The (ISC)2 Common Body of Knowledge (CBK) is composed of 10 so-called domains. The content of the domains include the knowledge categories of access control, application security, business continuity-disaster recovery strategy, cryptography, and risk management-information security, legal scope of information security, operations security, environmental security, security architectural design and telecommunication-network security.

The access control domain refers to the authentication aspect (which assumes identity is primarily vetted), authorization aspect (where the subject is determined with regards to system function), and accountability aspect of information (where audit records and logs are employed to trace subject performance). The access control has two categories: namely the mandatory (which determines multiple entities between subjects and objects) and the discretionary (where an owner-policy is used to permit access to the objects).

The second domain is application security which averts the vulnerabilities of a system as seen through errors in the application structure, development, or operation. Furthermore, application control may only determine the functions of the resources through application security.

Thirdly, is business continuity planning, which refers to an interrelated node tutorial attitude towards construction and corroboration of a standard rational plan. It specifies the strategic recovery of an entity for a particular time subsequent to extended disruption.

The domain of cryptography refers to the encryption of hidden information. The next domain includes management of the protection of information and its system from illicit access or illicit alteration. However, the operations security (or OPSEC) refers to the identification of grave information and its effect to the system by controlling unknown information which may be dissimilar from the security programs which seek to protect the classified information.

Environmental security deters hackers from accessing resources or information stored in a physical media. Security architectural design refers to the computer security model that specifies and employs security policies (such as access rights, or computing scheme). Meanwhile, Telecom-Network Security refers to the whole concept of information security prerequisites based upon the network scheme, and adopted network policies.

The original meaning of the term braindump is to check out the life-changing "copy" of an examination that was just taken. Overtime, the term has developed to meaning the exam questions posted on the Internet, which are based from the individual items on real examinations. It is not really advisable to use CISSP dump or braindump when studying for your CCISP or Certified Information Systems Security Professional Exam. Take a look at some of the disadvantages of CCISP dump or braindump. First, the people who posted the exam questions or braindumps are already in violation of the non-disclosure agreement, so if you will patronize the products that they offer in the form of using the material provided, you may be an unwitting accessory to a crime. Second, because of the CCISP questions, people who do not deserve to be certified pass the examination. The exam or the certification somehow loses its dignity and integrity if their questions are being stolen. As a result, the exams become more complex and difficult.

To counteract the negative effects of CISSP braindumps, IT professionals need to study in advance for the CISSP examinations. You should prepare early and gather as much material as you can during your review process and study the principles in detail. With enough study time, you would never need the aid of CISSP braindumps just so that you can pass the CISSP examination. Once you already have the certification, it will be proof enough that you really know about the advanced principles of CISSP and you deserve to be a security expert in the field of Information Technology.








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