The Industrial Cybersecurity & OT Security Training Course provides a comprehensive and practical framework for protecting industrial environments, operational technology, industrial control systems, and critical infrastructure from cybersecurity threats. The course is designed to help cybersecurity professionals, engineers, IT and OT specialists, managers, and decision makers understand the unique security requirements of operational environments where safety, availability, reliability, and continuity are essential.
The program examines the architecture and security characteristics of Operational Technology environments, including Industrial Control Systems, Supervisory Control and Data Acquisition systems, Distributed Control Systems, Programmable Logic Controllers, instrumentation and control systems, and industrial communication networks. Participants will develop a clear understanding of how cybersecurity principles must be adapted to environments where operational continuity and system stability are critical.
A major focus of the course is industrial cybersecurity risk management. Participants will learn how to identify and classify critical OT assets, analyze threats and vulnerabilities, assess operational and safety impacts, and establish security priorities based on business and operational risk. The course also addresses network segmentation, access control, remote access, asset management, patch and change management, backup strategies, and third-party security.
The course further develops practical capabilities in security monitoring, incident detection, industrial incident response, recovery planning, and cyber resilience. Through industrial case studies, risk assessment exercises, network security activities, and incident response simulations, participants will develop practical approaches for strengthening OT security while maintaining operational requirements. The Industrial Cybersecurity & OT Security Training Course supports organizations in reducing cybersecurity exposure and improving the resilience, security, and continuity of critical industrial operations.