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ISC CISSP Exam Syllabus Topics:

SectionWeightObjectives
Security Operations13%- Conduct logging and monitoring activities
  • 1. SIEM
  • 2. Continuous monitoring
- Implement disaster recovery processes
  • 1. Business continuity
  • 2. Recovery testing
- Understand and support investigations
  • 1. Digital forensics
  • 2. Evidence handling
- Implement incident management
  • 1. Recovery procedures
  • 2. Incident response
- Operate and maintain preventive measures
  • 1. Backup operations
  • 2. Patch management
Software Development Security11%- Understand software development lifecycle security
  • 1. Secure SDLC
  • 2. DevSecOps
- Identify and mitigate vulnerabilities
  • 1. Static and dynamic testing
  • 2. Code review
- Assess software security effectiveness
  • 1. Application testing
  • 2. Security metrics
Security and Risk Management15%- Understand and apply security concepts
  • 1. Confidentiality, integrity and availability
  • 2. Security governance principles
  • 3. Due care and due diligence
- Understand and apply threat modeling concepts
  • 1. Threat actors
  • 2. Attack surfaces
- Understand legal and regulatory issues
  • 1. Cyber crimes and data breaches
  • 2. Licensing and intellectual property
- Understand requirements for investigation types
  • 1. Criminal investigations
  • 2. Administrative investigations
- Apply risk management concepts
  • 1. Risk monitoring
  • 2. Risk assessment
  • 3. Risk treatment
- Evaluate and apply security governance principles
  • 1. Organizational processes
  • 2. Roles and responsibilities
  • 3. Security policies and procedures
- Identify and analyze threats and vulnerabilities
  • 1. Threat modeling
  • 2. Risk analysis methodologies
- Determine compliance requirements
  • 1. Privacy requirements
  • 2. Legal and regulatory requirements
- Establish and manage security awareness training
  • 1. Training effectiveness
  • 2. Awareness programs
- Apply supply chain risk management concepts
  • 1. Vendor assessments
  • 2. Third-party governance
- Develop and manage security policies
  • 1. Policy lifecycle
  • 2. Standards and guidelines
Security Assessment and Testing12%- Conduct security control testing
  • 1. Penetration testing
  • 2. Vulnerability assessments
- Collect and analyze test outputs
  • 1. Log reviews
  • 2. Reporting
- Design and validate assessment strategies
  • 1. Audit strategies
  • 2. Security testing
Communication and Network Security13%- Secure network components
  • 1. Routers and switches
  • 2. Firewalls
- Implement secure communication channels
  • 1. Secure protocols
  • 2. VPN
- Implement secure design principles in networks
  • 1. Network architecture
  • 2. Segmentation
Security Architecture and Engineering13%- Research and implement security models
  • 1. Trusted computing base
  • 2. Security frameworks
- Apply cryptography
  • 1. PKI
  • 2. Encryption methods
- Assess vulnerabilities of architectures
  • 1. Cloud-based systems
  • 2. Embedded systems
- Select controls based on security requirements
  • 1. Detective controls
  • 2. Preventive controls
- Understand security capabilities of systems
  • 1. Hardware security
  • 2. Virtualization
Asset Security10%- Manage data lifecycle
  • 1. Data storage
  • 2. Data sharing
- Provision resources securely
  • 1. Asset lifecycle management
  • 2. Media handling
- Establish information handling requirements
  • 1. Data retention
  • 2. Secure disposal
- Identify and classify information and assets
  • 1. Data classification
  • 2. Asset ownership
Identity and Access Management13%- Control physical and logical access
  • 1. Access provisioning
  • 2. Identity lifecycle
- Integrate identity as a service
  • 1. SSO
  • 2. Cloud identity
- Manage identification and authentication
  • 1. MFA
  • 2. Federated identity

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ISC Certified Information Systems Security Professional (CISSP) Sample Questions (Q1787-Q1792):

NEW QUESTION # 1787
Which of the following terms is NOT associated with a Read Only
Memory (ROM)?

Answer: B

Explanation:
Static Random Access Memory (SRAM) is volatile and, therefore, loses its data if power is removed from the system. Conversely, a ROM is nonvolatile in that it does not lose its content when power is removed.
*Flash memories are a type of electrically programmable ROM.
*Answer FPGA is a type of Programmable Logic Device (PLD) that is programmed by blowing fuse connections on the chip or using an antifuse that makes a connection when a high voltage is applied to the junction.
*For answer firmware is a program that is stored on ROMs.


NEW QUESTION # 1788
Which of the following can best be defined as a key distribution protocol that uses hybrid encryption to convey session keys? This protocol establishes a long-term key once, and then requires no prior communication in order to establish or exchange keys on a session-by-session basis?

Answer: A

Explanation:
Explanation/Reference:
Explanation:
Simple Key-management for Internet Protocols (SKIP) was a protocol developed by the IETF Security Working Group for the sharing of encryption keys. It is a hybrid Key distribution protocol.
Incorrect Answers:
A: Internet Security Association and Key Management Protocol (ISAKMP) provides a framework for security association creation and key exchange.
C: Diffie-Hellman key exchange (D-H) is a specific method of securely exchanging cryptographic keys via a public channel
D: Internet Key Exchange (IKE) provides authenticated keying material for use with ISAKMP.
References:
Harris, Shon, All In One CISSP Exam Guide, 6th Edition, McGraw-Hill, 2013, p. 863
https://en.wikipedia.org/wiki/Simple_Key-Management_for_Internet_Protocol
https://en.wikipedia.org/wiki/Diffie-Hellman_key_exchange


NEW QUESTION # 1789
The security architect has been assigned the responsibility of ensuring integrity of the organization's electronic records. Which of the following methods provides the strongest level of integrity?

