Global Industrial Cyber Security Professional Certification (GICSP) Expert - Led Video Course
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Lesson 1: Introduction to Industrial Cybersecurity
1.1 Understanding ICS & SCADA environments
1.2 Differences between IT and OT security
1.3 Evolution of industrial cybersecurity
1.4 Critical infrastructures overview
1.5 ICS threat landscape
1.6 Regulatory importance
1.7 Safety vs. security considerations
1.8 Case studies in ICS breaches
1.9 Industrial cybersecurity career pathways
1.10 Overview of GICSP certification
Lesson 2: Fundamentals of Industrial Control Systems (ICS)
2.1 ICS architecture overview
2.2 SCADA, DCS, and PLCs
2.3 Field devices: sensors and actuators
2.4 Human-Machine Interfaces (HMI)
2.5 Remote Terminal Units (RTUs)
2.6 Industrial protocols overview
2.7 Communication pathways in ICS
2.8 Data acquisition & control loops
2.9 Redundancy and reliability principles
2.10 ICS lifecycle overview
Lesson 3: ICS Network Fundamentals
3.1 ICS vs. IT networks
3.2 TCP/IP in ICS
3.3 Common ICS communication topologies
3.4 Modbus protocol
3.5 DNP3 protocol
3.6 Profibus and Profinet
3.7 OPC and OPC UA
3.8 Ethernet/IP basics
3.9 Real-time communication needs
3.10 Security weaknesses in ICS protocols
Lesson 4: Industrial Cyber Threat Landscape
4.1 Types of threats in OT environments
4.2 Insider threats in ICS
4.3 Nation-state attackers
4.4 Cyber terrorism in critical infrastructures
4.5 Malware in ICS (Stuxnet, Triton, BlackEnergy)
4.6 Supply chain risks
4.7 Threat intelligence for ICS
4.8 Common vulnerabilities in control systems
4.9 Attack trends and statistics
4.10 Lessons from ICS cyber incidents
Lesson 5: ICS Risk Management
5.1 Risk management frameworks
5.2 Risk identification methods
5.3 Assessing ICS vulnerabilities
5.4 Consequence analysis
5.5 Risk prioritization in OT
5.6 Mitigation strategies
5.7 Residual risk and acceptance
5.8 ISO 27005 risk approach
5.9 NIST RMF in ICS
5.10 Documenting risk assessments
Lesson 6: Security Standards and Frameworks
6.1 ISA/IEC 62443 overview
6.2 NIST CSF in ICS environments
6.3 NERC CIP requirements
6.4 ISO/IEC 27001 for ICS security
6.5 CIS Controls application in OT
6.6 Differences in IT vs. OT frameworks
6.7 Adoption challenges in ICS
6.8 Regulatory compliance implications
6.9 Mapping frameworks to ICS lifecycle
6.10 Audit and certification relevance
Lesson 7: ICS Security Governance
7.1 Defining governance in industrial settings
7.2 Cybersecurity policies for ICS
7.3 Roles and responsibilities in OT security
7.4 Cybersecurity leadership for plant operations
7.5 Organizational security structures
7.6 Policy lifecycle management
7.7 Integration with IT security governance
7.8 Alignment with business objectives
7.9 Compliance oversight processes
7.10 Continuous governance improvement
Lesson 8: Asset Management in ICS
8.1 Importance of asset inventory
8.2 Automated vs. manual asset discovery
8.3 ICS hardware asset classification
8.4 Software and firmware asset tracking
8.5 Identifying legacy devices
8.6 Critical asset prioritization
8.7 Configuration management
8.8 Asset ownership responsibilities
8.9 Lifecycle asset monitoring
8.10 Integration with CMDB systems
Lesson 9: ICS Vulnerability Management
9.1 Vulnerability identification in OT
9.2 ICS patch management challenges
9.3 Vulnerability scanning tools
9.4 Passive vs. active vulnerability discovery
9.5 Vendor patch cycles
9.6 Zero-day vulnerabilities in ICS
9.7 Patch deployment testing
9.8 Vulnerability disclosure in ICS
9.9 Third-party vendor involvement
9.10 Documentation and reporting
Lesson 10: ICS Security Architecture
10.1 ICS network segmentation principles
10.2 Purdue Model for control systems
10.3 IT-OT integration zones
10.4 Security perimeters and DMZs
10.5 Firewalls for ICS traffic
10.6 Intrusion detection/prevention in OT
10.7 Remote access security
10.8 Wireless ICS security considerations
