuals to gain control and manage telecom operations. Often, default credentials such as "admin" or "root" are left unchanged, offering an attack vector for malicious entities. This type of security misconfiguration falls under a common category of vulnerabilities that afflict devices shipped with default settings. Recognizing and rectifying such vulnerabilities is essential to prevent unauthorized control and exploitation. Default credentials should be replaced with strong, unique passwords post-installation.
The technical details of this vulnerability involve accessing the administrative interface of the GoIP GSM VoIP Gateway with default usernames like "admin" and "root," paired with simple default passwords. The vulnerable endpoints include HTTP interfaces that can be reached remotely, typically on usual port configurations like 80 or 443. Attackers execute a credential stuffing attack using these default combinations to gain administrative access. The attack vector is relatively low in complexity but high in impact, allowing direct manipulation of the gateway’s functions.
If exploited, the vulnerability permits attackers to send and receive SMS and calls through the compromised gateway, potentially causing privacy breaches and service misuse. Sensitive communications might be intercepted, altering the integrity and confidentiality of transmitted information. Additionally, unauthorized use of telecom resources could accrue significant financial costs to the entity owning the gateway. Such breaches also open up paths for further penetration into corporate networks if properly configured firewalls and network segmentation are not in place.
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