Certified SMR Cybersecurity and Digital I&C Specialist (CSMR-CDICS) Certification Program by Tonex
Certified SMR Cybersecurity and Digital I&C Specialist (CSMR-CDICS) Certification Program by Tonex prepares professionals to secure and manage digital instrumentation and control environments used in small modular reactor operations. The program covers digital I&C fundamentals, operational technology protection, IEC 62443 alignment, nuclear cyber risk management, secure remote monitoring, digital twin governance, and AI-enabled monitoring for early anomaly detection. Participants learn how modern control environments support reliability, safety, availability, and regulatory confidence across advanced nuclear operations.
Cybersecurity plays a critical role in protecting digital I&C assets from unauthorized access, data manipulation, unsafe control actions, and operational disruption. Strong cybersecurity practices help reduce nuclear cyber risk while supporting secure modernization of reactor monitoring, diagnostics, and operational decision support. The program also emphasizes secure architecture, defense-in-depth, segmentation, access control, monitoring strategy, and lifecycle risk management for SMR environments where digital transformation must be handled with disciplined security oversight.
Learning Objectives
- Understand SMR digital I&C systems and their operational security requirements
- Apply IEC 62443 concepts to nuclear OT and control environments
- Evaluate cyber risk across digital control, monitoring, and data pathways
- Design secure architecture patterns for SMR digital infrastructure
- Assess remote monitoring controls for secure operational visibility
- Explain how digital twins support risk-informed decision making
- Strengthen cybersecurity readiness for nuclear digital modernization
Audience
- Cybersecurity Professionals
- Nuclear engineers and technical specialists
- OT security managers and analysts
- Digital I&C engineers
- Control system architects
- Compliance and risk management professionals
- SMR program managers
- Critical infrastructure security teams
- Energy sector technology leaders
Program Modules
Module 1: SMR Digital I&C Foundations
- SMR operational environment
- Digital I&C architecture
- Reactor monitoring functions
- Control system components
- Safety related interfaces
- Lifecycle modernization drivers
- Engineering governance needs
Module 2: Nuclear OT Cybersecurity Fundamentals
- OT threat landscape
- Nuclear cyber exposure
- Control network boundaries
- Asset criticality mapping
- Trust zone planning
- Secure operations mindset
- Resilience focused protection
Module 3: IEC 62443 Alignment Strategy
- Security level concepts
- Zone and conduit design
- Requirement mapping methods
- Risk based control selection
- Supplier security expectations
- Policy alignment approach
- Maturity improvement planning
Module 4: Secure SMR Architecture Design
- Defense in depth structure
- Network segmentation planning
- Identity access controls
- Secure data pathways
- Monitoring architecture choices
- Configuration protection practices
- Architecture review checkpoints
Module 5: Digital Twins and Remote Monitoring
- Digital twin security scope
- Data integrity safeguards
- Remote access governance
- Telemetry protection methods
- Monitoring reliability factors
- Model validation considerations
- Secure operational dashboards
Module 6: AI Enabled Nuclear Monitoring
- AI monitoring use cases
- Anomaly detection methods
- Alert prioritization logic
- Model risk considerations
- Human oversight requirements
- Secure data preparation
- Continuous improvement process
Exam Domains
- Nuclear Digital Control Security Governance
- OT Threat Analysis for SMR Environments
- IEC 62443 Compliance and Control Mapping
- Secure Monitoring and Data Integrity
- Nuclear Cyber Risk and Resilience Management
- AI Assurance for Operational Monitoring
Course Delivery
The course is delivered through expert-led lectures, interactive discussions, guided technical workshops, case-based learning, and structured practical exercises. Participants receive access to online readings, reference materials, control framework examples, risk assessment templates, and applied exercises focused on SMR digital I&C cybersecurity, IEC 62443 alignment, secure architecture, remote monitoring, digital twins, and AI-enabled monitoring.
Assessment and Certification
Participants are assessed through quizzes, assignments, knowledge checks, and a capstone-style applied project. Upon successful completion of the course and required assessment activities, participants receive the Certified SMR Cybersecurity and Digital I&C Specialist (CSMR-CDICS) Certification Program by Tonex certificate.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified SMR Cybersecurity and Digital I&C Specialist (CSMR-CDICS) Certification Program by Tonex Certification Training exam, candidates must achieve a score of 70% or higher.
Advance your expertise in SMR digital I&C security, nuclear OT protection, IEC 62443 alignment, and AI-enabled monitoring with Tonex. Enroll in the Certified SMR Cybersecurity and Digital I&C Specialist (CSMR-CDICS) Certification Program by Tonex and build the skills needed to support secure, resilient, and modern nuclear operations.