Legitimized [GIAC Critical Infrastructure Protection Certification (GCIP)] Expert – Led Video Course – MASTERYTRAIL

1. Introduction to Critical Infrastructure Protection
1.1 Definition of Critical Infrastructure
1.2 Sectors of Critical Infrastructure
1.3 Importance of Critical Infrastructure
1.4 Threats to Critical Infrastructure
1.5 Key Stakeholders
1.6 Regulatory Frameworks
1.7 International Perspectives
1.8 Case Studies
1.9 Critical Infrastructure Lifecycle
1.10 Overview of GCIP Certification

2. Understanding Industrial Control Systems (ICS)
2.1 Definition of ICS
2.2 Types of ICS (SCADA, DCS, PLCs)
2.3 ICS Architecture
2.4 ICS Components
2.5 ICS Communication Protocols
2.6 ICS vs. IT Systems
2.7 Common ICS Vendors
2.8 ICS in Critical Sectors
2.9 ICS Security Challenges
2.10 ICS Security Standards

3. ICS Network Architectures
3.1 Purdue Model
3.2 Network Segmentation
3.3 Demilitarized Zones (DMZs)
3.4 Remote Access Considerations
3.5 Physical Layer Security
3.6 Wireless in ICS
3.7 Network Topologies
3.8 Redundancy and Resilience
3.9 Asset Inventory
3.10 Secure Architecture Design

4. Cybersecurity Fundamentals in ICS
4.1 Confidentiality, Integrity, Availability (CIA)
4.2 Unique ICS Security Requirements
4.3 Security vs. Safety
4.4 ICS Threat Landscape
4.5 Common Attack Vectors
4.6 Malware in ICS
4.7 Insider Threats
4.8 Security Baselines
4.9 Security Policy Development
4.10 ICS Security Best Practices

5. ICS Protocols and Communication
5.1 Modbus
5.2 DNP3
5.3 OPC
5.4 IEC 61850
5.5 PROFINET
5.6 EtherNet/IP
5.7 BACnet
5.8 S7 Communication
5.9 Protocol Security Challenges
5.10 Filtering and Monitoring Protocols

6. Asset Identification and Management
6.1 Asset Discovery Techniques
6.2 Asset Inventory Tools
6.3 Asset Classification
6.4 Asset Lifecycle Management
6.5 Configuration Management
6.6 Change Management
6.7 Patch Management
6.8 Tracking End-of-Life Assets
6.9 Asset Risk Assessment
6.10 Documentation Practices

7. ICS Risk Management
7.1 Defining Risk in ICS
7.2 Risk Assessment Process
7.3 Risk Mitigation Strategies
7.4 Risk Acceptance
7.5 Risk Communication
7.6 Prioritizing Risk
7.7 Vulnerability Assessment
7.8 Penetration Testing
7.9 Threat Modeling
7.10 Role of Insurance

8. Security Policies and Governance
8.1 Policy Development
8.2 Policy Implementation
8.3 Policy Enforcement
8.4 Roles and Responsibilities
8.5 Training and Awareness
8.6 Audit and Compliance
8.7 Policy Review Cycle
8.8 Policy Exceptions
8.9 Documentation and Recordkeeping
8.10 Policy Communication

9. Regulatory Standards and Compliance
9.1 NERC CIP
9.2 NIST SP 800-82
9.3 IEC 62443
9.4 ISO 27001/27019
9.5 CFATS
9.6 FERC Orders
9.7 EPA and DHS Requirements
9.8 International Regulations
9.9 Audit Preparation
9.10 Compliance Reporting

10. Physical Security in Critical Infrastructure
10.1 Access Control
10.2 Perimeter Security
10.3 Surveillance Systems
10.4 Intrusion Detection
10.5 Visitor Management
10.6 Environmental Controls
10.7 Physical Security Policies
10.8 Facility Hardening
10.9 Security Guards
10.10 Physical Security Audits

11. Network Security Controls
11.1 Firewalls
11.2 Intrusion Detection Systems (IDS)
11.3 Intrusion Prevention Systems (IPS)
11.4 Network Segmentation
11.5 VLANs in ICS
11.6 Secure Remote Access
11.7 Network Monitoring
11.8 Anomaly Detection
11.9 Network Logging
11.10 Incident Response Preparation

12. Security Operations and Monitoring
12.1 Security Operations Center (SOC)
12.2 Continuous Monitoring
12.3 SIEM Tools
12.4 Log Management
12.5 Alerting and Escalation
12.6 Threat Intelligence Integration
12.7 Forensics Readiness
12.8 Cybersecurity Metrics
12.9 Incident Ticketing
12.10 Reporting to Management

