Industrial control systems are an essential part of various modern industries, such as manufacturing, energy, oil and gas, and information technology. As reliance on these systems increases, they become more susceptible to cyberattacks that can significantly affect production and economic operations on a large scale.

In this context, The British Academy for Training and Development offers a specialized training course in Industrial Control Systems Security – U.S. Standards. The course aims to equip participants with the knowledge and skills needed to protect these systems from cyberattacks and ensure the continuity of their critical operations.

The course covers both the technical and managerial aspects of industrial control systems security, with a focus on the global best practices used in the United States, which are considered some of the most advanced in this field. The course will address potential security threats, methods to counter them, best tools and software for system protection, as well as strategies for building specialized teams capable of implementing integrated security systems in industrial work environments.

Who Should Attend?

• Cybersecurity engineers and control systems specialists.
• IT and cybersecurity managers in industrial companies.
• Operations supervisors and managers in manufacturing facilities.
• Technical support staff specializing in industrial control systems.
• Engineering and technical team leaders in relevant industries.
• Consultants working in industrial control systems and cybersecurity.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the security threats and risks related to industrial control systems and how to manage them.
• Implement effective security strategies to protect industrial control systems from cyberattacks.
• Apply international best practices for industrial control systems security in line with U.S. standards.
• Analyze and assess the cybersecurity of industrial control systems and identify appropriate tools to address vulnerabilities.
• Build specialized teams to design and implement effective security solutions within industrial settings.
• Develop comprehensive security policies and procedures to protect sensitive data in industrial control systems.
• Create emergency response plans and manage security incidents swiftly and effectively.

• Basic Concepts of Industrial Control Systems
  • Definition and applications of industrial control systems across industries.
  • Different types of control systems such as SCADA and DCS.
  • How these systems impact production processes.
• Technological Advancements in Industrial Control Systems
  • Modern control technologies and tools used in industries.
  • The role of the Industrial Internet of Things (IIoT) in enhancing system complexity.
  • Security challenges arising from technological developments.
• Introduction to Cybersecurity for Industrial Control Systems
  • Why the security of these systems is critical.
  • Potential security threats to industrial systems.
  • Global trends in industrial control systems security.

• Types of Cyberattacks on Industrial Control Systems
  • Viruses and ransomware attacks on industrial systems.
  • Cyberattacks on industrial communication networks.
  • Increasing threats from external and internal attacks.
• Risk Assessment in Industrial Control Systems
  • Techniques for assessing security risks.
  • Classifying risks based on priority and impact.
  • How to perform comprehensive risk assessments in industrial environments.
• Impact of Cyberattacks on Industrial Control Systems
  • Potential effects of attacks on production processes.
  • Economic and environmental consequences of cyberattacks.
  • Long-term effects of security breaches on operations.

• Network Protection Techniques for Industrial Systems
  • How firewalls are used in industrial networks.
  • The importance of Virtual Private Networks (VPNs) for security.
  • Protecting systems from online attacks.
• Encryption Technologies and Advanced Security Tools
  • Using data encryption to ensure security.
  • Best tools and technologies for securing industrial control systems.
  • Implementing multi-layered security for SCADA systems.
• Managing Internal and External Security
  • Implementing access control policies and protecting them.
  • Classifying users and advanced authentication tools.
  • Protecting endpoint devices from internal threats.

• U.S. Standards for Industrial Control Systems Security
  • NIST standards for industrial control systems security.
  • ISA/IEC 62443 security practices for industrial control systems.
  • Adhering to international security standards.
• Implementing Standards in Industry
  • How to apply standards within work environments.
  • Impact of applying standards on improving security.
  • Tools and techniques for ensuring compliance with security standards.
• Advanced Security Testing Techniques
  • Using penetration testing to identify vulnerabilities.
  • Analyzing advanced attack behaviors.
  • Conducting real-time security testing.

• Building Specialized Security Teams
  • How to define roles and responsibilities within the security team.
  • The importance of continuous training for security staff.
  • Collaboration techniques between security and engineering teams.
• Managing Security Policies and Compliance
  • Developing comprehensive security policies for industrial control systems.
  • Organizing training sessions to raise awareness about security.
  • How to monitor compliance with security standards.
• Developing Emergency Response Plans
  • Developing quick-response procedures for cyberattacks.
  • Coordinating with government agencies for incident management.
  • Testing the effectiveness of security plans periodically.

• Industrial Network Analysis Tools
  • Best tools for detecting vulnerabilities in industrial networks.
  • Using Intrusion Detection Systems (IDS) for real-time threat monitoring.
  • Monitoring network traffic for suspicious activities.
• Industrial Control System Performance Analysis Tools
  • Analyzing performance efficiency of system components.
  • How to optimize system responses in complex environments.
  • Using specialized software for monitoring system stability.
• Decision Support Systems for Emergency Situations
  • Using artificial intelligence for security data analysis.
  • Making quick and effective decisions during cyber incidents.
  • Enhancing security strategies with AI-powered tools.