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ISC CISSP Exam Syllabus Topics:

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

>> CISSP技術問題 <<

CISSP試験の準備方法｜一番優秀なCISSP技術問題試験｜便利なCertified Information Systems Security Professional (CISSP)科目対策

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ISC Certified Information Systems Security Professional (CISSP) 認定 CISSP 試験問題 (Q544-Q549):

質問 # 544
While performing a security review for a new product, an information security professional discovers that the organization's product development team is proposing to collect government- issued identification (ID) numbers from customers to use as unique customer identifiers. Which of the following recommendations should be made to the product development team?

正解：A


質問 # 545
Which of the following is the BEST way to determine if a particular system is able to identify malicious software without executing it?

正解：C

解説：
The best way to determine if a particular system is able to identify malicious software without executing it is to test it with an EICAR file. An EICAR file is a standard file that is used to test the functionality and performance of antivirus software, without using any real malware. An EICAR file is a harmless text file that contains a specific string of characters that is recognized by most antivirus software as a virus signature. An EICAR file can be used to check if the antivirus software is installed, configured, updated, and working properly, without risking any damage or infection to the system. Testing with a botnet, executing a binary shellcode, and running multiple antivirus programs are not the best ways to determine if a particular system is able to identify malicious software without executing it, as they may involve using or creating actual malware, which can be dangerous, illegal, or unethical, and may compromise the security or performance of the system. References: CISSP All-in-One Exam Guide, Eighth Edition, Chapter 6, Security Assessment and Testing, page 813. Official (ISC)2 CISSP CBK Reference, Fifth Edition, Chapter 6, Security Assessment and Testing, page 829.


質問 # 546
In the software life cycle, verification:

正解：B

解説：
In the software life cycle, verification evaluates
the product in development against the specification.
Answer "Evaluates the product in development against real-world requirements" defines validation.


質問 # 547
Which backup method only copies files that have been recently added or changed and also leaves the archive bit unchanged?

正解：C

解説：
A differential backup is a partial backup that copies a selected file to tape only if the archive bit for that file is turned on, indicating that it has changed since the last full backup. A differential backup leaves the archive bits unchanged on the files it copies.
Source: KRUTZ, Ronald L. & VINES, Russel D., The CISSP Prep Guide: Mastering the
Ten Domains of Computer Security, John Wiley & Sons, 2001, Chapter 3:
Telecommunications and Network Security (page 69).
Also see: http://e-articles.info/e/a/title/Backup-Types/
Backup software can use or ignore the archive bit in determining which files to back up, and can either turn the archive bit off or leave it unchanged when the backup is complete.
How the archive bit is used and manipulated determines what type of backup is done, as follows
Full backup
A full backup, which Microsoft calls a normal backup, backs up every selected file, regardless of the status of the archive bit. When the backup completes, the backup software turns off the archive bit for every file that was backed up. Note that "full" is a misnomer because a full backup backs up only the files you have selected, which may be as little as one directory or even a single file, so in that sense Microsoft's terminology is actually more accurate. Given the choice, full backup is the method to use because all files are on one tape, which makes it much easier to retrieve files from tape when necessary.
Relative to partial backups, full backups also increase redundancy because all files are on all tapes. That means that if one tape fails, you may still be able to retrieve a given file from another tape.
Differential backup
A differential backup is a partial backup that copies a selected file to tape only if the archive bit for that file is turned on, indicating that it has changed since the last full backup. A differential backup leaves the archive bits unchanged on the files it copies. Accordingly, any differential backup set contains all files that have changed since the last full backup. A differential backup set run soon after a full backup will contain relatively few files. One run soon before the next full backup is due will contain many files, including those contained on all previous differential backup sets since the last full backup. When you use differential backup, a complete backup set comprises only two tapes or tape sets: the tape that contains the last full backup and the tape that contains the most recent differential backup.
Incremental backup
An incremental backup is another form of partial backup. Like differential backups,
Incremental Backups copy a selected file to tape only if the archive bit for that file is turned on. Unlike the differential backup, however, the incremental backup clears the archive bits for the files it backs up. An incremental backup set therefore contains only files that have changed since the last full backup or the last incremental backup. If you run an incremental backup daily, files changed on Monday are on the Monday tape, files changed on Tuesday are on the Tuesday tape, and so forth. When you use an incremental backup scheme, a complete backup set comprises the tape that contains the last full backup and all of the tapes that contain every incremental backup done since the last normal backup. The only advantages of incremental backups are that they minimize backup time and keep multiple versions of files that change frequently. The disadvantages are that backed-up files are scattered across multiple tapes, making it difficult to locate any particular file you need to restore, and that there is no redundancy. That is, each file is stored only on one tape.
Full copy backup
A full copy backup (which Microsoft calls a copy backup) is identical to a full backup except for the last step. The full backup finishes by turning off the archive bit on all files that have been backed up. The full copy backup instead leaves the archive bits unchanged. The full copy backup is useful only if you are using a combination of full backups and incremental or differential partial backups. The full copy backup allows you to make a duplicate "full" backup-e.g., for storage offsite, without altering the state of the hard drive you are backing up, which would destroy the integrity of the partial backup rotation.
Some Microsoft backup software provides a bizarre backup method Microsoft calls a daily copy backup. This method ignores the archive bit entirely and instead depends on the date- and timestamp of files to determine which files should be backed up. The problem is, it's quite possible for software to change a file without changing the date- and timestamp, or to change the date- and timestamp without changing the contents of the file. For this reason, we regard the daily copy backup as entirely unreliable and recommend you avoid using it.


質問 # 548
What is the BEST approach to addressing security issues in legacy web applications?

正解：A


質問 # 549
......

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