13. User Access Controls
13.1 Identity Management
13.2 Authentication Methods
13.3 Authorization Principles
13.4 Privileged Account Management
13.5 Least Privilege
13.6 Role-Based Access Control (RBAC)
13.7 Multi-factor Authentication
13.8 Account Auditing
13.9 User Provisioning
13.10 Access Revocation

14. Patch and Vulnerability Management
14.1 Vulnerability Scanning
14.2 Patch Management Lifecycle
14.3 Patch Testing in ICS
14.4 Vendor Notification Processes
14.5 Patch Prioritization
14.6 Patch Deployment Tools
14.7 Rollback Procedures
14.8 Patch Management Policies
14.9 Tracking Unpatched Systems
14.10 Reporting Vulnerabilities

15. Application Security in ICS
15.1 Secure Coding Principles
15.2 Application Whitelisting
15.3 Application Patching
15.4 Hardening ICS Applications
15.5 Vulnerability Scanning for Applications
15.6 Third-Party Application Risks
15.7 Application Configuration
15.8 Secure Software Development Lifecycle
15.9 Code Review Practices
15.10 Application Security Testing

16. Data Protection and Encryption
16.1 Data Classification
16.2 Encryption Protocols
16.3 Data in Transit Security
16.4 Data at Rest Security
16.5 Key Management
16.6 Tokenization
16.7 Backup Encryption
16.8 Data Loss Prevention (DLP)
16.9 Secure Data Disposal
16.10 Data Integrity Verification

17. Wireless Security in ICS
17.1 Wireless Protocols
17.2 Wireless Risks in ICS
17.3 Wireless Network Segmentation
17.4 Encryption for Wireless
17.5 Rogue Access Point Detection
17.6 Wireless Device Management
17.7 Wireless Policy Development
17.8 Secure Wireless Deployment
17.9 Monitoring Wireless Traffic
17.10 Incident Response for Wireless Attacks

18. Remote Access Security
18.1 Remote Access Methods
18.2 VPN Security
18.3 Secure Shell (SSH)
18.4 Remote Desktop Protocol (RDP)
18.5 Vendor Remote Access
18.6 Remote Access Policies
18.7 Multi-factor Authentication for Remote Access
18.8 Remote Session Monitoring
18.9 Secure Remote Access Devices
18.10 Logging Remote Access

19. Incident Response Planning
19.1 Incident Response Lifecycle
19.2 Roles and Responsibilities
19.3 Communication Plan
19.4 Incident Detection
19.5 Containment Strategies
19.6 Eradication Procedures
19.7 Recovery Steps
19.8 Forensic Collection
19.9 Post-Incident Review
19.10 Updating Response Plans

20. Cyber Threat Intelligence for Critical Infrastructure
20.1 Threat Intelligence Sources
20.2 Threat Feeds for ICS
20.3 Information Sharing
20.4 Analyzing Threat Intelligence
20.5 Use Cases in ICS
20.6 Intelligence Driven Defense
20.7 Indicators of Compromise (IOC)
20.8 Threat Actor Profiles
20.9 Intelligence Integration
20.10 Measuring Intelligence Effectiveness

21. Malware and Ransomware in ICS
21.1 Common ICS Malware
21.2 Malware Vectors
21.3 Notable ICS Malware Cases
21.4 Ransomware Tactics
21.5 Malware Detection
21.6 Containment Strategies
21.7 Malware Analysis Tools
21.8 Anti-malware Solutions
21.9 Recovery from Malware Incidents
21.10 Malware Prevention Best Practices

22. Supply Chain Security
22.1 Supply Chain Risks
22.2 Vendor Assessment
22.3 Third-Party Security Policies
22.4 Secure Procurement
22.5 Contractual Security Clauses
22.6 Supply Chain Attack Case Studies
22.7 Continuous Monitoring
22.8 Software Supply Chain
22.9 Hardware Supply Chain
22.10 Incident Response for Supply Chain Breaches

23. Cloud Security for ICS
23.1 Cloud Adoption in Critical Infrastructure
23.2 Cloud Security Risks
23.3 Cloud Service Models
23.4 Data Protection in Cloud
23.5 Identity and Access in Cloud
23.6 Cloud Security Controls
23.7 Cloud Compliance
23.8 Cloud Monitoring
23.9 Cloud Incident Response
23.10 Vendor Lock-in and Exit Strategies

24. Business Continuity and Disaster Recovery
24.1 Business Continuity Planning
24.2 Disaster Recovery Strategies
24.3 ICS System Backups
24.4 Recovery Time Objectives (RTO)
24.5 Recovery Point Objectives (RPO)
24.6 Alternate Site Planning
24.7 Emergency Communication
24.8 Periodic Testing
24.9 Lessons Learned
24.10 Plan Maintenance

25. Security Awareness and Training
25.1 Security Culture
25.2 Awareness Programs
25.3 User Training Topics
25.4 Phishing Simulations
25.5 Training Frequency
25.6 Role-based Training
25.7 Training for Contractors
25.8 Measuring Effectiveness
25.9 Updating Training Content
25.10 Compliance with Training Requirements