10.9 Cloud integration in industrial networks
10.10 Designing resilient ICS security architectures
Lesson 11: ICS Authentication and Access Control
11.1 Role-based access control in OT
11.2 Multi-factor authentication for ICS
11.3 Privileged account management
11.4 Identity management in OT
11.5 Shared accounts in ICS challenges
11.6 Remote vendor access control
11.7 Directory services integration
11.8 Credential storage best practices
11.9 Password policy enforcement
11.10 Audit of access control
Lesson 12: Industrial Endpoint Security
12.1 ICS endpoint categories
12.2 Anti-malware for ICS devices
12.3 Application whitelisting
12.4 Patch management for endpoints
12.5 USB and removable media risks
12.6 Kiosk mode for HMIs
12.7 Sandboxing and virtualization
12.8 Device hardening checklists
12.9 Endpoint monitoring strategies
12.10 Mobile device considerations
Lesson 13: Industrial Firewalls and Perimeter Security
13.1 Types of ICS firewalls
13.2 Deep packet inspection in ICS
13.3 Whitelisting vs. blacklisting rules
13.4 ICS-specific firewall rulesets
13.5 VPN use in ICS networks
13.6 Secure remote access solutions
13.7 Firewall high availability setups
13.8 Industrial DMZ implementations
13.9 Segregating IT and OT traffic
13.10 Logging and monitoring firewall activity
Lesson 14: ICS Network Monitoring
14.1 Network visibility challenges in ICS
14.2 Passive vs. active monitoring
14.3 Industrial IDS/IPS solutions
14.4 Anomaly detection in ICS
14.5 Network packet capture methods
14.6 Flow monitoring (NetFlow, sFlow)
14.7 Deep protocol analysis
14.8 Cloud-based monitoring tools
14.9 ICS-specific SIEM integration
14.10 Continuous network monitoring strategy
Lesson 15: ICS Security Logging and Monitoring
15.1 Importance of logging in OT
15.2 Centralized log collection
15.3 Time synchronization in logs
15.4 ICS log sources (PLCs, HMIs, etc.)
15.5 Log retention policies
15.6 Event correlation techniques
15.7 Log analysis tools for ICS
15.8 Incident detection from logs
15.9 Alerting thresholds in monitoring
15.10 Compliance-driven log management
Lesson 16: Industrial Intrusion Detection Systems
16.1 IDS architecture for OT
16.2 Signature-based detection
16.3 Behavior-based detection
16.4 Hybrid detection methods
16.5 Protocol-aware ICS IDS
16.6 Placement of IDS sensors
16.7 False positive reduction methods
16.8 Integration with SOC workflows
16.9 Incident triage using IDS
16.10 Continuous tuning of IDS
Lesson 17: ICS Incident Response Planning
17.1 Phases of incident response in OT
17.2 ICS-specific IR frameworks
17.3 Building IR playbooks
17.4 Roles and responsibilities in IR
17.5 Communication channels during incidents
17.6 Evidence preservation in ICS
17.7 Vendor and regulator involvement
17.8 Testing and simulation of IR
17.9 Lessons learned from incidents
17.10 Continuous improvement in IR
Lesson 18: ICS Forensics and Investigation
18.1 Forensics in OT environments
18.2 Collecting volatile data in ICS
18.3 Memory forensics on ICS devices
18.4 Disk imaging methods
18.5 Network traffic forensics
18.6 Time synchronization in evidence collection
18.7 Chain of custody in ICS forensics
18.8 Specialized ICS forensic tools
18.9 Reporting forensic findings
18.10 Case studies in ICS forensics
Lesson 19: ICS Malware Analysis
19.1 Types of ICS malware
19.2 Static vs. dynamic analysis
19.3 Sandboxing for malware study
19.4 Reverse engineering in ICS malware
19.5 Common malware tactics in OT
19.6 Analyzing Stuxnet case
19.7 Analyzing Triton/Trisis case
19.8 Detecting persistent malware
19.9 Reporting malware analysis results
19.10 Defensive measures post-analysis
Lesson 20: Business Continuity and Disaster Recovery
20.1 Importance of BCP in OT
20.2 ICS disaster scenarios
20.3 Backup and recovery strategies
20.4 Redundancy in ICS architectures
20.5 Cold, warm, and hot sites
20.6 DR planning for OT
20.7 Recovery time objectives (RTOs)
