AutomationDirect Panel Detection Scanner

AutomationDirect panels, specifically the EA9-T6CL model, are widely used in industrial and manufacturing settings to offer human-machine interface (HMI) capabilities. These panels are favored for their reliability and ease of use, streamlining the control of automated systems. They are integral in various sectors, including automotive, food processing, and more, providing operators a clear view into the processes. AutomationDirect products are typically employed by engineers and technicians to enhance production efficiencies. Given their widespread use, these panels are critical components in the real-time monitoring of industrial equipment. They function as a crucial interface for communicating with complex systems and ensuring smooth operations.

This scanner primarily detects the presence of AutomationDirect panels on the network. It functions by searching for specific online signatures associated with the panel's default configuration. While the detection itself is not indicative of any vulnerabilities, knowing where these panels are used can help ensure they are kept secure and up-to-date. Detection plays a significant role in asset management, allowing administrators to safeguard their network. A detection scan can indirectly indicate where further security measures might be necessary. Understanding the deployment of such devices can guide decisions around their security posture.

The technical details of the scan focus on locating AutomationDirect panels through their online presence. It specifically looks for the title tag associated with the device's web interface, "C-more -- the best HMI presented by AutomationDirect." By validating the existence of this string, it confirms the presence of the panel. The scanner also checks for a 200 HTTP status response, ensuring the page is publicly accessible. Extraction mechanisms within the scanner can provide additional information residing in certain HTML elements. This technical process helps verify the asset's identity and functionality.

If left undetected, the presence of such panels can be overlooked in a comprehensive cybersecurity strategy. Unauthorized users might exploit open configurations, leading to misuse or unauthorized control of industrial processes. This could result in downtime, loss of productivity, or even damage to equipment. By detecting these panels, network administrators are better prepared to implement robust security policies. The ultimate aim is to mitigate potential risks associated with undetected or inadequately protected equipment.

REFERENCES

• https://www.exploit-db.com/ghdb/7295