Mastering Industrial Control System Cybersecurity to Prevent Critical Infrastructure Attacks
You're not just another engineer or security professional. You're on the front lines of a silent war-one where a single breach can collapse power grids, halt water supplies, or bring entire cities to their knees. The pressure is real. The threats are escalating. And the expectations on your shoulders have never been higher. Every unpatched PLC, every unsegmented network zone, every overlooked risk assessment is a potential entry point for cyber attackers targeting what society depends on. You know the consequences of failure. But what if you had a proven, systematic way to move from fragmented defenses to airtight, resilient industrial cybersecurity? Mastering Industrial Control System Cybersecurity to Prevent Critical Infrastructure Attacks is your definitive roadmap to becoming the trusted authority in operational technology security. This course delivers the exact frameworks, architectures, and detection methodologies used by top-tier energy, utilities, and defense organisations to stop attacks before they happen. One recent participant, a senior SCADA engineer at a regional power authority, implemented the network segmentation strategy from Module 6 and reduced her facility’s attack surface by 78% in under six weeks. Her report was presented directly to the board-and she was fast-tracked into a newly created cybersecurity leadership role. This isn’t about theory. It’s about deploying battle-tested controls and earning the credibility to lead. The result? You go from reactive troubleshooting to proactive protection, delivering a board-ready industrial cybersecurity posture in under 90 days-with documented risk reduction and measurable ROI. Here’s how this course is structured to help you get there.Course Format & Delivery Details Self-Paced, On-Demand, and Built for Real-World Complexity
This is not a time-bound training with rigid schedules. You gain immediate online access to a fully self-paced programme, designed for professionals who work complex shifts, manage live operations, or protect 24/7 infrastructure. There are no fixed dates, no mandatory attendance, and no rushed deadlines. Most learners complete the core curriculum in 8 to 12 weeks while working full-time. But you can move faster. Many accelerate to full implementation in 30 to 45 days when applying modules directly to their operational environment. Lifetime Access, Continuous Updates, and Global Reach
Once enrolled, you receive lifetime access to all course materials. This includes ongoing, no-cost updates as new ICS threats emerge, regulations evolve, and defensive technologies advance. Security is not static. Your training shouldn’t be either. The platform is mobile-friendly and accessible 24/7 from anywhere in the world. Whether you’re reviewing access control models from a control room in Oslo or refining incident response plans from a field station in Singapore, your learning travels with you. Expert Guidance and Direct Support
You are not learning in isolation. Each module includes direct pathways for instructor support, with structured guidance from ICS cybersecurity practitioners who have defended Tier 1 utility networks and government-critical systems. You’ll receive actionable feedback on implementation plans, architecture reviews, and policy drafts. Certificate of Completion Issued by The Art of Service
Upon successful completion, you receive a globally recognised Certificate of Completion issued by The Art of Service. This credential verifies your mastery of industrial control system cybersecurity best practices and is accepted by employers, regulators, and auditors worldwide. It reflects a standard of excellence aligned with NIST, IEC 62443, and CISA guidelines. Transparent Pricing, No Hidden Fees
The course fee is straightforward, with zero hidden charges. What you see is what you pay. No surprise subscriptions, no premium tiers, no additional costs for the certificate or materials. This is a one-time investment in your authority and impact. Payment is securely processed via Visa, Mastercard, and PayPal-trusted methods you already use. 100% Money-Back Guarantee: Zero Risk, Maximum Confidence
We guarantee your satisfaction. If the course does not deliver clear value, you can request a full refund at any time within 30 days of enrollment. No questions, no forms, no hassle. This is our commitment to you-risk-free upskilling with measurable outcomes. After enrollment, you will receive a confirmation email. Access details and login credentials will be sent separately once your course materials are fully provisioned. “Will This Work for Me?” - We’ve Designed for Every Scenario
This works even if: You’re new to OT security, your organisation relies on legacy systems, you lack formal cybersecurity training, or you work in a highly regulated environment with strict compliance requirements. Role-specific success examples: - A process control engineer in the oil and gas sector used Module 9’s anomaly detection framework to identify a zero-day exploit in a DCS system-months before public disclosure.
- A municipal water treatment supervisor implemented the security-by-design checklist from Module 12 and passed a surprise audit with zero non-conformities.
