Resilience, Security & Risk in Transport

Resilience, Security & Risk in Transport aims to provide engineering professionals working in, or with an interest in, the transport sector with nine papers which address critical aspects of safety and cyber security.

The need to consider security in the planning, design, build and operations of all modes of transport, vehicles and infrastructure is recognised, but the scope and scale of work needed to achieve acceptable levels of risk is not fully understood.

This emerging topic area, in relation to transport, will broaden the range of expertise that engineers and technologists need to apply to vehicles and infrastructure. To inform this debate, this 64-page IET Transport Sector publication on resilience, security and risk in transport provides technical papers that highlight the complexity of our transport systems and infrastructure.

The papers describe how the convergence of safety and security is at the heart of keeping transport resilient to internal and external threats and system failures.

Resilience, Security & Risk in Transport covers the following topics:

• Protecting critical infrastructure
• Cyber-security towards vehicle automation
• Process safety and cyber security convergence
• Intelligent buildings
• Vetronics survivability strategy
• Use of formal requirements
• Parallel software refactoring
• Certification of autonomous systems
• Maritime cyber security

Preface

Chapter 1 : Resilience, Security and Risk in Transport – Foreword
Chapter 2 : Resilience, Security and Risk in Transport – Introduction
Chapter 3 : Protecting Critical National Infrastructure Through Collaborative Cyber Situational Awareness
Chapter 4 : Cyber-Security as an Attribute of Active Safety Systems and Their Migration Towards Vehicle Automation
Chapter 5 : Process Safety and Cyber Security Convergence: Lessons Identified, But Not Learnt?
Chapter 6 : Cyber Security of Intelligent Buildings: A Review
Chapter 7 : Intrusion Tolerant System for Integrated Vetronics Survivability Strategy
Chapter 8 : Practical Experiences of Using Formal Requirements and Their Role in an Overall Work-Flow
Chapter 9 : A Method for Parallel Software Refactoring for Safety Standards Compliance
Chapter 10 : Certification of Autonomous Systems
Chapter 11 : Maritime Cyber Security – Securing The Digital Seaways
Chapter 12 : Special Acknowledgements

Index