Call for Paper

Track 1. System Safety Engineering and Risk Management

• Design and analysis of safety-critical systems
• Hazard identification, risk assessment, and safety analysis
• Reliability, Maintainability, and Availability (RAM) analysis
• Safety certification, standards, and regulatory compliance
• Resilient system architectures
• Risk management frameworks and resilience engineering
• Emergency response, disaster recovery, and business continuity
• Human factors, safety culture, and organizational resilience

Track 4. AI-Enabled Safety, Security, and Emerging Technologies

• AI and machine learning security
• Adversarial machine learning and defense mechanisms
• Secure foundation models and Large Language Model (LLM) security
• Explainable, trustworthy, and responsible AI
• AI ethics, fairness, transparency, accountability, and governance
• Autonomous vehicles, drones, and intelligent transportation systems
• Blockchain applications for system safety and security
• Emerging intelligent systems and next-generation cyber-physical applications

Track 2. Cybersecurity and Critical Infrastructure Protection

• Network, system, and cloud security
• Security protocols, cryptography, and identity management
• Threat modeling, vulnerability assessment, and intrusion detection
• Security of IoT, Cyber-Physical Systems (CPS), and SCADA systems
• Industrial control systems and smart manufacturing security
• Embedded system safety and security
• Critical infrastructure protection and operational technology (OT) security

Track 5. Safety & Security Training, and Human-Centered Systems

• Cybersecurity and system safety education
• Gamification, Capture-the-Flag (CTF), and ethical hacking laboratories
• AI-assisted teaching, learning, and educational security
• Workforce development and professional competency training
• Human-AI collaboration in safety-critical environments
• Human factors in secure system design and operation
• Security awareness, usability, and organizational learning

Track 3. Secure and Dependable Software and Hardware Systems

• Secure Software Development Life Cycle (SSDLC)
• Software assurance, secure coding, and vulnerability management
• Formal verification, model checking, and runtime verification
• Fault-tolerant computing and redundancy techniques
• Dependable hardware architectures and hardware security
• Safety-security co-design and integrated assurance methods
• Verification, validation, testing, and certification of dependable systems

Track 6. Industrial Practices, Case Studies, and Standards

• Case studies of safety and security incidents
• Lessons learned from industrial and critical infrastructure applications
• Best practices in system safety and cybersecurity engineering
• Standards implementation, certification, and compliance experiences
• Safety and security assurance in industrial applications
• Cross-domain integration of safety and security
• Future challenges and industrial perspectives in system safety and security