Your success is not left to chance. Every concept is grounded in real infrastructure, real constraints, and real consequences. You receive templates, checklists, and architecture blueprints proven in the field-not generic IT analogies. This is your safety net: lifetime access, expert support, trusted certification, and a risk-free guarantee-so you can focus entirely on mastery.
Module 1: Foundations of Industrial Control Systems and Cyber-Physical Threats - Difference between IT and OT security paradigms
- Core components of ICS: PLCs, RTUs, HMIs, DCS, SCADA
- Role of field devices and communication protocols in operational integrity
- Historical evolution of ICS architectures and vulnerabilities
- Common misconceptions about OT network safety
- Understanding air-gapped myths and reality
- Introduction to availability, integrity, confidentiality in OT
- Physical-world consequences of cyber incidents
- Case study: Impact analysis of the Maroochy Water breach
- Case study: Failure root cause of the Bellingham pipeline explosion
Module 2: Threat Landscape and Attack Vectors in Critical Infrastructure - Overview of advanced persistent threats in OT environments
- APT29, APT34, and nation-state targeting of energy grids
- Ransomware campaigns affecting industrial operators
- Supply chain attacks on ICS software vendors
- Insider threat models in operational settings
- Phishing and social engineering targeting plant operators
- Malicious firmware updates and backdoors
- USB-borne malware in isolated networks
- Wi-Fi and wireless access point exploitation near control rooms
- Remote access services as attack gateways
- Exploitation of default credentials in HMIs
- Zero-day vulnerabilities in legacy control systems
Module 3: Regulatory Standards and Compliance Frameworks - Introduction to IEC 62443: Zones, conduits, and security levels
- NIST SP 800-82: Guide to Industrial Control System Security
- CISA’s Known Exploited Vulnerabilities catalog application in OT
- NERC CIP requirements for bulk power systems
- TSA cybersecurity directives for pipelines and rail
- GDPR and operational data handling compliance
- ISO/IEC 27001 adaptation for industrial environments
- Creating auditable security policies aligned with standards
- Mapping controls to regulatory obligations
- Documentation practices for compliance audits
Module 4: ICS Network Architecture and Segmentation - Flat network risks in legacy ICS deployments
- Designing effective network zones and conduits
- Implementing unidirectional gateways (data diodes)
- Firewall configuration for Modbus, DNP3, and other OT protocols
- Architecting DMZs for secure remote access
- Secure integration between corporate IT and OT networks
- Network segregation for high-risk vendors
- Micro-segmentation strategies in large-scale SCADA systems
- Traffic whitelisting and protocol validation
- Designing fail-safe network layouts for incident containment
Module 5: Secure Configuration and Hardening of ICS Components - Disabling unused services on PLCs and RTUs
- Changing default passwords and enforcing access controls
- Firmware integrity verification procedures
- Baseline configuration templates for OT devices
- Change management for ICS updates and patches
- Patch prioritisation using CVSS and operational criticality
- Managing unplanned downtime during hardening
- Secure boot and trusted platform modules in industrial hardware
- Password policies compatible with HMI usability
- Endpoint protection for engineering workstations
Module 6: Identity, Access, and Privilege Management - Role-based access control (RBAC) in control systems
- Multi-factor authentication integration in legacy OT
- Privileged access management for supervisory accounts
- Audit trails for user actions on HMIs and engineering stations
- Session monitoring and recording for compliance
- Just-in-time access for third-party vendors
- Active Directory integration with OT domains
- Secure remote login using jump servers
- Time-bound access policies for contractors
- Account de-provisioning workflow automation
Module 7: OT-Specific Vulnerability Assessment and Management - Passive vs. active scanning in live environments
- Identifying unpatched software in embedded systems
- CVE validation for ICS-specific vulnerabilities
- Using CISA alerts to prioritise remediation
- Scheduling scans during maintenance windows
- Assessment tools safe for operational networks
- Criticality scoring using ICS-CERT data
- Vulnerability reporting templates for non-technical leadership
- Third-party risk scoring for ICS vendors
- Creating an OT vulnerability register
Module 8: Incident Detection and Anomaly Monitoring in Real Time - Baseline normal behaviour for ICS protocols
- SIEM integration with OT data sources
- Log collection from PLCs, RTUs, and historians
- Anomaly detection using statistical process control
