The Certified IEC 62443 ICS Cybersecurity Foundation course provides a strong foundation in IEC 62443 and Industrial Control Systems (ICS) cybersecurity. You will learn the core concepts of industrial cybersecurity, including OT environments, IACS architecture, SCADA systems, PLCs, security levels, zones and conduits, risk assessment, and cybersecurity requirements.
The course helps learners understand how IEC 62443 principles can be applied to improve the security of industrial automation and control systems.
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COURSE OVERVIEW
A practical and hands-on curriculum designed to take you from the basics
to advanced CIICF concepts and real-world investigation skills.
Gain hands-on experience with industry-
relevant tools and techniques to become
confident in real-world CIICF investigations
Understand the IEC 62443 series of international standards designed to address cybersecurity risks in industrial automation and control systems (IACS).
Learn how structured security practices help protect critical infrastructure, improve system reliability, and support the safety and security of industrial processes.
Understand how Industrial Control Systems automate and manage industrial processes in manufacturing, energy production, water treatment, and other critical sectors.
Explore the hardware, software, sensors, controllers, and networking components used to monitor physical processes and maintain efficient operations.
Learn how ICS serves as a broad category of systems used to monitor and control industrial processes, including PLC-based systems, DCS, and SCADA-related solutions.
Understand how DCS uses distributed controllers to manage complex industrial processes, often with centralized supervisory monitoring and operator interfaces.
Compare their scope, architecture, applications, and control strategies across different industrial environments.
Learn how PLCs execute programmed logic to automate machines, monitor inputs, and control industrial equipment and processes.
Understand how RTUs collect sensor data and communicate with remote equipment, particularly in geographically distributed SCADA environments.
Compare their roles, communication capabilities, and common uses in industrial automation and remote monitoring.
Explore sensors, actuators, and instruments that measure and interact directly with physical industrial processes.
Understand how controllers execute control logic, process field signals, and communicate with other system components.
Learn how SCADA supports supervisory monitoring and data acquisition, while HMI provides graphical interfaces for industrial operators.
Understand industrial communication networks, including LAN and WAN connections, and their role in system connectivity.
Understand the purpose of ISA99 and the IEC 62443 series in establishing cybersecurity practices for industrial automation and control systems.
Explore risk-based security requirements, organizational policies, and procedures for protecting industrial environments.
Learn about network segmentation, access control, security monitoring, and incident response as part of an industrial cybersecurity program.
Learn how to identify industrial assets, assess cybersecurity risks, and prioritize appropriate protective measures.
Understand how documented security policies, procedures, and responsibilities help reduce industrial cybersecurity risks.
Explore layered security controls that protect critical assets and reduce reliance on any single defensive measure.
Learn how monitoring systems and networks can help identify anomalies, suspicious activity, and potential security incidents.
Learn how role-based permissions and controlled access help protect critical industrial systems and sensitive operational data.
Understand how network zones, segmentation, and suitable encryption protect communications and limit the spread of security incidents.
Explore monitoring and detection controls that help identify unauthorized activity and potential cyber threats in ICS and OT environments.
Learn how to assess, test, and apply software or firmware updates while considering industrial availability and safety requirements.
Understand how response procedures support incident detection, containment, recovery, and the reduction of operational downtime.
Understand IEC 62443 fundamentals, ICS architecture, IACS environments, SCADA systems, PLCs, security levels, and zones and conduits.
Learn fundamental approaches to identifying cybersecurity risks, understanding security requirements, and applying IEC 62443 security principles.
Develop an understanding of risk assessment, security controls, gap analysis, and compliance considerations for industrial environments.
Build a strong foundation for careers in IEC 62443, industrial cybersecurity, OT security, ICS security, SCADA security, and industrial security compliance.
Whether you're just beginning or advancing your expertise, UnoAcademy provides the practical cybersecurity training, hands-on experience and expert guidance you need to succeed.
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