ipTIME Default Login Scanner

ipTIME is commonly used in the realm of home and small business networking solutions. It is renowned for its range of routers and switches, which provide reliable networking capabilities. Many users in residential settings rely on ipTIME devices to manage their internet connectivity and local network setups. These devices are essential for creating network infrastructures, serving various functions like Wi-Fi connectivity and Ethernet network distribution. The brand enjoys widespread use due to its user-friendly interfaces and cost-effectiveness. IT administrators often turn to ipTIME products for easy-to-deploy network solutions.

This scanner detects the presence of a Default Login vulnerability in ipTIME devices. Default credentials are often a significant security risk as they can be exploited by attackers to gain unauthorized administrative access. ipTIME devices might ship with standard login credentials, which users often neglect to change. Among the most common credentials are the username and password both set to 'admin', a default combination that represents a potential security weakness. The scanner's primary function is to identify if these default credentials are still active and thus posing a risk. By identifying devices with unchanged login details, it assists in highlighting the need for stronger credential management practices.

The technical check involves sending crafted HTTP POST requests to the login handler endpoint of the ipTIME device. This involves using default credentials like 'admin' for both the username and password fields. Successful authentication or session creation, indicated by specific session identifiers in HTTP responses, confirms the vulnerability. The scanner uses such identifiable markers in HTTP responses to verify successful logins with default credentials. This detailed vulnerability check is designed to ensure that systems with vulnerable settings are accurately pinpointed for remediation. As it operates, the scanner evaluates multiple response components to solidify detection accuracy.

The potential effects of exploiting this vulnerability in ipTIME devices are extensive. If malicious actors gain access through default login credentials, they can execute a range of unauthorized actions. These might include altering network settings, injecting malicious configurations, or intercepting network traffic for further data theft. Additionally, compromised devices can become points of entry for broader network attacks, leading to loss of sensitive information and network stability. Users could experience disruptions in their internet service and face increased vulnerability to other forms of cyberattacks. With administrative access, attackers might also repurpose ipTIME devices as part of larger botnets.

REFERENCES

• https://www.freewebtools.com/IPTIME/