- Threshold tuning to reduce false positives
- Pattern recognition for command injection attempts
- Monitoring for unauthorised configuration changes
- Detection of command-and-control beaconing in DNP3 traffic
- Creating custom detection rules for Modbus anomalies
- Real-time dashboard configuration for SOC teams
Module 9: Incident Response and Recovery for ICS Environments - Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Difference between IT and OT security paradigms
- Core components of ICS: PLCs, RTUs, HMIs, DCS, SCADA
- Role of field devices and communication protocols in operational integrity
- Historical evolution of ICS architectures and vulnerabilities
- Common misconceptions about OT network safety
- Understanding air-gapped myths and reality
- Introduction to availability, integrity, confidentiality in OT
- Physical-world consequences of cyber incidents
- Case study: Impact analysis of the Maroochy Water breach
- Case study: Failure root cause of the Bellingham pipeline explosion
Module 2: Threat Landscape and Attack Vectors in Critical Infrastructure - Overview of advanced persistent threats in OT environments
- APT29, APT34, and nation-state targeting of energy grids
- Ransomware campaigns affecting industrial operators
- Supply chain attacks on ICS software vendors
- Insider threat models in operational settings
- Phishing and social engineering targeting plant operators
- Malicious firmware updates and backdoors
- USB-borne malware in isolated networks
- Wi-Fi and wireless access point exploitation near control rooms
- Remote access services as attack gateways
- Exploitation of default credentials in HMIs
- Zero-day vulnerabilities in legacy control systems
Module 3: Regulatory Standards and Compliance Frameworks - Introduction to IEC 62443: Zones, conduits, and security levels
- NIST SP 800-82: Guide to Industrial Control System Security
- CISA’s Known Exploited Vulnerabilities catalog application in OT
- NERC CIP requirements for bulk power systems
- TSA cybersecurity directives for pipelines and rail
- GDPR and operational data handling compliance
- ISO/IEC 27001 adaptation for industrial environments
- Creating auditable security policies aligned with standards
- Mapping controls to regulatory obligations
- Documentation practices for compliance audits
Module 4: ICS Network Architecture and Segmentation - Flat network risks in legacy ICS deployments
- Designing effective network zones and conduits
- Implementing unidirectional gateways (data diodes)
- Firewall configuration for Modbus, DNP3, and other OT protocols
- Architecting DMZs for secure remote access
- Secure integration between corporate IT and OT networks
- Network segregation for high-risk vendors
- Micro-segmentation strategies in large-scale SCADA systems
- Traffic whitelisting and protocol validation
- Designing fail-safe network layouts for incident containment
Module 5: Secure Configuration and Hardening of ICS Components - Disabling unused services on PLCs and RTUs
- Changing default passwords and enforcing access controls
- Firmware integrity verification procedures
- Baseline configuration templates for OT devices
- Change management for ICS updates and patches
- Patch prioritisation using CVSS and operational criticality
- Managing unplanned downtime during hardening
- Secure boot and trusted platform modules in industrial hardware
- Password policies compatible with HMI usability
- Endpoint protection for engineering workstations
Module 6: Identity, Access, and Privilege Management - Role-based access control (RBAC) in control systems
- Multi-factor authentication integration in legacy OT
- Privileged access management for supervisory accounts
- Audit trails for user actions on HMIs and engineering stations
- Session monitoring and recording for compliance
- Just-in-time access for third-party vendors
- Active Directory integration with OT domains
- Secure remote login using jump servers
- Time-bound access policies for contractors
- Account de-provisioning workflow automation
Module 7: OT-Specific Vulnerability Assessment and Management - Passive vs. active scanning in live environments
- Identifying unpatched software in embedded systems
- CVE validation for ICS-specific vulnerabilities
- Using CISA alerts to prioritise remediation
- Scheduling scans during maintenance windows
- Assessment tools safe for operational networks
- Criticality scoring using ICS-CERT data
- Vulnerability reporting templates for non-technical leadership
- Third-party risk scoring for ICS vendors
- Creating an OT vulnerability register
Module 8: Incident Detection and Anomaly Monitoring in Real Time - Baseline normal behaviour for ICS protocols
- SIEM integration with OT data sources
- Log collection from PLCs, RTUs, and historians
- Anomaly detection using statistical process control
- Threshold tuning to reduce false positives