20.8 Recovery point objectives (RPOs)
20.9 ICS BCP testing methods
20.10 Integration of BCP with incident response
Lesson 21: Industrial Security Testing
21.1 Security testing challenges in OT
21.2 Vulnerability assessment vs. penetration testing
21.3 Passive testing in ICS
21.4 Active testing risks in OT
21.5 Tools for OT security testing
21.6 Vendor approval requirements
21.7 Safety considerations in testing
21.8 Documenting test findings
21.9 Remediation validation
21.10 Continuous testing strategy
Lesson 22: ICS Security Awareness and Training
22.1 Role of awareness in OT security
22.2 Training operators on cyber hygiene
22.3 Phishing and social engineering prevention
22.4 Security culture in industrial plants
22.5 Training engineers vs. IT staff
22.6 Tabletop exercises for OT staff
22.7 Incident simulation drills
22.8 Awareness metrics and KPIs
22.9 Ongoing education programs
22.10 Gamification of awareness
Lesson 23: ICS Physical Security
23.1 Physical vs. cyber security in OT
23.2 Perimeter defense in plants
23.3 Access control to control rooms
23.4 Video surveillance integration
23.5 Environmental controls (fire, temperature)
23.6 Tamper detection in ICS devices
23.7 Securing field devices
23.8 Integration with cyber policies
23.9 Incident response for physical breaches
23.10 Regulatory compliance for physical security
Lesson 24: ICS Supply Chain Security
24.1 Supply chain risks in OT
24.2 Third-party vendor risk management
24.3 Secure procurement policies
24.4 Vendor assessment frameworks
24.5 Hardware backdoors in ICS devices
24.6 Software supply chain attacks
24.7 Firmware integrity checks
24.8 Contractual security obligations
24.9 Ongoing vendor monitoring
24.10 Case studies of supply chain attacks
Lesson 25: ICS Cryptography and Data Protection
25.1 Cryptographic needs in OT
25.2 Symmetric vs. asymmetric encryption
25.3 Key management challenges
25.4 PKI in industrial environments
25.5 Secure communication protocols
25.6 VPN encryption in ICS
25.7 Data integrity mechanisms
25.8 Encryption of field device data
25.9 ICS log file protection
25.10 ICS cryptographic limitations
Lesson 26: ICS Wireless Security
26.1 Wireless use cases in ICS
26.2 Wi-Fi in OT environments
26.3 Bluetooth and BLE in ICS
26.4 Zigbee and ISA100.11a
26.5 WirelessHART protocols
26.6 Threats to wireless ICS
26.7 Wireless encryption standards
26.8 Rogue access point detection
26.9 Secure wireless architecture design
26.10 Incident handling for wireless breaches
Lesson 27: ICS Remote Access Security
27.1 Remote access use in OT
27.2 Secure tunneling methods
27.3 Remote vendor access challenges
27.4 VPN vs. zero-trust models
27.5 Session monitoring and recording
27.6 Jump servers for ICS access
27.7 Multi-factor authentication for remote users
27.8 Remote patching security
27.9 Access revocation policies
27.10 Case studies of remote access attacks
Lesson 28: ICS Cloud Security
28.1 Cloud adoption in OT
28.2 ICS data in the cloud
28.3 SaaS, PaaS, and IaaS in OT contexts
28.4 Security concerns with cloud ICS
28.5 ICS-to-cloud data flows
28.6 Hybrid cloud integration
28.7 Secure cloud connectivity models
28.8 Cloud incident response in OT
28.9 Compliance challenges in cloud ICS
28.10 Future trends in cloud OT security
Lesson 29: Industrial IoT Security
29.1 IIoT definition and use cases
29.2 IIoT device security challenges
29.3 IIoT communication protocols
29.4 Edge computing in OT
29.5 Data analytics in IIoT
29.6 IIoT authentication methods
29.7 Securing IIoT firmware updates
29.8 IIoT monitoring solutions
29.9 IIoT vulnerabilities case studies
29.10 Future of IIoT cybersecurity
Lesson 30: ICS Zero Trust Architecture
30.1 Zero trust principles in OT
30.2 Micro-segmentation in ICS networks
30.3 Continuous authentication models
30.4 Device trust vs. user trust
30.5 Zero trust for legacy ICS
30.6 Policy engines for zero trust
30.7 Implementation challenges
