This comprehensive training program is designed to prepare professionals for the 2025 Certified Information Security Manager (CISM) certification—an internationally recognized benchmark for leadership in information security governance, risk, and program management.
Fully aligned with the latest ISACA CISM 2025 job practice, the course covers the four updated domains of the certification exam:
- Information Security Governance
- Information Security Risk Management
- Information Security Program Management and Development
- Information Security Incident Management
Learners begin with an overview of the CISM certification, highlighting its strategic value in career advancement, professional credibility, and global recognition as a standard for information security leadership roles.
What You’ll Learn by Domain
Domain 1: Information Security Governance
Learn to establish and maintain a governance framework that supports business objectives, define security strategies, and measure governance effectiveness through KPIs, KRIs, and reporting practices.
Domain 2: Information Security Risk Management
Gain expertise in developing and executing a risk management strategy. Topics include risk assessment methodologies, threat modeling, risk treatment plans, and integration with enterprise risk management (ERM) programs.
Domain 3: Information Security Program Development and Management
Explore how to build and manage a robust information security program. Focus areas include policy development, resource management, training and awareness, and security architecture aligned with organizational goals.
Domain 4: Information Security Incident Management
Understand how to plan for and respond to incidents. This domain covers incident response planning, detection and escalation, forensic data handling, communication protocols, and post-incident lessons learned.
Why Choose This Course
- Aligned with ISACA’s CISM 2025 exam objectives
- Ideal for professionals transitioning into security leadership and risk management roles
- Focuses on real-world practices, frameworks (NIST, COBIT, ISO 27001), and metrics used by top organizations
- Enhances your readiness to pass the CISM exam on the first attempt and lead enterprise-wide security initiatives
Who Should Enroll?
Information Security Managers and Officers
- Risk Managers and IT Governance Professionals.
- Security Consultants and Analysts.
- Mid-to-Senior Level IT Professionals seeking strategic security leadership roles.
Why InfoSec4tc?
- Real-World Training, Not Just Theory.
- Global Certifications + Local Expertise.
- Learn from Proven Experts.
- 100% Money-Back Guarantee.
- Flexible Learning – Anytime, Anywhere.
- Access to Live Workshops & Recorded Sessions.
- Interactive Cybersecurity Projects & Labs.
- Career-Focused Roadmaps for All Levels.
- Trusted by 80,000+ Learners Worldwide.
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Course Curriculum
- 1.1 Guidance on next steps after completing the course
- 1.2 Final thoughts and encouragement for pursuing CISM certification
- 1.3 Recap of key concepts covered in the course
- 1.4 Understanding information security governance (8:09)
- 1.5 Roles and responsibilities of information security governance (3:02)
- 1.6 CISO JD (4:02)
- 1.7 Establishing an Information Steering Committee ISSC (3:27)
- 1.8 Policies and Procedures (8:57)
- 1.9 IS Policy Sample (7:34)
- 1.10 Policy Template Resources (1:35)
