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BCS CISMP-V9 Exam Questions
- Topic 1: Information Security Management Principles: In this section, the focus is given to information security concepts and processes such as confidentiality, integrity, availability and non-repudiation, cyber security, asset and asset types, and asset value and asset valuation. In this section, topics covered include threat, vulnerability, impact and risk, organizational risk appetite and risk tolerance, and information security policy.
- Topic 2: Information Risk: In this section, candidates will be tested to gain an appreciation of risk assessment and management to manage aspects of information security. It helps to outline the threats to and vulnerabilities of information systems. The section also covers topics such as the processes for understanding and managing risk relating to information systems.
- Topic 3: Information Security Framework: This section of the exam covers how to explain the process of risk management and how managers should implement it in an organization. It covers how businesses manage information security and organizational policy, standards, and procedures. The section also covers Information security governance and Information security implementation along with Security incident management. Moreover, other topics covered include how to describe the number of common, established standards and procedures that directly impact security management.
- Topic 4: Security Lifecycle: In this section of the exam, the topics covered include how to demonstrate an understanding of the importance and relevance of the information lifecycle. It also covers how to identify the following stages of the information lifecycle and the concepts of the design process lifecycle including essential and nonfunctional requirements.
- Topic 5: Procedural/People Security Controls: In this section of the exam, candidates are tested for their knowledge of the risks to information security involving people and also describe user access controls that may be used to manage those risks. The section also covers how to identify the importance of appropriate training for all those involved with information.
- Topic 6: Technical Security Controls: In this section of the exam, the topics covered include how to outline the technical controls that can be used to help ensure protection from malicious software, Identify information security principles associated with the underlying networks and communications systems, and recognize the information security issues relating to value-added services that use the underlying networks and communications systems. It also includes recalling the information security issues relating to organizations that utilize cloud computing facilities and how to describe the aspects of security in information systems including operating systems, database and file management systems, network systems, and applications systems.
- Topic 7: Physical and Environmental Security Controls: This section describes the physical aspects of security available in multi-layered defenses and explains how the environmental risks to information in terms of the need. It also tests candidates for their knowledge of Security requirements in delivery and loading areas.
- Topic 8: Disaster Recovery and Business Continuity Management: This section is about describing the differences between and the need for business continuity and disaster recovery.
- Topic 9: Other Technical Aspects: In this section, the topics covered include how to demonstrate an understanding of the principles and common practices, including any legal constraints and obligations, so they can contribute appropriately to investigations and the role of cryptography in protecting systems and assets, including awareness of the relevant standards and practices.
Free BCS CISMP-V9 Exam Actual Questions
Note: Premium Questions for CISMP-V9 were last updated On Jul. 15, 2024 (see below)
When a digital forensics investigator is conducting art investigation and handling the original data, what KEY principle must they adhere to?
In business continuity (BC) terms, what is the name of the individual responsible for recording all pertinent information associated with a BC exercise or real plan invocation?
In the context of business continuity (BC), the individual tasked with documenting all relevant details during a BC exercise or actual plan activation is known as theScribe. The Scribe's role is crucial as they ensure that all actions, decisions, and changes are recorded accurately, which is essential for post-incident reviews and audits. This position supports the BC process by providing a clear and chronological account of events, which is vital for assessing the effectiveness of the BC plan and for making improvements.
When a digital forensics investigator is conducting art investigation and handling the original data, what KEY principle must they adhere to?
In business continuity (BC) terms, what is the name of the individual responsible for recording all pertinent information associated with a BC exercise or real plan invocation?
In the context of business continuity (BC), the individual tasked with documenting all relevant details during a BC exercise or actual plan activation is known as theScribe. The Scribe's role is crucial as they ensure that all actions, decisions, and changes are recorded accurately, which is essential for post-incident reviews and audits. This position supports the BC process by providing a clear and chronological account of events, which is vital for assessing the effectiveness of the BC plan and for making improvements.
Which of the following is an asymmetric encryption algorithm?
RSA (Rivest-Shamir-Adleman) is a widely accepted asymmetric encryption algorithm. Unlike symmetric algorithms, which use the same key for both encryption and decryption, asymmetric algorithms use a pair of keys -- a public key for encryption and a private key for decryption. This method allows for secure key exchange over an insecure channel without the need to share the private key. RSA operates on the principle that it is easy to multiply large prime numbers together to create a product, but it is hard to reverse the process, i.e., to factorize the product back into the original primes. This one-way function underpins the security of RSA.
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