دانلود کتاب مدیریت حوادث برای سیستم‌های کنترل صنعتی، حفاظت از سیستم‌های کنترل صنعتی

Critical infrastructure systems form the backbone of modern society, supporting essential services such as energy, water, transportation, manufacturing, and healthcare. These systems increasingly rely on interconnected industrial automation and control systems, blending operational technology (OT) with traditional information technology (IT). While this connectivity brings efficiency and visibility, it also introduces new risks—where cyber incidents, operational failures, and safety events can quickly cascade across systems. Incident management in industrial control systems is no longer a niche capability or a compliance exercise. It is a core operational discipline that determines how effectively organizations respond to disruptions, protect people and the environment, and restore operations under pressure. This book focuses on building a structured, practical approach to incident management for critical infrastructure by combining an understanding of control systems, cybersecurity, emergency operations, and the Incident Command System. Rather than treating incidents as isolated technical events, this book emphasizes coordination, communication, and preparedness across IT, OT, safety, and emergency response teams. The goal is to help organizations move from reactive responses to disciplined, repeatable incident management practices that improve resilience over time. This book is intended for professionals and leaders who are responsible for protecting, operating, or supporting critical infrastructure and industrial control systems. It is particularly relevant for cybersecurity officers (CySOs), chief information security officers (CISOs), and IT/OT security leaders, as well as OT and Incident Command System (ICS) engineers, safety and reliability engineers, emergency operations and incident response teams, and compliance or risk management professionals working in regulated industries. You are expected to have a basic familiarity with industrial environments, networking concepts, or cybersecurity fundamentals. However, deep expertise across all domains is not required. This book is designed to bridge gaps between disciplines and provide a common framework that enables cross-functional teams to work together effectively during incidents. What this book covers: Chapter 1, Introduction to Critical Infrastructure, introduces critical infrastructure concepts, sectors, and real-world incidents, establishing why structured incident management is essential. Chapter 2, Critical Infrastructure Security and Resiliency, explores dependencies, interdependencies, supply chains, and regulatory considerations that influence incident impact and recovery. Chapter 3, Industrial Automation and Control Systems in Critical Infrastructure, explains the control systems landscape, including ICS, OT, and their role in modern industrial environments. Chapter 4, Industrial Automation and Control Systems Threat Landscape, examines IT versus OT security considerations, common threat models, and case studies relevant to industrial systems. Chapter 5, Emergency Operations and Their Significance in an Organization, focuses on emergency operations, incident types, and the role of emergency management in critical infrastructure. Chapter 6, Introduction to the Incident Command System (ICS), introduces the ICS framework, its principles, structure, and relevance to managing industrial incidents. Chapter 7, Practical Considerations for Incident Management in IACS, addresses real-world challenges such as monitoring, forensics, access constraints, safety systems, and coordination during incidents. Chapter 8, Introduction to Incident Management Standards and Frameworks for Critical Infrastructure, reviews commonly used frameworks and standards and how they complement ICS-based incident management. Chapter 9, Incident Command System Training and Exercises, discusses training methods, tabletop exercises, drills, and functional exercises tailored to ICS and OT environments. Chapter 10, Running an ICS Exercise, provides guidance on designing, conducting, and evaluating incident management exercises for industrial organizations. Chapter 11, Optimizing Single-Site Exercises with Multi-Site Considerations, explores how to scale exercises across facilities, regions, or enterprise environments. Chapter 12, ICS Resources, offers practical tools, worksheets, checklists, injects, and references to support ongoing incident readiness and continuous improvement.