30.8 Zero trust and remote access
30.9 Monitoring in zero trust models
30.10 Adoption roadmap for OT
Lesson 31: ICS Safety and Security Integration
31.1 Safety Instrumented Systems (SIS)
31.2 Relationship between safety and security
31.3 IEC 61508 overview
31.4 Safety incident impact on cybersecurity
31.5 Safety/security case studies
31.6 Defense-in-depth with safety integration
31.7 Safety metrics in security
31.8 Incident coordination for safety/security
31.9 Organizational culture integration
31.10 Continuous safety-security alignment
Lesson 32: ICS Red Teaming and Ethical Hacking
32.1 Red teaming in OT context
32.2 Threat emulation in ICS
32.3 Scoping red team exercises
32.4 Attack simulations on ICS
32.5 Ethical hacking frameworks
32.6 Safety concerns in red teaming
32.7 Blue team vs. red team roles
32.8 Purple team collaboration
32.9 Reporting findings securely
32.10 Red team case studies
Lesson 33: ICS Blue Team Operations
33.1 Role of blue teams in OT
33.2 Threat detection responsibilities
33.3 SIEM usage in ICS
33.4 Incident triage steps
33.5 Collaboration with red teams
33.6 Threat hunting in OT
33.7 SOC functions for ICS
33.8 Reporting structures
33.9 Continuous monitoring activities
33.10 Metrics for blue team performance
Lesson 34: ICS Threat Intelligence
34.1 Role of threat intelligence in OT
34.2 Sources of OT threat intelligence
34.3 Threat intelligence lifecycle
34.4 Strategic vs. tactical intelligence
34.5 Industrial ISACs (e.g., E-ISAC, Oil & Gas ISAC)
34.6 Sharing intelligence across organizations
34.7 Threat actor profiling
34.8 Integrating TI into SOC workflows
34.9 Metrics of TI effectiveness
34.10 TI tools for OT security teams
Lesson 35: ICS Cybersecurity Metrics and KPIs
35.1 Importance of measurement in OT security
35.2 Defining security KPIs
35.3 Incident response time metrics
35.4 Vulnerability management metrics
35.5 Compliance tracking indicators
35.6 Mean time to detect (MTTD)
35.7 Mean time to recover (MTTR)
35.8 Security awareness measurement
35.9 Reporting metrics to executives
35.10 Continuous improvement cycle
Lesson 36: ICS Security Program Development
36.1 Building an OT security roadmap
36.2 Program governance structures
36.3 Aligning with business goals
36.4 Budgeting for ICS security
36.5 Stakeholder engagement
36.6 Program maturity models
36.7 Communication strategies
36.8 Integrating with IT programs
36.9 Program evaluation metrics
36.10 Continuous program improvement
Lesson 37: ICS Policy Development
37.1 Policy framework in OT
37.2 Security policy categories
37.3 Device usage policies
37.4 Remote access policies
37.5 Data classification in OT
37.6 Change management policies
37.7 Enforcement of policies
37.8 Policy approval workflows
37.9 Employee accountability in policies
37.10 Policy review and update cycles
Lesson 38: ICS Configuration Management
38.1 Importance of configuration control
38.2 Baseline configurations in OT
38.3 Change control processes
38.4 Backup configuration management
38.5 ICS configuration monitoring tools
38.6 Unauthorized change detection
38.7 Role of version control in OT
38.8 Vendor configuration standards
38.9 Compliance with configuration policies
38.10 Automated configuration audits
Lesson 39: ICS Lifecycle Security
39.1 Security in design phase
39.2 Security in procurement
39.3 Secure installation practices
39.4 Commissioning with security checks
39.5 Secure operation practices
39.6 Maintenance phase considerations
39.7 Decommissioning securely
39.8 Lifecycle documentation requirements
39.9 Vendor collaboration in lifecycle
39.10 End-to-end lifecycle case study
Lesson 40: ICS Security Auditing
40.1 Purpose of security audits
40.2 Internal vs. external audits
40.3 ICS audit scope definition
40.4 Preparing for an audit
40.5 Audit checklists for OT
40.6 Technical audit techniques
40.7 Compliance-driven audits
40.8 Reporting audit findings
40.9 Follow-up and remediation plans
