Introduction:

ISO/IEC 27400 represents a foundational guidance for securing IoT systems and protecting privacy across interconnected devices and services. The standard defines principles, stakeholder roles, and control structures that address risks within distributed IoT environments. This training program covers the core frameworks, concepts, and control structures that define IoT security and privacy based on ISO/IEC 27400. It outlines lifecycle models, stakeholder roles, and risk control relationships that structure IoT security within institutional contexts.

Program Objectives:

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

• Analyze fundamental principles and concepts of IoT security and privacy.

• Classify IoT system lifecycle stages and stakeholder roles.

• Evaluate risk sources associated with IoT environments.

• Assess security and privacy control structures defined in ISO/IEC 27400.

• Examine relationships between risks, controls, and IoT system components.

Target Audience:

• IT and cybersecurity beginners in IoT.

• Risk and compliance professionals.

• Technology and IoT system staff.

• Consultants entering IoT security field.

• Professionals responsible for IoT environments.

Program Outline:

Unit 1:

IoT Concepts, Principles, and Lifecycle:

• IoT system definitions and architectural characteristics.

• Core principles of IoT security and privacy.

• IoT lifecycle phases and system evolution structures.

• Stakeholder identification and interaction models.

• Role of IoT within organizational environments.

Unit 2:

IoT Stakeholders and System Structures:

• Stakeholder categories in IoT ecosystems.

• Responsibilities and interaction frameworks between stakeholders.

• IoT system components and structural models.

• Communication and data flow structures.

• Integration between IoT systems and enterprise environments.

Unit 3:

Risk Sources in IoT Systems:

• Threat sources and vulnerability structures in IoT environments.

• Risk classification models for devices and services.

• Privacy risks associated with IoT data processing.

• Risk impact structures across IoT lifecycle phases.

• Relationship between risks and system architecture.

Unit 4:

Security and Privacy Control Structures:

• Control frameworks defined in ISO/IEC 27400.

• Security controls across devices, networks, and platforms.

• Privacy protection structures for IoT data.

• Control applicability across stakeholders.

• Mapping between risks and control mechanisms.

Unit 5:

Integration of Risk and Control Frameworks:

• Alignment between risk sources and control selection.

• Lifecycle based control implementation structures.

• Coordination structures between stakeholders in control environments.

• Governance linkage between IoT security and organizational systems.

• Governance positioning of IoT security and privacy within organizational systems.