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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Security Assessment and Testing | 12% | - Audit Processes - Security Testing Methods |
| Topic 2: Security and Risk Management | 14% | - Security Governance Principles - Professional Ethics - Compliance and Legal Requirements |
| Topic 3: Security Architecture and Engineering | 13% | - Security Models and Frameworks - Secure Design Principles |
| Topic 4: Communication and Network Security | 13% | - Secure Network Components - Network Architecture and Design |
| Topic 5: Security Operations | 13% | - Incident Response - Disaster Recovery and Business Continuity |
| Topic 6: Identity and Access Management (IAM) | 13% | - Identity Lifecycle Management - Authentication and Authorization |
| Topic 7: Software Development Security | 11% | - Application Security Controls - Secure Software Development Lifecycle (SDLC) |
| Topic 8: Asset Security | 10% | - Information and Asset Classification - Data Lifecycle Management |
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NEW QUESTION # 513
What BEST describes the confidentiality, integrity, availability triad?
Answer: D
NEW QUESTION # 514
Which technique can be used to make an encryption scheme more resistant to a known plaintext attack?
Answer: D
Explanation:
Compressing the data before encryption is a technique that can be used to make an encryption scheme more resistant to a known plaintext attack. A known plaintext attack is a type of cryptanalysis where the attacker has access to some pairs of plaintext and ciphertext encrypted with the same key, and tries to recover the key or decrypt other ciphertexts. A known plaintext attack can exploit the statistical properties or patterns of the plaintext or the ciphertext to reduce the search space or guess the key. Compressing the data before encryption can reduce the redundancy and increase the entropy of the plaintext, making it harder for the attacker to find any correlations or similarities between the plaintext and the ciphertext. Compressing the data before encryption can also reduce the size of the plaintext, making it more difficult for the attacker to obtain enough plaintext- ciphertext pairs for a successful attack.
NEW QUESTION # 515
Which type of firewall can be used to track connectionless protocols such as UDP and
RPC?
Answer: A
Explanation:
Here are some characteristics of Statefull Inspection technology on
Firewalls:
*
Scan information from all layers in the packet.
*
Save state information derived from previous communications, such as the outgoing Port command of an FTP session, so that incoming data communication can be verified against it.
*
Provides tracking support for connectionless protocols through the use of session state databases.
*
Allow state information derived from other applications access through the firewall for authorized services only, such as previously authenticated users.
*
Evaluate and manipulate flexible expressions based on communication and application derived state information.
NEW QUESTION # 516
What is the MOST important consideration from a data security perspective when an organization plans to relocate?
Answer: A
Explanation:
When an organization plans to relocate, the most important consideration from a data security perspective is to conduct a gap analysis of the new facilities against the existing security requirements. A gap analysis is a process that identifies and evaluates the differences between the current state and the desired state of a system or a process. In this case, the gap analysis would compare the security controls and measures implemented in the old and new locations, and identify any gaps or weaknesses that need to be addressed. The gap analysis would also help to determine the costs and resources needed to implement the necessary security improvements in the new facilities.
The other options are not as important as conducting a gap analysis, as they do not directly address the data security risks associated with relocation. Ensuring the fire prevention and detection systems are sufficient to protect personnel is a safety issue, not a data security issue. Reviewing the architectural plans to determine how many emergency exits are present is also a safety issue, not a data security issue. Revising the Disaster Recovery and Business Continuity (DR/BC) plan is a good practice, but it is not a preventive measure, rather a reactive one. A DR/BC plan is a document that outlines how an organization will recover from a disaster and resume its normal operations. A DR/BC plan should be updated regularly, not only when relocating.
NEW QUESTION # 517
Risk mitigation and risk reduction controls for providing information security are classified within three main categories, which of the following are being used?
Answer: A
Explanation:
Security is generally defined as the freedom from danger or as the condition of safety. Computer security, specifically, is the protection of data in a system against unauthorized disclosure, modification, or destruction and protection of the computer system itself against unauthorized use, modification, or denial of service. Because certain computer security controls inhibit productivity, security is typically a compromise toward which security practitioners, system users, and system operations and administrative personnel work to achieve a satisfactory balance between security and productivity.
Controls for providing information security can be physical, technical, or administrative.
These three categories of controls can be further classified as either preventive or detective. Preventive controls attempt to avoid the occurrence of unwanted events, whereas detective controls attempt to identify unwanted events after they have occurred.
Preventive controls inhibit the free use of computing resources and therefore can be applied only to the degree that the users are willing to accept. Effective security awareness programs can help increase users' level of tolerance for preventive controls by helping them understand how such controls enable them to trust their computing systems.
Common detective controls include audit trails, intrusion detection methods, and checksums.
Three other types of controls supplement preventive and detective controls. They are usually described as deterrent, corrective, and recovery.
Deterrent controls are intended to discourage individuals from intentionally violating information security policies or procedures. These usually take the form of constraints that make it difficult or undesirable to perform unauthorized activities or threats of consequences that influence a potential intruder to not violate security (e.g., threats ranging from embarrassment to severe punishment).
Corrective controls either remedy the circumstances that allowed the unauthorized activity or return conditions to what they were before the violation. Execution of corrective controls could result in changes to existing physical, technical, and administrative controls.
Recovery controls restore lost computing resources or capabilities and help the organization recover monetary losses caused by a security violation.
Deterrent, corrective, and recovery controls are considered to be special cases within the major categories of physical, technical, and administrative controls; they do not clearly belong in either preventive or detective categories. For example, it could be argued that deterrence is a form of prevention because it can cause an intruder to turn away; however, deterrence also involves detecting violations, which may be what the intruder fears most.
Corrective controls, on the other hand, are not preventive or detective, but they are clearly linked with technical controls when antiviral software eradicates a virus or with administrative controls when backup procedures enable restoring a damaged data base.
Finally, recovery controls are neither preventive nor detective but are included in administrative controls as disaster recovery or contingency plans.
Reference(s) used for this question
Handbook of Information Security Management, Hal Tipton,
NEW QUESTION # 518
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