40.10 Audit maturity assessments
Lesson 41: ICS Security Tools and Technologies
41.1 OT-specific firewalls
41.2 Industrial IDS/IPS solutions
41.3 ICS SIEM platforms
41.4 Security configuration management tools
41.5 Endpoint protection for OT
41.6 Industrial vulnerability scanners
41.7 Threat intelligence platforms
41.8 Network segmentation appliances
41.9 Remote access security solutions
41.10 Cloud security tools for OT
Lesson 42: ICS Emerging Technologies
42.1 AI/ML in industrial security
42.2 Blockchain for ICS integrity
42.3 Quantum computing impact
42.4 Digital twins in OT security
42.5 Edge computing for ICS
42.6 5G in industrial environments
42.7 AR/VR in OT training
42.8 Autonomous systems in OT
42.9 Smart grid cybersecurity
42.10 Predictive analytics in OT
Lesson 43: ICS Regulatory Compliance
43.1 Role of compliance in ICS
43.2 Key global regulations (e.g., GDPR, HIPAA)
43.3 Industry-specific standards (energy, healthcare, etc.)
43.4 NERC CIP deep dive
43.5 Regional compliance variations
43.6 ICS audit requirements
43.7 Compliance vs. security distinction
43.8 Documentation for compliance
43.9 Enforcement mechanisms
43.10 Future compliance trends
Lesson 44: ICS Cyber Insurance
44.1 Overview of cyber insurance
44.2 Relevance to OT environments
44.3 Coverage models for ICS
44.4 Exclusions in cyber insurance
44.5 Cost vs. benefit analysis
44.6 Claims process in ICS events
44.7 Risk quantification for insurance
44.8 Vendor influence on policies
44.9 Global insurance market trends
44.10 Case studies of insurance payouts
Lesson 45: ICS Security Challenges and Future Trends
45.1 Legacy system vulnerabilities
45.2 IT-OT convergence risks
45.3 Workforce skills gaps
45.4 Growing ransomware in ICS
45.5 Cloud expansion in OT
45.6 Increasing regulation globally
45.7 AI-driven attacks on ICS
45.8 IIoT explosion
45.9 Digital transformation risks
45.10 Future-proofing ICS security
Lesson 46: ICS Case Studies – Energy Sector
46.1 Energy sector threat landscape
46.2 BlackEnergy Ukraine power grid attack
46.3 Aurora generator test case
46.4 Colonial Pipeline ransomware
46.5 NERC CIP in energy
46.6 Energy sector vulnerabilities
46.7 Mitigation strategies in energy
46.8 Lessons learned
46.9 Energy-specific resilience planning
46.10 Future energy security challenges
Lesson 47: ICS Case Studies – Manufacturing Sector
47.1 Manufacturing ICS environment overview
47.2 Cyber attacks on manufacturing plants
47.3 WannaCry impact on OT
47.4 IP theft in manufacturing
47.5 Production downtime risks
47.6 Case study: automotive sector
47.7 Mitigation practices for manufacturing
47.8 Vendor management in manufacturing
47.9 Business impact analysis
47.10 Future risks in manufacturing
Lesson 48: ICS Case Studies – Oil and Gas Sector
48.1 Oil & gas ICS overview
48.2 ICS attacks on pipelines
48.3 Case study: Triton attack
48.4 Offshore drilling OT risks
48.5 Safety/security convergence in oil & gas
48.6 Third-party vendor issues
48.7 Case study: Saudi Aramco cyber attack
48.8 Best practices in oil & gas ICS
48.9 Incident response in oil & gas
48.10 Future risks in energy exploration
Lesson 49: ICS Case Studies – Water and Wastewater Sector
49.1 ICS in water utilities
49.2 Case study: Oldsmar water attack
49.3 Risk of chemical manipulation
49.4 SCADA vulnerabilities in water plants
49.5 Physical vs. cyber integration
49.6 Regulatory requirements for water sector
49.7 Remote access security failures
49.8 Case study lessons learned
49.9 Securing legacy water infrastructure
49.10 Future water/wastewater risks
Lesson 50: GICSP Certification Exam Preparation
50.1 GICSP exam structure
50.2 Domains of GICSP knowledge
50.3 Exam question styles
50.4 Recommended study resources
50.5 Practical labs and simulations
50.6 Key revision strategies
50.7 Time management during exam
50.8 Mock exam practice
50.9 Common pitfalls to avoid
50.10 Final readiness checklist