- Pattern recognition for command injection attempts
- Monitoring for unauthorised configuration changes
- Detection of command-and-control beaconing in DNP3 traffic
- Creating custom detection rules for Modbus anomalies
- Real-time dashboard configuration for SOC teams
Module 9: Incident Response and Recovery for ICS Environments - Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Introduction to IEC 62443: Zones, conduits, and security levels
- NIST SP 800-82: Guide to Industrial Control System Security
- CISA’s Known Exploited Vulnerabilities catalog application in OT
- NERC CIP requirements for bulk power systems
- TSA cybersecurity directives for pipelines and rail
- GDPR and operational data handling compliance
- ISO/IEC 27001 adaptation for industrial environments
- Creating auditable security policies aligned with standards
- Mapping controls to regulatory obligations
- Documentation practices for compliance audits
Module 4: ICS Network Architecture and Segmentation - Flat network risks in legacy ICS deployments
- Designing effective network zones and conduits
- Implementing unidirectional gateways (data diodes)
- Firewall configuration for Modbus, DNP3, and other OT protocols
- Architecting DMZs for secure remote access
- Secure integration between corporate IT and OT networks
- Network segregation for high-risk vendors
- Micro-segmentation strategies in large-scale SCADA systems
- Traffic whitelisting and protocol validation
- Designing fail-safe network layouts for incident containment
Module 5: Secure Configuration and Hardening of ICS Components - Disabling unused services on PLCs and RTUs
- Changing default passwords and enforcing access controls
- Firmware integrity verification procedures
- Baseline configuration templates for OT devices
- Change management for ICS updates and patches
- Patch prioritisation using CVSS and operational criticality
- Managing unplanned downtime during hardening
- Secure boot and trusted platform modules in industrial hardware
- Password policies compatible with HMI usability
- Endpoint protection for engineering workstations
Module 6: Identity, Access, and Privilege Management - Role-based access control (RBAC) in control systems
- Multi-factor authentication integration in legacy OT
- Privileged access management for supervisory accounts
- Audit trails for user actions on HMIs and engineering stations
- Session monitoring and recording for compliance
- Just-in-time access for third-party vendors
- Active Directory integration with OT domains
- Secure remote login using jump servers
- Time-bound access policies for contractors
- Account de-provisioning workflow automation
Module 7: OT-Specific Vulnerability Assessment and Management - Passive vs. active scanning in live environments
- Identifying unpatched software in embedded systems
- CVE validation for ICS-specific vulnerabilities
- Using CISA alerts to prioritise remediation
- Scheduling scans during maintenance windows
- Assessment tools safe for operational networks
- Criticality scoring using ICS-CERT data
- Vulnerability reporting templates for non-technical leadership
- Third-party risk scoring for ICS vendors
- Creating an OT vulnerability register
Module 8: Incident Detection and Anomaly Monitoring in Real Time - Baseline normal behaviour for ICS protocols
- SIEM integration with OT data sources
- Log collection from PLCs, RTUs, and historians
- Anomaly detection using statistical process control
- Threshold tuning to reduce false positives
- Pattern recognition for command injection attempts
- Monitoring for unauthorised configuration changes
- Detection of command-and-control beaconing in DNP3 traffic
- Creating custom detection rules for Modbus anomalies
- Real-time dashboard configuration for SOC teams
Module 9: Incident Response and Recovery for ICS Environments - Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Disabling unused services on PLCs and RTUs
- Changing default passwords and enforcing access controls
- Firmware integrity verification procedures
- Baseline configuration templates for OT devices
- Change management for ICS updates and patches
- Patch prioritisation using CVSS and operational criticality
- Managing unplanned downtime during hardening
- Secure boot and trusted platform modules in industrial hardware
- Password policies compatible with HMI usability
- Endpoint protection for engineering workstations
Module 6: Identity, Access, and Privilege Management - Role-based access control (RBAC) in control systems
- Multi-factor authentication integration in legacy OT
- Privileged access management for supervisory accounts
- Audit trails for user actions on HMIs and engineering stations
- Session monitoring and recording for compliance
- Just-in-time access for third-party vendors
- Active Directory integration with OT domains
