This symposium attempts to address the convergence of cybersecurity, safety, and engineering with interest in the effective application of security principles, methods, and tools to complex systems such as cyber-physical systems, autonomous systems, transportation vehicles, medical devices, large IoT systems, and other systems of interest.
Topics
- Systems Security Work Focused on Advancements in Theory, Practice, and Education
- Engineering of Safe, Secure, and Resilient Systems
- Examples of Mission/Systems Assurance and Assurance Cases
- Model Based Engineering focused on Security, Safety, Trust, Resiliency
- Affordable and Scalable Approaches to Hardware, Software, Firmware Assurance
- Novel Architecture Design and Analysis Examples or Trade-Space Studies
- Trust of Complex Systems with Emphasis on Cyber-Physical Systems
- Security considerations for machine learning / artificial intelligence
- Large-Scale DevSecOps and Agile Approaches for System Development
- System Security Design Considerations for Cloud Environments
- Verification, Validation, and Evidences for Secure System Development
- Extensions of Formal Methods to System-Level Evaluation
- Cybersecurity in Manufacturing and Supply Chains
- Case studies to include automotive, transportation, space, and others
- Cyber-Physical System Event Detection, Investigation, Forensics, and Malware Analysis
- Tailored Risk Management Approaches for Large Complex Systems
- Attack/Defense Modeling, Simulation, and Characterization
- Techniques for Cyber Risk Buy Down in Legacy Systems, Infrastructure, and Enterprises
- Policy, Ethical, Legal, Privacy, Economic, and Social Issues