6th Workshop on Cyber Physical Systems and IoT Dependability and Resilience (CyberIoT 2025)

Background
Multi-technological concepts of Internet of Things (IoT) and cyber physical systems (CPS) become more and more challengeable for critical and sensitive domains such as NPP and SMR I&C systems, smart energy grids and meters, transport and automotive systems, UAV swarms and heterogeneous UXV (UAV, UGV, USV) systems, wellness and health systems, smart buildings and cities, etc. Criticality of these applications is explained by high value of the failures caused by hardware/software faults and cyber attacks on vulnerabilities of embedded and mobile systems, communications, and ITinfrastructures. There are not perfect techniques for assessment and assurance of dependability (reliability, safety and security) and resilience of CPSs, industrial IoTbased systems, and distributed (cloud and edge) computing. These attributes and performance, power consumption, usability are contradictory characteristics which have to be balanced. Search and support of optimal solutions are actual challenges for
scientists and engineers, in particular, when CPS/IoT systems are used to monitor, overcome, provide communications and decrease safety/security risks in so called dangerous cyber-physical spaces. We would like to invite researchers, developers, system administrators, experts of different domains to discuss development and implementation techniques, methods and technologies for assessment and improving of CPS and IoT-based systems dependability, resilience and other characteristics.

6th Workshop CyberIoT continues discussion of topics on CPS and IoT dependability and resilience at the IEEE conferences DESSERT 2016 (Kyiv, Ukraine), IDAACS 2017 (Bucharest, Romania), DESSERT 2019 (Leeds, UK), IDAACS 2019 (Metz, France), IDAACS 2021(Cracow, Poland), IDAACS 2023 (Dortmund, Germany), DESSERT 2022-2024 (Athens, Greece) and International monthly webinar CriCTechS (2015-2025, Kharkiv, Ukraine).

Main topics:

• Methodology of dependable and resilient computing for CPS/IIoT systems
• UXV-based CPSs and dangerous cyber physical spaces/environments
• Big safety and global trusted dependability in post Covid-19 time
• Cyber security and cyber safety analysis and assurance of IoT for industry 4/5.0
• Cyber security of IoT for smart building and city
• Big data technologies for CPS and IoT dependability
• IoT for mobile health systems and health data processing
• Intelligent UAV/UGV systems for monitoring and prevention of wildfires
• FPGA-based dependable systems and technologies for IoT
• Dependability and security of cloud and edge computing
• Internet of Drones for ecology/accident monitoring and paramilitaries demining
• Software reliability and rejuvenation of CPS and IoT
• Quantum and post-quantum cryptography for CPS and IoT
• Greenware of CPS/IoT and trade-off balancing
• Block chain technology for IoT dependability and resilience
• Usable human-machine interfaces and interaction
• Education and training issues of CPS and IoT

• Industrial track: Modern (AI, Digital Twins, AR/VR and mobile) technologies for overcoming Dangerous Spaces

Co-Chairs

• Prof Vyacheslav Kharchenko, National Aerospace University KhAI, Ukraine
• Dr Nikolaos Bardis, Hellenic Army Academy, Vari, Greece
• Prof Andrzej Rucinski, University of New Hampshire, eCv Collaboratory, USA

WS PC Committee (TBC)

• Dr Fredrik Asplund, KTH University, Sweden
• Dr Nikolaos Doukas, Hellenic Army Academy, Greece
• Prof Herman Fesenko, National Aerospace University KhAI, Ukraine
• Dr Mario Fusani, Institute of Information Science and Technologies, CNR, Italy
• DrS Anatoliy Gorbenko, Leeds Beckett University, United Kingdom
• Prof Olexandr Gordieiev, Lutsk National Technical University, Ukraine; Queen's

University Belfast, United Kingdom

• Prof Yuriy Kondratenko, Petro Mohyla Black Sea National University, Ukraine
• Prof Ah Lian Kor, Leeds Beckett University, United Kingdom
• Prof Dmitry Maevsky, Odesa National Polytechnic University, Ukraine
• Dr Zlatogor Minchev, Institute of Information and Communication Technologies,

Bulgarian Academy of Science, Bulgaria

• Prof Oleg Odarushchenko, Research and Production Company RadICS, Ukraine
• Dr Yurij Ponochovnyj, Poltava State Agrarian University, Ukraine
• Prof Oliver Popov, University of Stockholm, Sweden
• Prof Sergiy Semenov, University of the National Education Commission, Poland
• Prof Vladimir Sklyar, National Aerospace University KhAI, Ukraine
• Prof Jüri Vain, Tallinn University of Technology, Estonia
• Prof Elena Zaitseva, Žilina University, Slovakia