26. Secure System Configuration
26.1 System Hardening
26.2 Disabling Unused Services
26.3 Secure Default Settings
26.4 Configuration Baselines
26.5 Secure Boot
26.6 Secure Remote Administration
26.7 Auditing System Configurations
26.8 Change Control
26.9 Configuration Documentation
26.10 Configuration Monitoring Tools

27. Logging and Audit Trails
27.1 Log Types
27.2 Log Collection
27.3 Centralized Logging
27.4 Log Retention Policies
27.5 Securing Log Data
27.6 Log Analysis
27.7 Detecting Anomalies in Logs
27.8 Audit Trail Requirements
27.9 Log Review Procedures
27.10 Compliance with Logging Standards

28. Security Testing in ICS Environments
28.1 Vulnerability Assessment Tools
28.2 Penetration Testing Approaches
28.3 Red Team Exercises
28.4 Blue Team Exercises
28.5 White Team Coordination
28.6 Testing in Production vs. Test Environments
28.7 Social Engineering Testing
28.8 Reporting and Remediation
28.9 Risk-Based Testing
28.10 Testing Frequency

29. ICS Device Security
29.1 Device Authentication
29.2 Device Configuration Management
29.3 Device Hardening
29.4 Firmware Updates
29.5 Device Logging
29.6 Device Monitoring
29.7 End-of-Life Device Management
29.8 Physical Security for Devices
29.9 Secure Device Disposal
29.10 Device Inventory

30. Secure File Transfer and Data Sharing
30.1 Secure File Transfer Protocols
30.2 Data Integrity Checks
30.3 Encrypted File Storage
30.4 Access Control for Shared Data
30.5 Secure APIs
30.6 Data Sharing Policies
30.7 Data Minimization
30.8 Monitoring File Transfers
30.9 Secure Data Erasure
30.10 Data Handling Training

31. Security in Legacy Systems
31.1 Identifying Legacy Systems
31.2 Risks of Legacy Systems
31.3 Legacy System Hardening
31.4 Network Segmentation for Legacy
31.5 Virtual Patching
31.6 Migration Planning
31.7 Decommissioning Procedures
31.8 Legacy System Monitoring
31.9 Compensating Controls
31.10 Vendor Support for Legacy Systems

32. Encryption Key Management
32.1 Key Generation
32.2 Key Storage
32.3 Key Rotation
32.4 Key Distribution
32.5 Key Backup
32.6 Key Revocation
32.7 Hardware Security Modules (HSM)
32.8 Access Control for Keys
32.9 Compliance Requirements
32.10 Key Management Best Practices

33. Security Assessment and Auditing
33.1 Audit Planning
33.2 Internal vs. External Audits
33.3 Audit Evidence Collection
33.4 Compliance Audits
33.5 Technical Assessments
33.6 Policy and Procedure Audits
33.7 Reporting Audit Findings
33.8 Tracking Remediation
33.9 Audit Documentation
33.10 Continuous Improvement

34. Security Metrics and Reporting
34.1 Defining Security Metrics
34.2 Data Collection
34.3 Metric Analysis
34.4 Key Performance Indicators
34.5 Reporting to Stakeholders
34.6 Automating Metrics
34.7 Metrics for Compliance
34.8 Metrics for Incident Response
34.9 Continuous Monitoring Metrics
34.10 Improving Security through Metrics

35. Security in Remote and Distributed Sites
35.1 Challenges of Remote Sites
35.2 Secure Communications
35.3 Physical Security for Remote Sites
35.4 Remote Site Monitoring
35.5 Incident Response in Remote Locations
35.6 Power and Environmental Controls
35.7 Secure Remote Maintenance
35.8 Connectivity Redundancy
35.9 Training for Remote Personnel
35.10 Centralized Management

36. Secure Software Development for ICS
36.1 Secure Development Lifecycle
36.2 Secure Coding Practices
36.3 Static and Dynamic Analysis
36.4 Secure Software Architecture
36.5 Threat Modeling for Developers
36.6 Security Testing in Development
36.7 Developer Training
36.8 Secure Build Environments
36.9 Patch Management in Development
36.10 Software Release Management

37. Security for Mobile Devices in ICS
37.1 Mobile Device Usage Policies
37.2 Mobile Device Management (MDM)
37.3 Application Control
37.4 Device Encryption
37.5 Secure Wireless Configuration
37.6 Anti-malware for Mobile
37.7 Mobile Device Inventory
37.8 Incident Response for Mobile
37.9 Secure Decommissioning
37.10 Mobile Device Training

