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ISC CISSP Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: Identity and Access Management13%- Integrate identity as a service
  • 1. SSO
  • 2. Cloud identity
- Control physical and logical access
  • 1. Access provisioning
  • 2. Identity lifecycle
- Manage identification and authentication
  • 1. MFA
  • 2. Federated identity
Topic 2: Asset Security10%- Identify and classify information and assets
  • 1. Asset ownership
  • 2. Data classification
- Establish information handling requirements
  • 1. Data retention
  • 2. Secure disposal
- Manage data lifecycle
  • 1. Data sharing
  • 2. Data storage
- Provision resources securely
  • 1. Asset lifecycle management
  • 2. Media handling
Topic 3: Communication and Network Security13%- Implement secure design principles in networks
  • 1. Network architecture
  • 2. Segmentation
- Secure network components
  • 1. Firewalls
  • 2. Routers and switches
- Implement secure communication channels
  • 1. Secure protocols
  • 2. VPN
Topic 4: Security Architecture and Engineering13%- Apply cryptography
  • 1. PKI
  • 2. Encryption methods
- Select controls based on security requirements
  • 1. Preventive controls
  • 2. Detective controls
- Research and implement security models
  • 1. Security frameworks
  • 2. Trusted computing base
- Understand security capabilities of systems
  • 1. Virtualization
  • 2. Hardware security
- Assess vulnerabilities of architectures
  • 1. Cloud-based systems
  • 2. Embedded systems
Topic 5: Software Development Security11%- Understand software development lifecycle security
  • 1. DevSecOps
  • 2. Secure SDLC
- Identify and mitigate vulnerabilities
  • 1. Code review
  • 2. Static and dynamic testing
- Assess software security effectiveness
  • 1. Application testing
  • 2. Security metrics
Topic 6: Security Operations13%- Understand and support investigations
  • 1. Evidence handling
  • 2. Digital forensics
- Implement disaster recovery processes
  • 1. Recovery testing
  • 2. Business continuity
- Implement incident management
  • 1. Incident response
  • 2. Recovery procedures
- Operate and maintain preventive measures
  • 1. Patch management
  • 2. Backup operations
- Conduct logging and monitoring activities
  • 1. SIEM
  • 2. Continuous monitoring
Topic 7: Security and Risk Management15%- Apply risk management concepts
  • 1. Risk assessment
  • 2. Risk monitoring
  • 3. Risk treatment
- Understand legal and regulatory issues
  • 1. Cyber crimes and data breaches
  • 2. Licensing and intellectual property
- Develop and manage security policies
  • 1. Standards and guidelines
  • 2. Policy lifecycle
- Identify and analyze threats and vulnerabilities
  • 1. Threat modeling
  • 2. Risk analysis methodologies
- Understand and apply threat modeling concepts
  • 1. Attack surfaces
  • 2. Threat actors
- Establish and manage security awareness training
  • 1. Training effectiveness
  • 2. Awareness programs
- Determine compliance requirements
  • 1. Legal and regulatory requirements
  • 2. Privacy requirements
- Understand and apply security concepts
  • 1. Confidentiality, integrity and availability
  • 2. Security governance principles
  • 3. Due care and due diligence
- Understand requirements for investigation types
  • 1. Administrative investigations
  • 2. Criminal investigations
- Apply supply chain risk management concepts
  • 1. Vendor assessments
  • 2. Third-party governance
- Evaluate and apply security governance principles
  • 1. Security policies and procedures
  • 2. Roles and responsibilities
  • 3. Organizational processes
Topic 8: Security Assessment and Testing12%- Design and validate assessment strategies
  • 1. Security testing
  • 2. Audit strategies
- Collect and analyze test outputs
  • 1. Reporting
  • 2. Log reviews
- Conduct security control testing
  • 1. Penetration testing
  • 2. Vulnerability assessments

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ISC Certified Information Systems Security Professional (CISSP) Sample Questions (Q126-Q131):

NEW QUESTION # 126
An organization that has achieved a Capability Maturity model Integration (CMMI) level of 4 has done which of the following?

Answer: C


NEW QUESTION # 127
Which of the following was NOT designed to be a proprietary encryption algorithm?

Answer: C

Explanation:
Explanation/Reference:
Explanation:
Blowfish is a block cipher that works on 64-bit blocks of data. The key length can be anywhere from 32 bits up to 448 bits, and the data blocks go through 16 rounds of cryptographic functions. It was intended as a replacement to the aging DES. While many of the other algorithms have been proprietary and thus encumbered by patents or kept as government secrets, this wasn't the case with Blowfish. Bruce Schneier, the creator of Blowfish, has stated, "Blowfish is unpatented, and will remain so in all countries. The algorithm is hereby placed in the public domain, and can be freely used by anyone." Incorrect Answers:
A: RC2 was designed to be a proprietary encryption algorithm.
B: RC4 was designed to be a proprietary encryption algorithm.
D: Skipjack was designed to be a proprietary encryption algorithm.
References:
Harris, Shon, All In One CISSP Exam Guide, 6th Edition, McGraw-Hill, 2013, p. 810


NEW QUESTION # 128
Which of the following is the PRIMARY objective of performing scans with an active discovery tool?

Answer: A


NEW QUESTION # 129
The act of validating a user with a unique and specific identifier is called what?

Answer: E

Explanation:
Authentication is the act of validating a user with a unique and specific identifier.


NEW QUESTION # 130
What kind of encryption is realized in the S/MIME-standard?

Answer: C

Explanation:
Explanation/Reference:
Explanation:
Secure MIME (S/MIME) is a standard for encrypting and digitally signing electronic mail and for providing secure data transmissions. S/MIME extends the MIME standard by allowing for the encryption of e-mail and attachments. The encryption and hashing algorithms can be specified by the user of the mail package, instead of having it dictated to them. S/MIME follows the Public Key Cryptography Standards (PKCS). S/ MIME provides confidentiality through encryption algorithms, integrity through hashing algorithms, authentication through the use of X.509 public key certificates, and nonrepudiation through cryptographically signed message digests.
A user that sends a message with confidential information can keep the contents private while it travels to its destination by using message encryption. For message encryption, a symmetric algorithm (DES, 3DES, or in older implementations RC2) is used to encrypt the message data. The key used for this process is a one-time bulk key generated at the email client. The recipient of the encrypted message needs the same symmetric key to decrypt the data, so the key needs to be communicated to the recipient in a secure manner. To accomplish that, an asymmetric key algorithm (RSA or Diffie-Hellman) is used to encrypt and securely exchange the symmetric key. The key used for this part of the message encryption process is the recipient's public key. When the recipient receives the encrypted message, he will use his private key to decrypt the symmetric key, which in turn is used to decrypt the message data.
As you can see, this type of message encryption uses a hybrid system, which means it uses both symmetric and asymmetric algorithms. The reason for not using the public key system to encrypt the data directly is that it requires a lot of CPU resources; symmetric encryption is much faster than asymmetric encryption. Only the content of a message is encrypted; the header of the message is not encrypted so mail gateways can read addressing information and forward the message accordingly.
Incorrect Answers:
A: The S/MIME-standard does not use asymmetric encryption to encrypt the message; for message encryption, a symmetric algorithm is used. Asymmetric encryption is used to encrypt the symmetric key.
B: The S/MIME-standard does not use a password based encryption scheme.
D: The S/MIME-standard does not use Elliptic curve based encryption.
References:
Harris, Shon, All In One CISSP Exam Guide, 6th Edition, McGraw-Hill, 2013, p. 850
http://www.techexams.net/technotes/securityplus/emailsecurity.shtml


NEW QUESTION # 131
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