Technologies / Architecture

Industrial Systems Cybersecurity Fundamentals (OT/ICS)

The training responds to the growing demand for fundamental OT security knowledge in industrial environments. The program includes practical workshops and interactive exercises that allow understanding of unique cybersecurity challenges in operational technologies. Participants gain skills in threat identification, security implementation, and risk management in industrial control systems. The methodology combines theoretical lectures with intensive practical laboratories on real and simulated OT systems.

Required Participant Preparation

Basic knowledge of computer networks and TCP/IP protocols
Familiarity with basic cybersecurity concepts
General understanding of industrial processes and automation
Experience working with IT or OT systems will be an additional asset
Ability to read technical documentation in English

Benefits

The ability to distinguish key OT/ICS concepts and technologies and understand industrial system architecture
They will learn fundamental differences between IT and OT environments in terms of goals, priorities, and risk tolerance
They will be able to identify typical threats and vulnerabilities specific to OT systems
They will gain knowledge of fundamental OT protection principles and techniques, including network segmentation and security monitoring
They will learn the assumptions of relevant international standards and key requirements of regulations
They will learn to conduct basic risk analysis for OT systems and understand incident management principles
They will receive practical skills in configuring security on simulated industrial systems
They will gain theoretical and practical foundation enabling further development in OT cybersecurity

Who is this training for?

Automation engineers responsible for control systems

OT technical personnel managing industrial infrastructure

IT specialists supporting OT environments

Cybersecurity specialists expanding competencies to industrial area

IT system auditors in industry

Management in industry and critical infrastructure

CSIRT team members in industrial organizations

Security consultants in the OT sector

Training program

Definitions and terminology: OT, ICS, SCADA, DCS, PLC, RTU, HMI, SIS
Differences between IT and OT: goals, priorities, technologies, lifecycle
Overview of typical OT architectures: Purdue model, zones, and communication channels
Key industrial processes and their dependence on control systems
Impact of cyberattacks on physical safety and business continuity
Practical exercise: Identifying OT components on system diagrams

OT threat landscape: malware, ransomware, supply chain attacks
Typical attack vectors for OT systems
OT device-specific vulnerabilities: legacy systems, weak authentication

Practical exercise: Case study analysis - vulnerability identification
OT Communication Protocols and Their Security
Overview of popular industrial protocols: Modbus, DNP3, Profinet, Ethernet/IP
Characteristics and typical applications of individual protocols
Analysis of vulnerabilities related to OT protocol design
Communication security techniques in OT networks
Laboratory: Modbus TCP network traffic analysis

Defense in Depth strategy in OT context
Network segmentation: physical and logical according to IEC 62443
OT endpoint security: system hardening
OT network security monitoring: IDS/IPS systems
Access and identity management in OT
Laboratory: Firewall rule configuration for segmentation

Fundamentals of risk analysis and assessment in OT environments
Creating and implementing OT security policies
Business continuity and disaster recovery planning
OT security incident management process
Practical exercise: Conducting risk analysis for OT scenario

Introduction to IEC 62443 standards series
Discussion of National Cybersecurity System Act
Introduction to NIST Cybersecurity Framework in OT environments
Overview of other relevant standards and guidelines
Discussion: Impact of regulatory requirements on OT security practices

Delivery Methods

Online

Convenience of participating from anywhere
Interactive live sessions with trainer
Materials available for 30 days
No travel costs

On-site

Direct contact with trainer and group
Intensive hands-on workshops
Networking with other participants
Full focus on learning

Training Topics

Frequently asked questions

Who is the Industrial Systems Cybersecurity Fundamentals (OT/ICS) training for?

This training is designed for professionals looking to develop skills in industrial systems cybersecurity fundamentals (ot/ics). Required level: beginner.

How long is the Industrial Systems Cybersecurity Fundamentals (OT/ICS) training?

The training lasts 3. Available in online or on-site format.

Will I receive a certificate?

Yes — every participant receives a completion certificate confirming acquired competencies. EITT holds ISO 9001 accreditation.

Can this training be conducted for a closed group?

Yes — we offer dedicated closed trainings for companies. We customize the program to your team's needs. Contact us for an individual quote.