Cyber-Physical System Simulation Training by Tonex
Cyber-Physical System Simulation Training by Tonex prepares professionals to understand, model, evaluate, and secure connected operational environments where digital control, physical processes, sensors, actuators, networks, and automated decision logic interact. The course is designed for industrial control systems, smart grids, autonomous vehicles, and mission-critical infrastructure where reliability, safety, and resilience are essential. Participants learn how cyber-physical architectures behave under normal, degraded, and adversarial conditions. The program also addresses how weak segmentation, insecure protocols, exposed controllers, and poor monitoring can increase cybersecurity risk. Strong cybersecurity planning helps protect operational continuity, safety functions, and critical infrastructure trust.
Learning Objectives
- Understand core cyber-physical system architectures and operational dependencies
- Analyze how control logic, sensing, actuation, and networks interact
- Identify risk points in industrial, energy, vehicle, and infrastructure environments
- Evaluate system behavior under abnormal operating and threat conditions
- Apply cybersecurity principles to improve protection, monitoring, and resilience
- Support safer design decisions for mission-critical cyber-physical environments
Audience
- Control systems engineers
- OT and ICS security teams
- Smart grid professionals
- Autonomous vehicle engineers
- Infrastructure protection specialists
- Systems engineers
- Safety and reliability professionals
- Risk management teams
- Cybersecurity Professionals
- Technical managers and program leads
Course Modules
Module 1: Cyber-Physical System Foundations
- CPS concepts and terminology
- Physical and digital interaction
- Sensors and actuator roles
- Control loop fundamentals
- Real-time system behavior
- Mission-critical dependency mapping
Module 2: Industrial Control System Models
- PLC and RTU functions
- SCADA architecture elements
- Process control workflows
- Field device integration
- Control room operations
- Industrial protocol considerations
Module 3: Smart Grid Operating Environments
- Grid modernization drivers
- Distributed energy resources
- Substation automation concepts
- Demand response coordination
- Grid monitoring dependencies
- Power system resilience needs
Module 4: Autonomous Vehicle System Behavior
- Perception and sensing layers
- Decision control pathways
- Vehicle network architecture
- Navigation data dependencies
- Safety-critical response logic
- Fleet connectivity concerns
Module 5: Threats and Failure Conditions
- Cyber-physical attack paths
- Sensor spoofing scenarios
- Command manipulation risks
- Network disruption effects
- Safety function degradation
- Cascading infrastructure impacts
Module 6: Resilience and Security Planning
- Secure architecture principles
- Segmentation and access control
- Monitoring strategy alignment
- Incident response coordination
- Recovery planning priorities
- Governance and compliance alignment
Advance your operational technology and infrastructure security expertise with Cyber-Physical System Simulation Training by Tonex and build the skills needed to protect complex connected systems.