Zoltán NYIKES, PhD is an Associate Professor in the Department of the Informatic Technology of the Milton Friedman University, Hungary. He is an IT Engineer, Dipl. Security Engineer, Doctor of Military Engineering, University Lecturer, Member of the Public Body of the Hungarian Academy of Sciences. Author and co-author of 71 publications with around 185 citations. His research focuses on INDUSTRY 4.0, user safety awareness and digital competence, the security of information transmission, buildings protection coatings innovation against explosive loads and the safety of rail transport. He is a member of several international research projects and conference organizing committees (ICCECIP, SATCIP, SSSCC, etc). Supervisor of engineering thesis works and diploma works. Dr Nyikes has H-index is 4 in Scopus and 8 in Google Scholar.  Tünde Anna Kovács, PhD is an Associate Professor in the Department of Materials Technology of the Óbuda University, Hungary. Member of the editorial board of the Acta Materialia Transylvania (Romania), Transactions of the VSB (Checz Republic), Safety and Security Sciences REview (Hungary), Journal of Central and Eastern European African Studies (Hungary) and member of the scientific council of the Security Engineering of Anthropogenic Objects (Poland). Supervisor and teacher of the Doctoral School on Safety and Security Sciences and the Doctoral School on Materials and Technologies Sciences of Óbuda University. Her research interests are in the field of materials science and technologies, special welding processes (ultrasonic and explosive welding) that affected the phase transformation of metals, and research interest in the impact load resistance composite materials.Igor Fürstner, PhD is a College Professor at Subotica Tech – College of Applied Sciences, Serbia. He obtained his PhD for the development an overall model for defining the functions and attributes of products in mass customization environment. He is the author or co-author of more than 80 research papers. Recently, his research focuses on integrated product and process development in the framework of INDUSTRY 4.0, with the emphasis on Mechatronics. He has been involved as project coordinator, or expert, in several Erasmus and Cross Border IPA projects (Mechedu, ECBAC, IPROD, IdeaLAB, ISSES, Riliam, Riliam I-4.0, etc) dealing with higher education development, and product development.

• 1. Critical Threat of Critical Infrastructures: the Human Factor the Human Factor.- 2.     Applications of Hopkinson Bar Technique for Capability Testing of High-Energy Absorption Materials.- 3.  A Method for Approximating Circular Error Probable.- 4. Machine Learning Aspects of Internet Firewall Data.- 5. The end of encryption? - the era of quantum computers.- 6.  Can Blockchain Technology be a Solution for Safety in No-Trust Environments?.- 7.A Security Assessment of AI, Related to the Financial Institutions.- 8. Machine Learning Based Network Intrusion Detection System for Internet of Things Cybersecurity.- 9. Need for Cybersecurity Solutions in IoT Systems.- 10.  Information Security Challenges and Solutions in Smart Nations.- 11. Gis Aided Safety Assessment of The Urban Green Areas.- 12. Digital Competence and Security Awareness from the Perspective of Sustainability.- 13.  Vibration Analysis and Characterization of Damaged Structural Glass Elements.- 14.  The Effects of Electromagnetic Waves on Human Health.- 15. Material testing under dynamic loadings – proper design of critical infrastructure structural elements.- 16. Collaborative Robots in the Critical Infrastructure Area Review.- 17. Challenges for the Energy Sector in the Light of Climate Change.- 18. Fuzzy-Based Intrusion Detection Systems.- 19. UAV Route Planning in Urban and Suburban Surveillance Scenarios.- 20. Automated Guided Vehicles Safety Issues and Security Aspects.- 21. Interconnected Drone Systems for Monitoring Regional Safety Issues in Field Agriculture.- 22.   Noise Level Assessment in an Urban Agglomeration.- 23. Model of Resilience Assessment of Electricity Infrastructure.- 24. Li-Ion Batteries - an Important Component in Critical Infrastructure Protection.- 25. Hackathon Based Learning in Education of Software Engineers.- 26. Critical Infrastructure Protection in the Production and use of Explosives Industry Products.- 27. Tasks of the Implementation of Physical Security System of the CBRN Laboratories.- 28. Industry 4.0 and Rami Model Based Art in Microindustry for Polishing Applycation.- 29. Principles of Physical Protection of Strategic Assets Against Blast Effects.- 30. The Impact of Cloud Systems on Manufacturing.- 31. Robots in the Industry 4.0.- 32. Analysis of New Types of Security Challenges Affecting Catholic Christian Sacred Sites to Identify Those as Critical Infrastructures.- 33. Can trust be a factor of organisational safety and security? 34. Identification and Authentication Potentials Based on LimitedBiometric Data.- 35. Language as a Medium of Security.- 36. Use of Airbridges in Support of Encircled Forces and the Role of Airfields.- 37. The Purpose of Internet use Among Pupils During the Covid-19 Pandemic.- 38.Family Patterns’ Role in IT Security Aware Behavior.- 39. Advanced Tools for the Explosive Materials Identification.

