CSfR2019 is the global conference on research on CyberSecurity for Robotics. 

Submission Guidelines

All papers must be original and not simultaneously submitted to another journal or conference. The following paper categories are welcome:

• Abstracts & Full papers describing : 
  • cybersecurity challenges, vulnerabilities and assessments for robotic systems
  • holistic approaches and risk perspectives of robotics cyber security within manufacturing and other operational environments 
  • frameworks for detection and mitigation of cybersecurity vulnerabilities in 
  • cyber-physical approaches to robotic systems
  • analysis of the robotics manufacturing evironments for cybersecurity
  • cybersecurity issues and cybersecurity architectures for robotics
  • standards and standard developments relevant for cybersecurity for robotics
  • ROS & ROS2 cybersecurity developmentss
  • cybersecurity in AI for robotics
  • securing realtime communication in robotics platforms 
  • applying 5G security concepts in realtime robotic systems
  • security development lifecycle for robotic developments
  • privacy and safety in relation to cybersecurity of robotics an autonomous systems
  • cybersecurity in distributed robotic frameworks
  • embedded systems cybersecurity technologies for robotics
  • methods and technologies and orchestration for cybersecurity management of robotic systems
  • cryptographic technologies for embedded devices, robotic systems, real time communication systems and robot system management
  • enhanced user access technologies for industrial systems, robotic systems and autonomous platforms
  • robotic end protection technologies
  • robotic system monitoring and application of cyber threat intelligence
  • cybersecurity for robot swarms and robotic drones 
  • privacy enhancing technologies for robotic systems 
• Posters describing : 
  • System and embedded security on industrial robot systems with agents or agentless Integrating robot systems in the overall industrial security architecture and orchestrating a cybersecurity defense strategy
  • Realtime robot communications systems : crypto, monitoring and control frameworks
  • Applying existing Cybersecurity technologies such as white listing, white boxing, security by design and advanced analytics for threat detection and prevention
  • Robots and Privileged Access Management
  • Cyber Threat Intelligence and Security incident management reporting for industrial robot environments
  • Robot Application (Development and Run Time) Security
  • Cyberphysical convergence, using both physical Robot and environmental sensors in combination with advanced threat detection
  • Application of Cybersecurity standards and frameworks for Robotics
  • Security for Cloud and IoT applied to Robots
  • ROSploit
  • holistic approaches to Industrial Control Systems and robotic systems for agile manufactuting  

Committees

Program Committee

• Ulrich Seldeslachts, CEO LSEC, coordinator Cybersecurity for Robotics - Trinity Project, Belgium
• Prof. Dr. Bart Preneel, head of department COSIC, KU Leuven, ESAT, Belgium
• Prof. Dr. Ingrid Verbauwhede, COSIC, KU Leuven, ESAT, Belgium
• Dr. Jan de Meer, KI Informatik, E-Technik -, Smartspacelab GmbH, Germany
• Dr. Bernhard Dieber, Joanneum Research - Robotics - Institute for Robotics and Mechatronics, Austria
• Endika Gil Uriarte, Chief Scientific Officer - Alias Robotics, Spain
• Dr. Jan Reimann, Fraunhofer IWU, Germany 
• Prof. Dr. Minna Lanz, Mechanical Engineering, Tampere University of Technology, Finland

Organizing committee

• Ulrich Seldeslachts, CEO LSEC, coordinator Cybersecurity for Robotics - Trinity Project
• Javier Dieguez, Director Basque Cybersecurity Centre
• Jyrki Latokartano, Project Manager, Tampere University of Technology

Contact

CSfR@lsec.eu
+32 16 32 8541

All questions about submissions should be emailed to CSfR@lsec.eu