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BICSI CISMP10 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|
| Topic 1: Information Security Principles | 10% | - Personal data privacy legislation and considerations
- 1. GDPR key terms: personal data, processing, data subjects, controllers and processors
- 2. Data Protection Act 2018 and its four data protection regimes
- 3. GDPR data protection principles
- Terms and concepts associated with information security management
- 1. Assets and asset types
- 2. Identity, authentication and authorisation
- 3. Information Security Management System (ISMS)
- 4. Information governance, accountability, audit and compliance
- 5. Information assurance: confidentiality, integrity, availability and non-repudiation
- 6. Risk appetite and risk tolerance
- 7. Threats, vulnerabilities, risks and impacts
- Need for and benefits of information security
- 1. Integration of information security into business processes
- 2. Information security professionalism and ethics
- 3. Security awareness and training
- 4. Business models and their impact on security
- 5. Balancing security costs, benefits and risk reduction
|
| Topic 2: Emerging and Growing Technologies | 5% | - Security concerns associated with artificial intelligence
- 1. AI privacy, data collection and security
- 2. AI misuse and deepfakes
- 3. Ethical considerations of AI
- 4. Transparency, explainability, data bias and outcome bias
- Operational technology security
- 1. ISA/IEC 62443
- 2. Operational technology security considerations
- Security risks associated with Internet of Things devices
- 1. Increased attack surface
- 2. Unencrypted data transfer
- 3. Default settings and passwords
|
| Topic 3: Technical Security | 15% | - Networks and network security
- 1. Network topologies: bus, star, mesh and hybrid
- 2. Cryptography and hashing
- 3. Protocols: FTP, SFTP, SSH, SMTP, DNS, HTTP, HTTPS and Kerberos
- 4. Network components: switches, routers and firewalls
- 5. Containers, microservices and Docker
- 6. VPN, IPsec, data loss prevention and demilitarised zones
- 7. Network types and IP addressing
- 8. Cloud computing models: IaaS, PaaS, SaaS, deployment models and cloud security
- 9. Wi-Fi, IDS, IPS and WPA
- Technical strategies and measures for securing IT infrastructure
- 1. Privileged Access Management (PAM)
- 2. Zero trust
- 3. Data backups, integrity verification and backup storage
- 4. Separation of systems
|
| Topic 4: Information Security Frameworks | 15% | - Organisational structure and information security policy
- 1. Organisational security culture
- 2. Balancing physical, procedural and technical controls
- 3. Security policies, standards, procedures and guidelines
- 4. Information and cyber security roles and responsibilities
- 5. Statutory, regulatory and advisory requirements
- 6. End-user codes of practice
- Security standards, procedures and frameworks
- 1. Configuration management and change control
- 2. Baseline controls
- 3. Cyber Essentials and Cyber Essentials Plus
- 4. ISO 27001
- 5. CIS Controls
- 6. NIST Cybersecurity Framework
- Information security governance and information assurance
- 1. Information assurance implementation
- 2. Information security charters and policy reviews
- 3. Legal considerations: personal data protection, computer misuse, intellectual property, contractual safeguards, records retention, digital signatures and cryptography
- 4. Security audits, reviews and compliance reporting
- 5. Data classification systems, levels and protection rules
|
| Topic 5: Physical and Environmental Security | 5% | - Physical security controls
- 1. Secure asset disposal and IEEE P2883 storage sanitisation
- 2. Equipment protection, security marking, backup generators and uninterruptible power supplies
- 3. Building access controls, secure entry points and storage facilities
- 4. Clear screen and clear desk policies
- 5. Asset registers, staff procedures, BYOD and secure movement of property
- 6. Maintenance contracts, service level agreements, electrical and network cabling security
- 7. Electronic entry controls, tailgating, monitoring and detection
|
| Topic 6: Information Risk | 15% | - Key components of risk management
- 1. Information asset identification, inventory, classification and valuation
- 2. Operational controls: physical, technical and procedural
- 3. Control categories: preventive, detective, corrective, compensating, deterrent and directive
- 4. Risk registers
- 5. Threat categorisation: physical, cyber, legal, contractual, accidental and deliberate threats
- Risk management lifecycle
- 1. Risk analysis: impact, likelihood and business impact analysis
- 2. Communication, consultation, monitoring and review
- 3. Risk analysis methods: risk matrices, ISACA risk formula, qualitative and quantitative analysis, single loss expectancy, annual rate of occurrence and annual loss expectancy
- 4. Risk identification
- 5. Risk treatment: avoid, transfer, mitigate and accept
|
| Topic 7: The Security Lifecycle and DevSecOps | 10% | - DevSecOps
- 1. DevSecOps pipeline: plan, code, build, test, release and deploy
- 2. Secure by design
- 3. Definition, purpose and benefits of DevSecOps
- 4. Agile development: sprint planning, daily scrum, sprint review and backlog refinement
- Information security lifecycle management
- 1. Cybersecurity Supply Chain Risk Management (C-SCRM)
- 2. Information lifecycle: creation, storage, usage, archiving and destruction
- 3. Shadow IT
- 4. System testing: planning, execution, post-execution and control frameworks
- 5. Security considerations for commercial off-the-shelf software and free and open-source software
|
| Topic 8: Security Operations | 15% | - Common cyberattacks and threats
- 1. Code injection, SQL injection, cross-site scripting and DNS tunnelling
- 2. Zero-day exploits, social engineering and phishing
- 3. Identity-based attacks, credential stuffing and brute-force attacks
- 4. Password security and multi-factor authentication
- 5. Denial-of-Service (DoS) and spoofing
- 6. Insider threats and malware
- Security vulnerability identification and management
- 1. Common Vulnerability Scoring System (CVSS)
- 2. Vulnerability monitoring
- 3. Red teaming
- 4. Common Vulnerabilities and Exposures (CVE)
- 5. Ethical hacking and penetration testing
- Threat modelling and common frameworks
- 1. Threat-informed defence and information warfare
- 2. Attack trees, STRIDE and MITRE ATT&CK
- 3. Threat modelling concepts and purpose
- Security architecture and operations
- 1. Authentication and authorisation mechanisms
- 2. Security Orchestration, Automation and Response (SOAR)
- 3. Security Information and Event Management (SIEM)
- 4. Vulnerability management, incident response, threat intelligence and access control
- 5. Layered defence, defence in depth and breadth
- 6. Least privilege and separation of duties
- 7. Network Security Monitoring (NSM) and endpoint security
|
| Topic 9: Disaster Recovery and Digital Forensics | 10% | - Incident response activities
- 1. Incident response team roles and responsibilities
- 2. NIST SP 800-61 incident response stages: preparation, detection and analysis, containment, eradication, recovery and post-incident activity
- 3. Incident response plans
- Disaster recovery terminology and processes
- 1. Disaster recovery plans
- 2. Recovery Time Objective (RTO), Recovery Point Objective (RPO) and Maximum Tolerable Outage (MTO)
- 3. Disaster recovery, business continuity plans and business impact analysis
- Digital forensics processes and principles
- 1. Criminal investigations and root cause analysis
- 2. Digital forensic processes
- 3. Volatile and non-volatile digital evidence
- 4. Chain of custody
- 5. NPCC Good Practice Guide for Computer-Based Electronic Evidence
|