- Secure remote login using jump servers
- Time-bound access policies for contractors
- Account de-provisioning workflow automation
Module 7: OT-Specific Vulnerability Assessment and Management - Passive vs. active scanning in live environments
- Identifying unpatched software in embedded systems
- CVE validation for ICS-specific vulnerabilities
- Using CISA alerts to prioritise remediation
- Scheduling scans during maintenance windows
- Assessment tools safe for operational networks
- Criticality scoring using ICS-CERT data
- Vulnerability reporting templates for non-technical leadership
- Third-party risk scoring for ICS vendors
- Creating an OT vulnerability register
Module 8: Incident Detection and Anomaly Monitoring in Real Time - Baseline normal behaviour for ICS protocols
- SIEM integration with OT data sources
- Log collection from PLCs, RTUs, and historians
- Anomaly detection using statistical process control
- Threshold tuning to reduce false positives
- Pattern recognition for command injection attempts
- Monitoring for unauthorised configuration changes
- Detection of command-and-control beaconing in DNP3 traffic
- Creating custom detection rules for Modbus anomalies
- Real-time dashboard configuration for SOC teams
Module 9: Incident Response and Recovery for ICS Environments - Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Passive vs. active scanning in live environments
- Identifying unpatched software in embedded systems
- CVE validation for ICS-specific vulnerabilities
- Using CISA alerts to prioritise remediation
- Scheduling scans during maintenance windows
- Assessment tools safe for operational networks
- Criticality scoring using ICS-CERT data
- Vulnerability reporting templates for non-technical leadership
- Third-party risk scoring for ICS vendors
- Creating an OT vulnerability register
Module 8: Incident Detection and Anomaly Monitoring in Real Time - Baseline normal behaviour for ICS protocols
- SIEM integration with OT data sources
- Log collection from PLCs, RTUs, and historians
- Anomaly detection using statistical process control
- Threshold tuning to reduce false positives
- Pattern recognition for command injection attempts
- Monitoring for unauthorised configuration changes
- Detection of command-and-control beaconing in DNP3 traffic
- Creating custom detection rules for Modbus anomalies
- Real-time dashboard configuration for SOC teams
Module 9: Incident Response and Recovery for ICS Environments - Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Differences between IT and OT incident response
- Creating an ICS-specific incident response plan
- Designating OT-focused response team roles
- Isolation procedures without disrupting operations
- Forensic data collection in real-time control systems
- Memory and storage snapshots from embedded devices
- Engaging external cybersecurity firms safely
- Communication protocols during a crisis
- Recovery procedures validated by control engineers
- Post-incident review and lessons learned documentation
Module 10: Physical Security and Environmental Controls - Securing control rooms and server cabinets
- Access logging for physical entry points
- Environmental monitoring for temperature and humidity
- Backup power and UPS protection for critical nodes
- Fire suppression systems compatible with electronics
- Camera placement and surveillance integration
- Preventing tampering with field devices
- Visitor management for third-party technicians
- Lightning and surge protection for outdoor equipment
- Securing outdoor RTU enclosures against vandalism
Module 11: Supply Chain and Third-Party Risk Management - Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Vendor security questionnaires for ICS procurement
- Validating software bills of materials (SBOMs)
- Secure firmware update processes from vendors
- Onboarding contractors with minimal access
- Monitoring third-party remote sessions
- Escrow agreements for source code access
- Legal clauses for security warranties in contracts
- Periodic reassessment of vendor compliance
- Managing legacy vendor support limitations
- Secure data exchange with OEMs and integrators
Module 12: Security by Design in ICS Projects - Embedding security in the project lifecycle
- Threat modeling during system design phase
- Security architecture reviews before deployment
- Risk assessment templates for new automation systems
- Selecting inherently secure protocols and devices
- Secure commissioning checklists
- Documentation for future audit readiness
- Designing for maintainability and security updates
- Ensuring backward compatibility with security controls
- Cost-benefit analysis of proactive security integration
Module 13: Cybersecurity for Smart Grids and Energy Systems - Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Unique risks in substation automation (IEC 61850)
