Franklin Fueling System Default Login Scanner

Franklin Fueling System products are widely used in the petroleum industry to manage fuel dispensing and storage systems. These systems are utilized by fueling station operators to ensure efficient and secure fuel management. The software is integral for monitoring fuel levels, leak detection, and overall system status. Designed for ease of integration, the Franklin Fueling system offers a suite of products tailored for both large-scale and smaller fueling operations. By providing centralized control, the system optimizes operational efficiency and safety. Its robust features make it a preferred choice for businesses aiming to streamline their fueling operations.

The default login vulnerability in Franklin Fueling System occurs when the system is deployed with easily guessable credentials. Such vulnerabilities arise from manufacturers shipping devices with predetermined username and password combinations. The flaw can be exploited by attackers to gain unauthorized access to the system. Compromising this system can lead to a loss of sensitive data or allow attackers to manipulate system settings. This vulnerability is critical as it opens the system to unauthorized control and potential exploitation by malicious entities. Safeguarding against such vulnerabilities is essential to maintain the operational integrity of the fueling system.

Technically, this vulnerability allows attackers to operate through pre-configured login endpoints using default credentials. The vulnerable endpoint in this case is accessed via an HTTP POST request to '/21408623/cgi-bin/tsaws.cgi'. Attackers utilize common roles and passwords to gain access, exploiting the known defaults like 'roleAdmin' or 'admin'. The scanner checks the endpoint for status codes, content type, and specific response patterns indicating successful access. This method highlights the urgency for system administrators to change default credentials immediately upon deployment. Ensuring robust credentials can prevent unauthorized access and safeguard against potential attacks.

If malicious individuals exploit this vulnerability, the effects can be severe. Attackers could manipulate system settings, causing operational disruptions or unauthorized control over fuel dispensing. Breached security could lead to data leakage of sensitive operational details or customer information. Furthermore, attackers gaining control could potentially sabotage the fueling system, causing financial losses or reputational damage. Uncontrolled system access increases the risk of coordinated attacks on infrastructure, highlighting the need for stringent security measures. Addressing such vulnerabilities can significantly diminish potential threats and secure fueling operations.

REFERENCES

• https://www.exploitalert.com/view-details.html?id=39466