Handbook of System Safety and Security 1st Edition by Edward Griffor ISBN 0128037733 97

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Product details:

ISBN 10:       0128037733
ISBN 13: 978-0128037737
Author:         Edward Griffor

Handbook of System Safety and Security: Cyber Risk and Risk Management, Cyber Security, Adversary Modeling, Threat Analysis, Business of Safety, Functional Safety, Software Systems, and Cyber Physical Systems presents an update on the world’s increasing adoption of computer-enabled products and the essential services they provide to our daily lives. The tailoring of these products and services to our personal preferences is expected and made possible by intelligence that is enabled by communication between them. Ensuring that the systems of these connected products operate safely, without creating hazards to us and those around us, is the focus of this book, which presents the central topics of current research and practice in systems safety and security as it relates to applications within transportation, energy, and the medical sciences.

Each chapter is authored by one of the leading contributors to the current research and development on the topic. The perspective of this book is unique, as it takes the two topics, systems safety and systems security, as inextricably intertwined. Each is driven by concern about the hazards associated with a system’s performance.

• Presents the most current and leading edge research on system safety and security, featuring a panel of top experts in the field
• Includes several research advancements published for the first time, including the use of ‘goal structured notation’ together with a ‘judgment calculus’ and their automation as a ‘rule set’ to facilitate systems safety and systems security process execution in compliance with existing standards
• Presents for the first time the latest research in the field with the unique perspective that systems safety and systems security are inextricably intertwined
• Includes coverage of systems architecture, cyber physical systems, tradeoffs between safety, security, and performance, as well as the current methodologies and technologies and implantation practices for system safety and security

Handbook of System Safety and Security 1st  Table of contents:

1. Fundamentals of Systems

• 1.1 Introduction to Systems
• 1.2 Types of Systems: Open vs. Closed
• 1.3 System Components and Interactions
• 1.4 System Theory and Modeling
• 1.5 System Behavior and Dynamics
• 1.6 The Role of Systems Thinking in Problem Solving

2. A Framework for System Development

• 2.1 System Development Life Cycle (SDLC)
• 2.2 Requirements Analysis and Specification
• 2.3 Design Principles and Methodologies
• 2.4 Implementation and Integration
• 2.5 Testing and Validation
• 2.6 Maintenance and Continuous Improvement

3. Cyber-Physical Systems

• 3.1 Introduction to Cyber-Physical Systems (CPS)
• 3.2 Components of CPS: Sensors, Actuators, and Networks
• 3.3 Real-Time and Embedded Systems in CPS
• 3.4 Communication and Data Flow in CPS
• 3.5 Applications and Use Cases of CPS
• 3.6 Security and Safety in CPS

4. The Business of Safety

• 4.1 Defining Safety in Business Contexts
• 4.2 Regulatory Requirements and Compliance
• 4.3 Risk Management and Assessment
• 4.4 Safety Culture and Leadership
• 4.5 Safety Metrics and Monitoring
• 4.6 Integrating Safety into Business Operations

5. Systems and Safety

• 5.1 Understanding System Safety
• 5.2 Safety Design Principles
• 5.3 Failure Modes and Effects Analysis (FMEA)
• 5.4 Hazard Analysis and Risk Mitigation
• 5.5 Safety Protocols and Standards
• 5.6 Continuous Monitoring and System Safety

6. Applications of System Safety

• 6.1 System Safety in Engineering Applications
• 6.2 Safety in Manufacturing and Industrial Systems
• 6.3 System Safety in Healthcare and Medical Devices
• 6.4 Aerospace and Automotive Safety
• 6.5 Safety in Energy Systems and Critical Infrastructure
• 6.6 Case Studies in System Safety

7. The Business of Security

• 7.1 Defining Security in Business Environments
• 7.2 Security Governance and Policies
• 7.3 Risk Management in Security
• 7.4 Threat Detection and Prevention Strategies
• 7.5 Compliance with Security Regulations
• 7.6 Security Awareness and Training in Organizations

8. Systems and Security

• 8.1 Security Fundamentals for Systems
• 8.2 Vulnerability Management and Assessment
• 8.3 Cryptography and Data Protection
• 8.4 Network Security and Intrusion Detection
• 8.5 Security in Software Development
• 8.6 Security Auditing and Monitoring

9. Application of System Security

• 9.1 Security in IT Systems
• 9.2 Security in Industrial Control Systems
• 9.3 Security in Embedded and IoT Devices
• 9.4 Security for Cloud Computing and Distributed Systems
• 9.5 Security in Mobile Devices and Applications
• 9.6 Cybersecurity in Critical Infrastructure

10. Evolving Security

• 10.1 Emerging Threats in Cybersecurity
• 10.2 The Role of Artificial Intelligence in Security
• 10.3 Privacy Challenges and Solutions
• 10.4 Security for Next-Generation Networks
• 10.5 Evolving Security Protocols and Standards
• 10.6 The Future of Security: Trends and Predictions

11. Distributed and Cloud Computing

• 11.1 Introduction to Distributed Systems
• 11.2 Architecture of Distributed Computing
• 11.3 Cloud Computing Models: IaaS, PaaS, SaaS
• 11.4 Security and Reliability in Cloud Computing
• 11.5 Performance and Scalability in Distributed Systems
• 11.6 Cloud Service Providers and Multi-Cloud Environments

12. Mobile Computing

• 12.1 Mobile Computing Overview
• 12.2 Mobile Architecture and Technologies
• 12.3 Security Considerations for Mobile Systems
• 12.4 Mobile Device Management (MDM)
• 12.5 Mobile App Development and Security
• 12.6 Future Trends in Mobile Computing

13. Smart Grid

• 13.1 Introduction to Smart Grid Technology
• 13.2 Components of a Smart Grid System
• 13.3 Benefits and Challenges of Smart Grids
• 13.4 Communication Networks in Smart Grids
• 13.5 Smart Grid Security and Privacy Concerns
• 13.6 Case Studies in Smart Grid Implementation

14. Smart Grid Algebra: A Formal Language for Design and Test

• 14.1 Introduction to Smart Grid Algebra
• 14.2 Mathematical Foundations of Smart Grid Algebra
• 14.3 Applying Algebraic Structures in Smart Grid Design
• 14.4 Formal Methods for Testing Smart Grid Systems
• 14.5 Smart Grid Algebra in Reliability and Fault Detection
• 14.6 Future Directions for Smart Grid Algebra Research

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