- Protecting intelligent electronic devices (IEDs)
- Secure communication in distributed energy resources
- Grid resilience under coordinated cyber-physical attacks
- Frequency and voltage control system protection
- Cybersecurity for automatic generation control (AGC)
- Incident detection in synchrophasor networks
- Hardening SCADA systems in transmission networks
- Islanding prevention mechanisms
- Compliance with FERC and NERC requirements
Module 14: Water and Wastewater Treatment System Protection - Chlorination and pH control system vulnerabilities
- Preventing unauthorised setpoint manipulation
- Securing telemetry for remote pumping stations
- Monitoring for unexplained dosage changes
- Ensuring continuity of treatment during attacks
- Risk assessment for reservoir-level sensors
- Data integrity checks for flow meters
- Alarm system tampering detection
- Cyber-physical safety interlocks
- Compliance with EPA and state-level regulations
Module 15: Oil, Gas, and Pipeline Cybersecurity - Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Securing remote terminal units (RTUs) in pipeline systems
- Pressure and flow monitoring integrity
- Preventing false data injection in SCADA pipelines
- Cybersecurity requirements under TSA directives
- Leak detection system protection
- Emergency shutdown (ESD) system hardening
- Gas chromatograph data validation
- Securing communication in rural pipeline segments
- Incident response coordination with PHMSA
- Valve actuator command authentication
Module 16: Manufacturing and Production Line Cybersecurity - Protecting programmable logic controllers (PLCs) in assembly lines
- Securing robotic control networks
- Preventing production sabotage via unauthorised code changes
- Version control for ladder logic programs
- Digital twin environment security
- Integration security for MES and ERP systems
- Monitoring for abnormal cycle times or machine behaviour
- Securing over-the-air updates for industrial robots
- Access control for engineering laptops on shop floors
- Incident impact assessment on product safety
Module 17: Transportation and Rail Control System Security - Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Signalling system vulnerabilities (CBTC, ETCS)
- Preventing train movement authorisation tampering
- Securing trackside communication units
- Positive train control (PTC) cybersecurity requirements
- Monitoring for spoofed location data
- Hardening wayside controllers and interlockings
- Data integrity in train-to-wayside communication
- Incident response for rail network disruption
- Compliance with FRA and APTA standards
- Physical and cyber convergence in transit systems
Module 18: Advanced Topics in ICS Cryptography and Secure Communication - Encryption limitations in real-time control systems
- Secure key management for OT networks
- Certificate-based authentication for RTUs
- Implementing TLS securely in legacy SCADA
- Message authentication codes for command integrity
- Secure firmware update verification
- Public key infrastructure (PKI) for OT
- Time synchronisation security (NTP hardening)
- Digital signatures for configuration files
- Protecting against replay attacks in control protocols
Module 19: Building a Comprehensive ICS Cybersecurity Programme - Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming
Module 20: Certification, Career Advancement, and Next Steps - Review of Certificate of Completion requirements
- Final assessment: Develop a facility-specific security plan
- Submission process and evaluation criteria
- Using your certificate in performance reviews
- LinkedIn profile optimisation for OT security roles
- Building a professional portfolio with implementation evidence
- Transitioning into OT security leadership roles
- Interview preparation for ICS cybersecurity positions
- Connecting with industry experts and mentors
- Lifetime access renewal and update notifications
- Alumni network invitation
- Advanced learning pathways in critical infrastructure defence
- Staying current with CISA alerts and ICS-CERT bulletins
- Contributing to open-source ICS security tools
- Presenting findings at industry conferences
- Preparing for CISSP, GICSP, or other advanced credentials
- Creating an ongoing personal development plan
- Setting measurable goals for organisational impact
- Tracking long-term ROI from course implementation
- Earning recognition as a trusted industrial defender
- Developing a cybersecurity roadmap for OT
- Executive presentation templates for budget justification
- Creating a dedicated OT cybersecurity team
- Integrating OT risk into enterprise GRC platforms
- Board-level reporting frameworks
- Security awareness training for plant operators
- Phishing simulation tailored to OT staff
- Metrics for measuring programme maturity
- Third-party audit preparation
- Continuous improvement through red teaming