- 1.11 Compliance and Legal Requirements (3:04)
- 1.12 Implementing information security governance frameworks (7:26)
- 1.13 ISO 27001 Standards (8:56)
- 1.14 PCI-DSS (9:31)
- 1.15 Mapping between standards (2:47)
- 1.16 NIST 800-53 (2:38)
- 1.17 SP NIST 800-53 (4:02)
- 1.18 HIPAA (3:02)
- 1.19 Security Governance (3:37)
- 1.20 Security Governance
- 1.21 Governance using AI Part 1 (9:24)
- 1.22 Governance using AI Part 2 (5:06)
- 1.23 Awareness and Education (7:47)
- 1.24 Security Models (2:18)
- 1.25 Security Models
- 1.26 Incident Report (5:33)
- 1.27 professional Ethics (4:32)
- 1.28 Professional Ethics
- 1.29 Security Documentation (2:47)
- 1.30 Security Documentation
- 1.31 Threat Modeling (5:16)
- 1.32 Threat Modeling
- 1.33 Acquisition Strategy and practice (5:11)
- 1.34 Acquisition Strategy and Practice
- 1.35 Information security policy (3:08)
- 1.36 information security policy
- 1.37 Security Awareness and Training (3:43)
- 1.38 Security Awareness and Training
- 1.39 Audits (4:18)
- 1.40 Audits
- 2.1 Risk Managment (10:49)
- 2.2 Qualitative vs Quantitively Assessment (8:20)
- 2.3 Risk Formula (11:38)
- 2.4 Risk Management Strategies (10:08)
- 2.5 Data Security Controls (4:02)
- 2.6 Data Security Controls
- 2.7 Security Controls (6:23)
- 2.8 NIST 800-37 (2:15)
- 2.9 NIST 800-37 (2:14)
- 2.10 Risk Register (1:12)
- 2.11 Risk Management (4:32)
- 2.12 Risk management
- 2.13 Information Asset Management (4:05)
- 2.14 information asset management
- 2.15 Privacy Protection (4:06)
- 2.16 Privacy Protection
- 2.17 Asset Retention (5:17)
- 2.18 Asset Retention
- 2.19 Asset Classification (4:14)
- 2.20 Asset Classification
- 2.21 Secure Data Handling (5:04)
- 2.22 Secure Data Handling
- 3.1 Security Policy Framework (24:53)
- 3.2 The Relationship Between Security Document Types (3:42)
- 3.3 Identify, analyze, and prioritize Business Continuity (BC) requirements (8:17)
- 3.4 BCP Phases (12:00)
- 3.5 Business Impact Analysis - BIA (10:41)
- 3.6 NIST SP 800-34 (8:06)
- 3.7 MTD-RTO-RPO- (11:29)
- 3.8 Business Continuity Controls (9:41)
- 3.9 High availability and Fault Tolerance (11:28)
- 3.10 Resources CIS (4:17)
- 3.11 Security in the Engineering Lifecycle (5:49)
- 3.12 Security in the Engineering Lifecycle
- 3.13 Symmetric vs. Asymmetric Cryptography (2:34)
- 3.14 Symmetric vs. Asymmetric Cryptography
- 3.15 Cryptography Applications (Digital Rights Management, Hishing) (6:55)
- 3.16 Cryptography Applications (Digital Rights Management, Hishing)
- 3.17 Cryptography Applications (PKI,Digital Certificates and Signature)
- 3.18 Cryptography Applications (PKI,Digital Certificates and Signature) (4:52)
- 3.19 Physical Security (5:48)
- 3.20 Physical Security
- 3.21 System Component Security - Part 2 (3:44)
- 3.22 System Component Security - Part 2
- 3.23 System Component security - part 3 (4:18)
- 3.24 System Component Security - Part 3
- 3.25 System Component Security- Part 1 (5:15)
- 3.26 System Component Security- Part 1
- 3.27 Security Models (3:33)
- 3.28 Security Models
- 3.29 Controls and Countermeasures in Enterprise Security (8:59)
- 3.30 Controls and Countermeasures in Enterprise Security
- 3.31 Information System Security Capabilities (7:09)
- 3.32 Information System Security Capabilities
- 3.33 Design and Architecture Vulnerability Mitigation- Part 1
- 3.34 Design and Architecture Vulnerability Mitigation- Part 1 (5:27)
- 3.35 Design and Architecture Vulnerability Mitigation - Part 2 (5:29)
