Implement NIS2 directive on the automation projects
Meda Gedara, Janaka Rukmal Rajapaksha (2025)
Meda Gedara, Janaka Rukmal Rajapaksha
2025
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2025061022027
https://urn.fi/URN:NBN:fi:amk-2025061022027
Tiivistelmä
This master’s thesis is part of the Automation Technology program at Novia University of Applied Sciences, carried out in partnership with ABB Oy, Distribution Solutions. With a rich history spanning 140 years, ABB is recognized as a global leader in process automation and electrification, prioritizing sustainability and innovation in emerging technologies. The Distribution Solutions division is crucial in improving electric power quality and grid resilience by offering tailored solutions for utilities, industries, and infrastructure. Through the optimization of medium-voltage connections, ABB ensures dependable energy distribution while promoting digital advancements within power systems.
This study aims to establish a security measurement guideline specifically for Linux-based automation systems, focusing on the evaluation of ABB's cybersecurity guidelines and the NIS2 Directive. Recognizing that cybersecurity is a constantly changing field, this thesis prioritizes the development of practical security solutions that align with industry standards. The research is limited to automation solutions within ABB’s Distribution Solutions division, specifically addressing security measures linked to Zenon SCADA. It will cover essential firewalls and network devices for traffic management, while deliberately omitting aspects related to network topology design and segmentation.
This research greatly enhances secure automation solutions, ensuring compliance with industry standards and protecting critical infrastructure and digital systems.
This study aims to establish a security measurement guideline specifically for Linux-based automation systems, focusing on the evaluation of ABB's cybersecurity guidelines and the NIS2 Directive. Recognizing that cybersecurity is a constantly changing field, this thesis prioritizes the development of practical security solutions that align with industry standards. The research is limited to automation solutions within ABB’s Distribution Solutions division, specifically addressing security measures linked to Zenon SCADA. It will cover essential firewalls and network devices for traffic management, while deliberately omitting aspects related to network topology design and segmentation.
This research greatly enhances secure automation solutions, ensuring compliance with industry standards and protecting critical infrastructure and digital systems.