Zoltán NYIKES, PhD is an Associate Professor in the Department of the Informatic Technology of the Milton Friedman University, Hungary. He is an IT Engineer, Dipl. Security Engineer, Doctor of Military Engineering, University Lecturer, Member of the Public Body of the Hungarian Academy of Sciences. Author and co-author of 71 publications with around 185 citations. His research focuses on INDUSTRY 4.0, user safety awareness and digital competence, the security of information transmission, buildings protection coatings innovation against explosive loads and the safety of rail transport. He is a member of several international research projects and conference organizing committees (ICCECIP, SATCIP, SSSCC, etc). Supervisor of engineering thesis works and diploma works. Dr Nyikes has H-index is 4 in Scopus and 8 in Google Scholar.  Tünde Anna Kovács, PhD is an Associate Professor in the Department of Materials Technology of the Óbuda University, Hungary. Member of the editorial board of the Acta Materialia Transylvania (Romania), Transactions of the VSB (Checz Republic), Safety and Security Sciences REview (Hungary), Journal of Central and Eastern European African Studies (Hungary) and member of the scientific council of the Security Engineering of Anthropogenic Objects (Poland). Supervisor and teacher of the Doctoral School on Safety and Security Sciences and the Doctoral School on Materials and Technologies Sciences of Óbuda University. Her research interests are in the field of materials science and technologies, special welding processes (ultrasonic and explosive welding) that affected the phase transformation of metals, and research interest in the impact load resistance composite materials.Igor Fürstner, PhD is a College Professor at Subotica Tech – College of Applied Sciences, Serbia. He obtained his PhD for the development an overall model for defining the functions and attributes of products in mass customization environment. He is the author or co-author of more than 80 research papers. Recently, his research focuses on integrated product and process development in the framework of INDUSTRY 4.0, with the emphasis on Mechatronics. He has been involved as project coordinator, or expert, in several Erasmus and Cross Border IPA projects (Mechedu, ECBAC, IPROD, IdeaLAB, ISSES, Riliam, Riliam I-4.0, etc) dealing with higher education development, and product development.

• 1. Critical Threat of Critical Infrastructures: the Human Factor the Human Factor.- 2.     Applications of Hopkinson Bar Technique for Capability Testing of High-Energy Absorption Materials.- 3.  A Method for Approximating Circular Error Probable.- 4. Machine Learning Aspects of Internet Firewall Data.- 5. The end of encryption? - the era of quantum computers.- 6.  Can Blockchain Technology be a Solution for Safety in No-Trust Environments?.- 7.A Security Assessment of AI, Related to the Financial Institutions.- 8. Machine Learning Based Network Intrusion Detection System for Internet of Things Cybersecurity.- 9. Need for Cybersecurity Solutions in IoT Systems.- 10.  Information Security Challenges and Solutions in Smart Nations.- 11. Gis Aided Safety Assessment of The Urban Green Areas.- 12. Digital Competence and Security Awareness from the Perspective of Sustainability.- 13.  Vibration Analysis and Characterization of Damaged Structural Glass Elements.- 14.  The Effects of Electromagnetic Waves on Human Health.- 15. Material testing under dynamic loadings – proper design of critical infrastructure structural elements.- 16. Collaborative Robots in the Critical Infrastructure Area Review.- 17. Challenges for the Energy Sector in the Light of Climate Change.- 18. Fuzzy-Based Intrusion Detection Systems.- 19. UAV Route Planning in Urban and Suburban Surveillance Scenarios.- 20. Automated Guided Vehicles Safety Issues and Security Aspects.- 21. Interconnected Drone Systems for Monitoring Regional Safety Issues in Field Agriculture.- 22.   Noise Level Assessment in an Urban Agglomeration.- 23. Model of Resilience Assessment of Electricity Infrastructure.- 24. Li-Ion Batteries - an Important Component in Critical Infrastructure Protection.- 25. Hackathon Based Learning in Education of Software Engineers.- 26. Critical Infrastructure Protection in the Production and use of Explosives Industry Products.- 27. Tasks of the Implementation of Physical Security System of the CBRN Laboratories.- 28. Industry 4.0 and Rami Model Based Art in Microindustry for Polishing Applycation.- 29. Principles of Physical Protection of Strategic Assets Against Blast Effects.- 30. The Impact of Cloud Systems on Manufacturing.- 31. Robots in the Industry 4.0.- 32. Analysis of New Types of Security Challenges Affecting Catholic Christian Sacred Sites to Identify Those as Critical Infrastructures.- 33. Can trust be a factor of organisational safety and security? 34. Identification and Authentication Potentials Based on LimitedBiometric Data.- 35. Language as a Medium of Security.- 36. Use of Airbridges in Support of Encircled Forces and the Role of Airfields.- 37. The Purpose of Internet use Among Pupils During the Covid-19 Pandemic.- 38.Family Patterns’ Role in IT Security Aware Behavior.- 39. Advanced Tools for the Explosive Materials Identification.

