System Safety and Cyber Security 2015

System Safety and Cyber Security 2015 is a conference dedicated to new system safety and cyber security research.

Key Topics

• Cyber Security
  • Auditing security
  • Adoption of security approaches
  • Cyber security in transport systems; identifying the interdependencies and importance
  • Crisis management
  • Intelligence led threat assessment
  • Holistic risk assessment; safety and security together
  • Incident and accident reporting
  • Implementing security
  • Managing security
  • Maintaining levels of safety and security with fewer funds and staff
  • Securing systems against adaptive persistent adversaries
  • Risk and operational management of transport infrastructure and systems
  • Securing systems with long lifecycles
  • Securing systems, management involvement and governance
  • Security of intelligent buildings
  • Security guidance and emerging standards
  • System security assessment
  • Supply chain threats and hazards
  • The security eco-system; building in security to ensure resilience in transport systems
  • Taking a systems engineering approach to security and risk of systems
  • Threat assessment
  • The challenge of converging paradigms: Confidentiality, Integrity, Availability (CIA) and Safety, Reliability, Availability (SRA)
• System Safety
  • Complex programmable electronic devices (e.g. ASICs, FPGAs)
  • Competency and competency schemes
  • Defining measurable safety requirements
  • Corporate governance
  • Human factors
  • Hazard identification
  • Legal issues including corporate killing
  • Independent safety auditing
  • Safety and systems engineering
  • Risk assessment
  • Safety and security
  • Safety cases
  • Safety standards
  • Safety management
  • System safety assessment
  • Software safety
  • Scoping the safety contract for suppliers
• Safety and security of automated and autonomous systems
  • Integration of automated, autonomous and conventional systems
  • Certification and regulation of automated and autonomous systems
  • Case studies and lessons learned in the safety and security of automated and autonomous systems
  • Human factors issues e.g. situation awareness and distributed cognition for both safety and security
  • New developments and approaches for the mutual assurance of both safety and security for complex systems
  • Practical approaches to assessing and dealing with the safety and security of complex systems
  • Network Autonomy