- 3.37 Design and Architecture Vulnerability Mitigation - Part 2
- 3.38 Design and Architecture Vulnerability Mitigation - Part 3 (5:44)
- 3.39 Design and Architecture Vulnerability Mitigation - Part 3
- 3.40 Patch and Vulnerability Management (8:04)
- 3.41 Patch and Vulnerability Management
- 3.42 Vulnerability Mitigation in Embedded, Mobile, and Web-Based Systems (6:52)
- 3.43 Vulnerability Mitigation in Embedded, Mobile, and Web-Based Systems
- 3.44 Cryptography Basics - Part 1 (3:05)
- 3.45 Cryptography Basics - Part 1
- 3.46 Cryptography Basics - Part 2 (0:53)
- 3.47 Cryptography Basics - Part 2
- 3.48 Cryptography Basics - Part 3 (1:55)
- 3.49 Cryptography Basics - Part 3
- 4.1 Incident Management (5:24)
- 4.2 Incident Response (5:37)
- 4.3 Incident Response
- 4.4 Incident Classification and Prioritization (5:52)
- 4.5 Incident Classification and Prioritization
- 4.6 Forensics and Evidence Collection (6:19)
- 4.7 Forensics and Evidence Collection
- 4.8 BCP (5:48)
- 4.9 BCP
- 4.10 Disaster Recovery Planning (5:40)
- 4.11 Disaster Recovery Planning
- 4.12 Disaster Recovery Implementation (4:47)
- 4.13 Disaster Recovery Implementation
- 4.14 Change Management (5:24)
- 4.15 Change Management
- 4.16 Recovery Site Strategies (4:52)
- 4.17 Recovery Site Strategies
- 4.18 Logging and Monitoring (4:18)
- 4.19 Logging and Monitoring
- 4.20 Backup (5:59)
- 4.21 Alternative Sites (8:09)
- 3.1 Security in the Engineering Lifecycle (5:49)
- 3.1 Security in the Engineering Lifecycle
- 3.10 Symmetric vs. Asymmetric Cryptography (2:34)
- 3.10 Symmetric vs. Asymmetric Cryptography
- 3.11 Cryptography Applications (Digital Rights Management, Hishing) (6:55)
- 3.11 Cryptography Applications (Digital Rights Management, Hishing)
- 3.12 Cryptography Applications (PKI,Digital Certificates and Signature)
- 3.12 Cryptography Applications (PKI,Digital Certificates and Signature) (4:52)
- 3.13 Physcial Security (5:48)
- 3.13 Physcial Security
- 3.2 System Component Security - Part 2 (3:44)
- 3.2 System Component Security - Part 2
- 3.2 System Component security - part 3 (4:18)
- 3.2 System Component Security - Part 3
- 3.2 System Component Security- Part 1 (5:15)
- 3.2 System Component Security- Part 1
- 3.3 Security Models (3:33)
- 3.3 Security Models
- 3.4 Controls and Countermeasures in Enterprise Security (8:59)
- 3.4 Controls and Countermeasures in Enterprise Security
- 3.5 Information System Security Capabilities (7:09)
- 3.5 Information System Security Capabilities
- 3.6 Design and Architecture Vulnerability Mitigation - Part 2 (5:29)
- 3.6 Design and Architecture Vulnerability Mitigation - Part 2
- 3.6 Design and Architecture Vulnerability Mitigation - Part 3 (5:44)
- 3.6 Design and Architecture Vulnerability Mitigation - Part 3
- 3.6 Design and Architecture Vulnerability Mitigation- Part 1 (5:27)
- 3.6 Design and Architecture Vulnerability Mitigation- Part 1
- 3.7 Patch and Vulnerability Management (8:04)
- 3.7 Patch and Vulnerability Management
- 3.8 Vulnerability Mitigation in Embedded, Mobile, and Web-Based Systems (6:52)
- 3.8 Vulnerability Mitigation in Embedded, Mobile, and Web-Based Systems
- 3.9 Cryptography Basics - Part 1 (3:05)
- 3.9 Cryptography Basics - Part 1
- 3.9 Cryptography Basics - Part 2 (0:53)
- 3.9 Cryptography Basics - Part 2
- 3.9 Cryptography Basics - Part 3 (1:55)
- 3.9 Cryptography Basics - Part 3
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