Zoltán NYIKES, PhD is an Associate Professor in the Department of the Informatic Technology of the Milton Friedman University, Hungary. He is an IT Engineer, Dipl. Security Engineer, Doctor of Military Engineering, University Lecturer, Member of the Public Body of the Hungarian Academy of Sciences. Author and co-author of 71 publications with around 185 citations. His research focuses on INDUSTRY 4.0, user safety awareness and digital competence, the security of information transmission, buildings protection coatings innovation against explosive loads and the safety of rail transport. He is a member of several international research projects and conference organizing committees (ICCECIP, SATCIP, SSSCC, etc). Supervisor of engineering thesis works and diploma works. Dr Nyikes has H-index is 4 in Scopus and 8 in Google Scholar.  Tünde Anna Kovács, PhD is an Associate Professor in the Department of Materials Technology of the Óbuda University, Hungary. Member of the editorial board of the Acta Materialia Transylvania (Romania), Transactions of the VSB (Checz Republic), Safety and Security Sciences REview (Hungary), Journal of Central and Eastern European African Studies (Hungary) and member of the scientific council of the Security Engineering of Anthropogenic Objects (Poland). Supervisor and teacher of the Doctoral School on Safety and Security Sciences and the Doctoral School on Materials and Technologies Sciences of Óbuda University. Her research interests are in the field of materials science and technologies, special welding processes (ultrasonic and explosive welding) that affected the phase transformation of metals, and research interest in the impact load resistance composite materials.Igor Fürstner, PhD is a College Professor at Subotica Tech – College of Applied Sciences, Serbia. He obtained his PhD for the development an overall model for defining the functions and attributes of products in mass customization environment. He is the author or co-author of more than 80 research papers. Recently, his research focuses on integrated product and process development in the framework of INDUSTRY 4.0, with the emphasis on Mechatronics. He has been involved as project coordinator, or expert, in several Erasmus and Cross Border IPA projects (Mechedu, ECBAC, IPROD, IdeaLAB, ISSES, Riliam, Riliam I-4.0, etc) dealing with higher education development, and product development.

• 1. Critical Threat of Critical Infrastructures: the Human Factor the Human Factor.- 2.     Applications of Hopkinson Bar Technique for Capability Testing of High-Energy Absorption Materials.- 3.  A Method for Approximating Circular Error Probable.- 4. Machine Learning Aspects of Internet Firewall Data.- 5. The end of encryption? - the era of quantum computers.- 6.  Can Blockchain Technology be a Solution for Safety in No-Trust Environments?.- 7.A Security Assessment of AI, Related to the Financial Institutions.- 8. Machine Learning Based Network Intrusion Detection System for Internet of Things Cybersecurity.- 9. Need for Cybersecurity Solutions in IoT Systems.- 10.  Information Security Challenges and Solutions in Smart Nations.- 11. Gis Aided Safety Assessment of The Urban Green Areas.- 12. Digital Competence and Security Awareness from the Perspective of Sustainability.- 13.  Vibration Analysis and Characterization of Damaged Structural Glass Elements.- 14.  The Effects of Electromagnetic Waves on Human Health.- 15. Material testing under dynamic loadings – proper design of critical infrastructure structural elements.- 16. Collaborative Robots in the Critical Infrastructure Area Review.- 17. Challenges for the Energy Sector in the Light of Climate Change.- 18. Fuzzy-Based Intrusion Detection Systems.- 19. UAV Route Planning in Urban and Suburban Surveillance Scenarios.- 20. Automated Guided Vehicles Safety Issues and Security Aspects.- 21. Interconnected Drone Systems for Monitoring Regional Safety Issues in Field Agriculture.- 22.   Noise Level Assessment in an Urban Agglomeration.- 23. Model of Resilience Assessment of Electricity Infrastructure.- 24. Li-Ion Batteries - an Important Component in Critical Infrastructure Protection.- 25. Hackathon Based Learning in Education of Software Engineers.- 26. Critical Infrastructure Protection in the Production and use of Explosives Industry Products.- 27. Tasks of the Implementation of Physical Security System of the CBRN Laboratories.- 28. Industry 4.0 and Rami Model Based Art in Microindustry for Polishing Applycation.- 29. Principles of Physical Protection of Strategic Assets Against Blast Effects.- 30. The Impact of Cloud Systems on Manufacturing.- 31. Robots in the Industry 4.0.- 32. Analysis of New Types of Security Challenges Affecting Catholic Christian Sacred Sites to Identify Those as Critical Infrastructures.- 33. Can trust be a factor of organisational safety and security? 34. Identification and Authentication Potentials Based on LimitedBiometric Data.- 35. Language as a Medium of Security.- 36. Use of Airbridges in Support of Encircled Forces and the Role of Airfields.- 37. The Purpose of Internet use Among Pupils During the Covid-19 Pandemic.- 38.Family Patterns’ Role in IT Security Aware Behavior.- 39. Advanced Tools for the Explosive Materials Identification.