Process Control Cybersecurity

Overview:

Introduction:

Process control cybersecurity focuses on securing industrial control systems (ICS) from cyber threats that can compromise production, safety, and operational continuity. As operational technology (OT) becomes more interconnected with IT networks, securing these environments requires specialized frameworks and security measures to mitigate risks. This training program provides participants with essential knowledge on threat identification, risk management, security implementation, and compliance with industrial cybersecurity standards.

Program Objectives:

At the end of this program, participants will be able to:

• Identify cybersecurity threats and vulnerabilities specific to process control systems.

• Analyze the cybersecurity lifecycle and its phases within industrial environments.

• Perform security countermeasures to protect process control networks and assets.

• Utilize diagnostics and troubleshooting tools to monitor and respond to cybersecurity incidents.

• Establish security governance practices, including management of change and compliance measures.

Targeted Audience:

• Industrial control system (ICS) engineers and technicians.

• Cybersecurity professionals working in process industries.

• IT and OT security specialists.

• Process control and automation engineers.

• Compliance and risk management officers.

Program Outline:

Unit 1:

Introduction and Cybersecurity Fundamentals:

• Overview of process control cybersecurity and industrial security risks.

• Differences and similarities between IT and OT security in industrial environments.

• Industrial communication systems and network structures.

• Threat landscape including common attack methods, vulnerabilities, and cyber threats.

• Techniques for asset identification and impact assessment in process control systems.

Unit 2:

The IACS Cybersecurity Lifecycle and IEC 62443:

• Phases of the IACS cybersecurity lifecycle from identification, design, operation, reaching maintenance.

• The role of IEC 62443 standards in securing industrial control systems.

• Key activities for risk identification, classification, and assessment in process control environments.

• Cybersecurity Assurance Levels (CAL) and their significance.

• Functional security requirements for process control cybersecurity.

Unit 3:

Security Countermeasures for Process Control Systems:

• Network security tools including firewalls, traffic analyzers, and intrusion detection.

• Endpoint security strategies including antivirus, anti-spyware, and authentication systems.

• Encryption techniques and Virtual Private Networks (VPNs) for secure communication.

• Access control and user authentication techniques.

• Methods of implementing network segmentation to enhance cybersecurity resilience.

Unit 4:

Diagnostics, Troubleshooting, and Security Management:

• How to analyze device alarms and event logs for early threat detection.

• Network intrusion detection systems for identifying unauthorized activities.

• Network management tools for infrastructure monitoring and security enhancement.

• Application whitelisting and endpoint protection techniques.

• Security Incident and Event Monitoring (SIEM) tools for comprehensive security analysis.

Unit 5:

Advanced Cybersecurity Practices and Compliance:

• Importance of establishing cybersecurity policies and governance frameworks for process control.

• Frameworks of implementing change management procedures in industrial control environments.

• Patch management and antivirus update strategies for securing OT environments.

• Importance of conducting cybersecurity audits and vulnerability assessments.

• The role of preparing for future cybersecurity threats in process industries.