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Circutor Line-TCPRS1 Default Login Scanner

This scanner detects the use of Circutor Line-TCPRS1 in digital assets. It identifies default login utilization, enhancing security assessments.

Short Info


Level

High

Single Scan

Single Scan

Can be used by

Asset Owner

Estimated Time

1 minute

Time Interval

25 days 1 hour

Scan only one

Domain, Subdomain, IPv4

Toolbox

The Circutor Line-TCPRS1 is used in industrial and commercial environments for energy management and monitoring. It's typically deployed by facilities managers and technicians to track energy consumption and optimize efficiency. This product is essential in establishing cost-effective operations in industries that rely heavily on energy usage. It provides robust reporting and analytics features for detailed insights. Circutor Line-TCPRS1 facilitates automation and real-time data offers for improved decision-making. Its deployment aims to streamline operations and decrease overall operational costs.

This scanner is designed to detect default login vulnerabilities in the Circutor Line-TCPRS1 device. Default logins arise when devices come with preset username and password combinations, which manufacturers use for configuration or testing. These defaults pose security risks if unmodified as unauthorized users can exploit these credentials. Detecting default login helps in identifying vulnerable systems that can be easily compromised. The scanner is valuable for its preventative measures against unauthorized data access. This detection aids organizations in enhancing their security postures by ensuring secure access controls.

Technical details of this scanner involve sending a POST request with potential default usernames and passwords to the device's login API. The request specifically targets the '/api/v1/login' endpoint. The scanner attempts to match a successful authentication token in the response body, indicating valid default credentials. It also verifies the presence of specific content types and HTTP status codes to confirm successful login. The detection process hinges on identifying JSON tokens in the HTTP response, indicating unauthorized access capabilities. This detailed probing helps identify systems at risk without requiring excessive manual interventions.

Potential effects of exploiting this vulnerability include unauthorized access to sensitive data, modification of system settings, and execution of unintended operations. Attackers can leverage default credentials to infiltrate the system and compromise data integrity. It could allow malicious users to manipulate operational reports, leading to flawed decision-making. Furthermore, unauthorized access might lead to information theft or damaging operations that disrupt energy management tasks. Such exploitation can cause financial losses and damage the reputation of the organization utilizing these devices.

REFERENCES

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