Answer: B

Explanation:
The method that provides the strongest level of integrity for the organization's electronic records is the digital signature. A digital signature is a cryptographic technique that uses public key cryptography and hashing to verify the authenticity, integrity, and non-repudiation of an electronic record. A digital signature is created by applying a hash function to the electronic record, which produces a unique and fixed-length value called a message digest. The message digest is then encrypted with the sender's private key, which produces the digital signature. The digital signature is attached to the electronic record and sent to the receiver. The receiver can verify the digital signature by decrypting it with the sender's public key, which produces the message digest. The receiver can then apply the same hash function to the electronic record, which produces another message digest. The receiver can then compare the two message digests, and if they match, it means that the electronic record is authentic, intact, and originated from the sender. A digital signature provides the strongest level of integrity for the electronic record, as it ensures that the electronic record has not been altered, tampered, or corrupted during transmission or storage, and that the electronic record can be traced back to the sender. A digital signature also provides other security benefits, such as confidentiality, authentication, and non- repudiation. Time stamping, encryption, and hashing are not methods that provide the strongest level of integrity for the organization's electronic records. Time stamping is a technique that records the date and time of an event, such as the creation, modification, or transmission of an electronic record. Time stamping can help to establish the chronology, validity, or expiration of an electronic record, but it does not ensure the integrity of the electronic record. Encryption is a technique that transforms the data of an electronic record into an unreadable form, using a secret key or algorithm. Encryption can help to protect the confidentiality and integrity of an electronic record, but it does not provide non-repudiation or authentication of the electronic record. Hashing is a technique that applies a mathematical function to the data of an electronic record, which produces a unique and fixed-length value called a hash or a message digest. Hashing can help to verify the integrity of an electronic record, but it does not provide confidentiality, authentication, or non-repudiation of the electronic record.


NEW QUESTION # 1790
Place the following information classification steps in sequential order.

Answer:

Explanation:

Explanation:
The following information classification steps should be placed in sequential order as follows:
* Document the information assets
* Assign a classification level
* Apply the appropriate security markings
* Conduct periodic classification reviews
* Declassify information when appropriate

Information classification is a process or a method of categorizing the information assets based on their sensitivity, criticality, or value, and applying the appropriate security controls or measures to protect them.
Information classification can help to ensure the confidentiality, the integrity, and the availability of the information assets, and to support the security, the compliance, or the business objectives of the organization.
The information classification steps are the activities or the tasks that are involved in the information classification process, and they should be performed in a sequential order, as follows:
* Document the information assets: This step involves identifying, inventorying, and describing the information assets that are owned, used, or managed by the organization, such as the data, the documents, the records, or the media. This step can help to determine the scope, the ownership, or the characteristics of the information assets, and to prepare for the next steps of the information classification process.
* Assign a classification level: This step involves assigning a classification level or a label to each information asset, based on the sensitivity, the criticality, or the value of the information asset, and the impact or the consequence of the unauthorized or the malicious access, disclosure, modification, or destruction of the information asset. The classification level or the label can indicate the degree or the extent of the security protection or the handling that the information asset requires, such as the confidentiality, the integrity, or the availability. The classification level or the label can vary depending on the organization's policies, standards, or regulations, but some common examples are public, internal, confidential, or secret.
* Apply the appropriate security markings: This step involves applying the appropriate security markings or indicators to the information assets, based on the classification level or the label of the information assets. The security markings or indicators can include the visual, the physical, or the electronic symbols, signs, or codes that show the classification level or the label of the information assets, such as the banners, the headers, the footers, the stamps, the stickers, the tags, or the metadata. The security markings or indicators can help to communicate, inform, or remind the users or the entities of the security protection or the handling that the information assets require, and to prevent or reduce the risk of the unauthorized or the malicious access, disclosure, modification, or destruction of the information assets.
* Conduct periodic classification reviews: This step involves conducting periodic classification reviews or assessments of the information assets, to ensure that the classification level or the label and the security markings or indicators of the information assets are accurate, consistent, and up-to-date. The periodic classification reviews or assessments can be triggered by the changes or the events that affect the sensitivity, the criticality, or the value of the information assets, such as the business needs, the legal requirements, the security incidents, or the data lifecycle. The periodic classification reviews or assessments can help to verify, validate, or update the classification level or the label and the security markings or indicators of the information assets, and to maintain or improve the security protection or the handling of the information assets.
* Declassify information when appropriate: This step involves declassifying or downgrading the information assets when appropriate, to reduce or remove the security protection or the handling that the information assets require, based on the sensitivity, the criticality, or the value of the information assets, and the impact or the consequence of the unauthorized or the malicious access, disclosure, modification, or destruction of the information assets. The declassification or the downgrade of the information assets can be triggered by the changes or the events that affect the sensitivity, the criticality, or the value of the information assets, such as the expiration, the disposal, the release, or the transfer of the information assets. The declassification or the downgrade of the information assets can help to optimize, balance, or streamline the security protection or the handling of the information assets, and to support the security,


NEW QUESTION # 1791
Which of the following is a second optional use of Network Access Control (NAC) technology?

Answer: B

Explanation:
A secondary (optional but common) use of Network Access Control (NAC) is posture checking - assessing the health or compliance state of a device before granting network access. This may include:
- Antivirus status
- Patch levels
- Operating system version
- Presence of required software or configurations


NEW QUESTION # 1792
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