38. Advanced Persistent Threats (APT) in ICS
38.1 Defining APTs
38.2 Tactics, Techniques, and Procedures (TTPs)
38.3 Notable ICS APT Campaigns
38.4 Detection of APTs
38.5 APT Mitigation Strategies
38.6 Threat Hunting
38.7 Attribution Challenges
38.8 APT Incident Response
38.9 Collaboration with Law Enforcement
38.10 Lessons Learned from APTs

39. Human Factors and Insider Threats
39.1 Social Engineering Risks
39.2 Insider Threat Types
39.3 Behavioral Indicators
39.4 Insider Threat Detection
39.5 Employee Screening
39.6 Insider Threat Policies
39.7 Incident Management
39.8 Training and Awareness
39.9 Monitoring User Behavior
39.10 Legal and Ethical Issues

40. Secure Integration of IT and OT
40.1 IT/OT Convergence
40.2 Integration Challenges
40.3 Security Risks of Integration
40.4 Segmentation Strategies
40.5 Secure Data Sharing
40.6 Unified Monitoring
40.7 Change Management
40.8 Policy Alignment
40.9 Incident Response Coordination
40.10 Best Practices for Integration

41. Third-Party Risk Management
41.1 Identifying Third Parties
41.2 Risk Assessment
41.3 Due Diligence
41.4 Security Requirements for Vendors
41.5 Contractual Obligations
41.6 Continuous Monitoring
41.7 Third-Party Access Control
41.8 Incident Response for Third Parties
41.9 Termination Procedures
41.10 Third-Party Risk Reporting

42. Security Documentation and Recordkeeping
42.1 Policy Documentation
42.2 Procedure Documentation
42.3 Configuration Documentation
42.4 Asset Records
42.5 Incident Records
42.6 Audit Trails
42.7 Documentation Standards
42.8 Version Control
42.9 Secure Storage
42.10 Retention Policies

43. Legal, Regulatory, and Ethical Issues
43.1 Legal Requirements
43.2 Regulatory Compliance
43.3 Privacy Laws
43.4 Reporting Obligations
43.5 Data Breach Notification
43.6 Ethics in Security
43.7 Intellectual Property
43.8 Cross-border Data Issues
43.9 Law Enforcement Collaboration
43.10 Ethics Training

44. Security Architecture and Design
44.1 Security by Design
44.2 Defense in Depth
44.3 Secure Network Design
44.4 Zero Trust Architecture
44.5 ICS Security Layering
44.6 Secure Remote Access Design
44.7 Physical and Logical Segregation
44.8 Redundancy and Fault Tolerance
44.9 Secure Cloud Architecture
44.10 Security Architecture Reviews

45. Emerging Technologies and Threats in ICS
45.1 Internet of Things (IoT) in ICS
45.2 AI and Machine Learning
45.3 Blockchain Applications
45.4 5G and Wireless Advances
45.5 New Attack Vectors
45.6 Threats to Smart Grids
45.7 Quantum Computing Impact
45.8 Automation and Orchestration
45.9 Security for Edge Devices
45.10 Adapting to Emerging Threats

46. Security Program Management
46.1 Establishing a Security Program
46.2 Program Governance
46.3 Security Frameworks
46.4 Stakeholder Engagement
46.5 Program Metrics
46.6 Continuous Improvement
46.7 Resource Allocation
46.8 Program Communication
46.9 Security Budgeting
46.10 Measuring Program Success

47. Security Incident Case Studies
47.1 Stuxnet
47.2 BlackEnergy
47.3 CrashOverride/Industroyer
47.4 Triton/Trisis
47.5 Havex
47.6 Ukraine Power Grid Attack
47.7 Water Utility Attacks
47.8 Ransomware in ICS
47.9 Insider Sabotage
47.10 Lessons Learned

48. Security Certification and Continuous Learning
48.1 Importance of Certification
48.2 Certification Pathways
48.3 Exam Preparation Strategies
48.4 Practice Exams
48.5 Study Groups
48.6 Continuous Learning
48.7 Conferences and Workshops
48.8 Professional Networking
48.9 Staying Current with Threats
48.10 Career Progression

49. Exam Preparation and Test-Taking Strategies
49.1 Understanding the GCIP Exam Format
49.2 Time Management
49.3 Reviewing Exam Objectives
49.4 Practice Questions
49.5 Managing Exam Stress
49.6 Study Resources
49.7 Reviewing Weak Areas
49.8 Exam Day Tips
49.9 Post-exam Review
49.10 Continuing Education Credits

50. Future Trends in Critical Infrastructure Security
50.1 Evolving Threat Landscape
50.2 Regulatory Changes
50.3 Advances in Security Technology
50.4 Security Workforce Challenges
50.5 Resilience Building
50.6 International Collaboration
50.7 Public-Private Partnerships
50.8 Incident Response Evolution
50.9 Security Automation
50.10 Preparing for the Future