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critical·Product Based Network Vulnerabilities·Updated Dec 17, 2024

Mitsubishi Q PLC Detection Scanner

This scanner detects the use of Mitsubishi Q PLC in digital assets. It identifies the presence and basic information of the Mitsubishi Q Series PLC for network discovery purposes.

Est. Time~10 seconds
Scan TypeSingle Scan
Targetsdomain, ipv4, subdomain
CostFree
0
Times Used
by S4E users
0
Assets Scanned
domains & IPs
0
Vulnerabilities Found
confirmed findings
Detail

Mitsubishi Q PLC systems are widely used in industrial control settings, including manufacturing and automation industries, to ensure smooth and reliable operations. These PLCs (Programmable Logic Controllers) provide high-performance control and automation for complex industrial systems. Designed by Mitsubishi Electric, the Q Series PLCs are recognized for their flexibility, scalability, and robust performance, making them an essential component in industrial and enterprise environments.

This scanner detects the presence of Mitsubishi Q PLC devices in a network by identifying the CPU information. It is a discovery scanner designed to help administrators and security professionals identify connected PLC systems and understand their configurations. This detection aids in maintaining a secure and well-managed industrial control system infrastructure.

The scanner operates by sending specific requests to the target device, designed to elicit a response containing CPU information. It uses the GET CPUINFO query to retrieve key details about the device. The scanner relies on a UDP communication protocol and focuses on the standard port (5006) utilized by these PLC devices, ensuring accurate detection.

If an attacker exploits the presence of exposed Mitsubishi Q PLC devices, it could lead to unauthorized access or potential manipulation of industrial systems. Exposed PLCs might be at risk of data breaches or industrial espionage, highlighting the need for securing such systems against unauthorized discovery and access.

REFERENCES

Solution Advice

To mitigate risks associated with this vulnerability, consider the following recommendations:

  • Restrict network access to known and trusted IP addresses using firewall rules.
  • Ensure the PLC systems are not directly accessible from the internet.
  • Implement secure communication protocols and use VPNs for remote access.
  • Regularly update and patch PLC firmware to address known vulnerabilities.
  • Conduct regular network scans and audits to identify and secure exposed devices.

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