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Final Project of the Postgraduate course on Development and Integration of Cyber-Physical Systems
Recently, my Final Project of the Postgraduate course on Development and Integration of Cyber-Physical Systems, entitled (in Spanish language) "Sistemas de control industrial e IoT: una aproximación".
Abstract:
ICS industrial control systems refer to networked equipment and software for controlling and monitoring industrial processes. These systems are used in critical infrastructure sectors and in other industries such as the water sector. The digitising of embedded industrial systems is becoming a central part of these systems. It is necessary to research communications systems that are reliable in industrial environments and safe from external attacks (cybersecurity) as well as in industrial platforms. This final project has helped to build a proof of concept (PoC) as a digital platform for the industrial water sector to check that the concept of cybersecurity (through open source intrusion detection systems (IDS)) can be operated usefully.
The hardware part of the proof of concept comprises three parts, PLC-Raspberry Pi (PLC1-USB), PLC-Raspberry Pi (PLC2-GSM) and PLC-Arduino-BLE Shield (PLC3-BLE). Open source intrusion detection systems (IDS) are implemented on this with the Snort, Suricata and Bro software and on a Modbus fieldbus to connect the PLC-Raspberry Pi systems.
Keywords: ICS, water, cybersecurity.
Abstract:
ICS industrial control systems refer to networked equipment and software for controlling and monitoring industrial processes. These systems are used in critical infrastructure sectors and in other industries such as the water sector. The digitising of embedded industrial systems is becoming a central part of these systems. It is necessary to research communications systems that are reliable in industrial environments and safe from external attacks (cybersecurity) as well as in industrial platforms. This final project has helped to build a proof of concept (PoC) as a digital platform for the industrial water sector to check that the concept of cybersecurity (through open source intrusion detection systems (IDS)) can be operated usefully.
The hardware part of the proof of concept comprises three parts, PLC-Raspberry Pi (PLC1-USB), PLC-Raspberry Pi (PLC2-GSM) and PLC-Arduino-BLE Shield (PLC3-BLE). Open source intrusion detection systems (IDS) are implemented on this with the Snort, Suricata and Bro software and on a Modbus fieldbus to connect the PLC-Raspberry Pi systems.
Keywords: ICS, water, cybersecurity.
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