ISC CAP Exam Dumps, Practice Test Questions

The (ISC)2 CAP exam, commonly known as the Certified Authorization Professional, targets information security specialists tasked with risk management as part of their wholesome role in modern IT environments. Obtaining the namesake certification proves that you have advanced knowledge of governance and compliance alongside risk and that you can maintain computer systems by following the accepted framework.

CAP Test Details

When it comes to the details of the CAP certification exam, it has a duration of 3 hours, features 125 items in multiple-choice format with a passing score of 700 points out of 1000. To add more, the final exam can be scheduled and taken at Pearson VUE in the English language only. As for the prerequisites for such a test, you should have two years of related work experience in at best one domain of the (ISC)2 CAP Common Body of Knowledge (CBK).

CAP Exam Domains

In brief, the general CAP test content outline can be summarized in 7 key domains as summarized in the CAP Common Body of Knowledge (CBK). These are discussed below:

1. Information Security Risk Management Program (15%)

This domain addresses the knowledge of the foundation of an organization-based security risk management plan, the processes of a risk management program, and legal along with regulatory requirements. So, basically, such a topic will address the key information security principles, privacy requirements, privacy legislation, and the duties of the authorization process among the rest.

2. Categorization of Information Systems (IS) (13%)

The second objective confirms if the learner is adept with defining the IS and determining how to categorize it. Thus, the key skills covered here include identifying the boundary of IS, describing the architecture, describing the functionality & purpose of the IS, and determining system scope alongside documenting the results.

3. Selection of Security Controls (13%)

Such an area as part of the official CAP certification exam will address the knowledge of identifying and documenting inherited and baseline controls, developing the monitoring strategy for security control, and reviewing as well as approving security plans or ISMS.

4. Implementation of Security Controls (15%)

This objective, in particular, emphasizes the student’s aptitude for implementing specific security controls and documenting their execution. The technical skills covered here include verifying document details according to the scope, impact, and purpose of the IS, verifying that the security controls align with the privacy architecture, capturing expected behavior, planned inputs, security controls, and expected outputs.

5. Assessment of Security Controls (14%)

The fifth exam portion confirms if the candidate can complete a ton of technical tasks such as preparing for Security Control Assessment (SCA), conducting Security Control Assessment (SCA), preparing initial Security Assessment Report (SAR), reviewing Interim Security Assessment Report (SAR), performing initial remediation actions, and developing optional addendum and final Security Assessment Report (SAR).

6. Authorization of Information Systems (14%)

This is the second last exam part whose content focuses on the development of the plan of action and milestones (POAM), assembling a security authorization package, determining IS risk, and deciding on security authorization. Here, exam-takers should prove their understanding of analyzing and detecting deficiencies or weaknesses, prioritizing responses depending on the risk, evaluating IS risk, determining options for risk response, and identifying resources for remediating deficiencies.

7. Continuous Monitoring (16%)

As the last test objective, this section will start by confirming if the learner is well conversant with determining the security effect of IS and environment changes, conducting ongoing security control assessment (SCA), carrying out ongoing remediation actions, and updating documentation. Also, this section outlines what the students should know regarding security status reporting, performing ongoing IS risk acceptance, and decommissioning IS. On that note, it is equally important to master the skills associated with analyzing risk, validating the implemented changes, determining monitoring activities depending on the company’s strategy, assessing risks, determining ongoing IS, and understanding the processes of configuration management.

Career Opportunities

Once you’ve attended the CAP certification, see the potential career opportunities for certified IT specialists:

• Information Systems Analyst

  As a rule, an information systems analyst analyzes diversified IT systems and writes recommendations for new options. In particular, these individuals are responsible for analyzing how hardware, software, and the general IT system suit the business needs of the companies they work for. What is more, they collaborate with the broader IT staff to implement or produce new and improved systems that match the company’s business goals. In general, the primary idea behind the role of information systems analysts is to help streamline the company’s growth and business processes in line with the long-term goals. And in the end, these individuals make an average salary of $66,274 per year as rendered by Payscale.com.

• Cybersecurity Analyst

  Cybersecurity analysts, on the other hand, are responsible for assessing, planning, and enacting security measures to ensure that a company’s systems are well protected from intrusion and security breaches. Naturally, these individuals work as part of a general IT department on a full-time basis and participate in the creation of contingency plans, reviews for suspicious actions, reporting system breaches, and researching upcoming trends. So, if you are keen to work with encryption tools and firewalls, this might be the most suitable career track. A typical cybersecurity analyst earns an average annual salary of $76,603 according to Payscale.

• Cybersecurity Engineer

  Cybersecurity engineers or simply, information security engineers are responsible for identifying threats & system vulnerabilities and also applying their knowledge to provide suitable solutions. Besides, these individuals work tirelessly to defend the organization’s computer systems from malicious hackers, ransomware, malware, and other types of threats. Then, they can also monitor security systems, detect possible breaches, and resolve such issues while working independently or as part of a competent IT department that includes other security professionals. As a cybersecurity engineer, you will earn an average salary of $96,947 per year as for the Payscale website.

Certification Path

The (ISC)2 CAP designation goes hand in hand with other (ISC)2 information security certificates such as the Certified Information Systems Security Professional (CISSP), Systems Security Certified Practitioner (SSCP), and Certified Cloud Security Professional (CCSP).

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