ISC CISSP-ISSEP Exam Dumps, Practice Test Questions

The (ISC)2 CISSP-ISSEP exam suits candidates who are keen to prove their in-depth mastery of security concepts and ability to integrate the same to crucial aspects of business operations. It recognizes the learner’s knowledge of applying the key principles of systems engineering to design secure systems so with the related CISSP-ISSEP (Information Systems Security Engineering Professional) certification, you will be proving that you are proficient in incorporating security aspects into applications, business processes, and projects that value security.

CISSP-ISSEP Exam Facts

First things first, in the main test, candidates will have to complete 125 multiple-choice questions in 3 hours. The passing score for this exam is 700 points and it exists in its English version only. Like many (ISC)2 exams, this test can be taken at Pearson VUE.

CISSP-ISSEP Tested Domains

In general, the CISSP-ISSEP certification exam can be summarized into 5 key domains. These are discussed below:

1. Systems Security Engineering Foundations (25%)

The principal focus here will be on the concepts of applying the fundamentals of systems security engineering, executing the processes of systems security engineering, integrating with applicable system development methods, performing technical management, participating in the process of acquisition, and designing trusted systems and networks (TSN). That being said, it’s important to align your knowledge with the relevant technical skills such as integrating methods for software assurance, integrating security activities and tasks, integrating concepts for design, performing quality assurance processes, participating in Supply Chain Risk Management (SCRM), and performing processes for configuration management before facing the real exam.

2. Risk Management (14%)

The second domain focuses on applying principles of managing security risks, addressing system risk, and managing risk to operations. In particular, it’s important to understand the performance of risk analysis and risk evaluation, the establishment of risk context, the documentation of risk decisions & findings, and the determination of the right treatment options before taking questions from this knowledge area.

3. Security Planning & Design (30%)

Security planning and design in the actual CISSP-ISSEP exam will deepen the learner’s skills in analyzing the operational and organizational environment, applying principles of system security, developing system requirements, and creating system security design along with architecture. This implies the candidates should be well conversant with the concepts for assessing the effectiveness of protection, developing Security Test Plans (STP), assessing and documenting threats, applying concepts for defense-in-depth, and capturing stakeholder requirements among other relevant subtopics.

4. Systems Implementation, Verification, and Validation (14%)

This knowledge portion will have the least number of questions in the final CISSP-ISSEP test and only covers the skills like executing, integrating, and deploying security solutions and also verifying & validating the latter.

5. Secure Operations, Change Management, and Disposal (17%)

To conclude, this test objective emphasizes the learner’s knowledge of developing a strategy for secure operations and participating in them, change management, and disposal process. That being said, it’s paramount to master the skills associated with specifying requirements for conducting operations, developing continuous monitoring processes and solutions, supporting the process of incident response (IR), determining change impact, updating documentation for assessing risk, identifying requirements for disposal security, and developing a strategy for secure maintenance to easily understand most of the questions from this section.

Career Opportunities

Now, we will be highlighting the 3 best roles you can get with the (ISC)2 CISSP-ISSEP certificate:

• Systems Security Engineer

  A systems security engineer implements, engineers, and monitors the adopted security measures to ensure the protection of computer networks, systems, and information. They also identify and define suitable requirements for system security, design the dream security architecture, and develop comprehensive cybersecurity designs that match the company’s security posture. To succeed in this role, you must possess sound information security expertise and be willing to work independently or as part of an IT department to protect your computer systems and secure essential data together with information. When it comes to annual pay, according to PayScale.com, a typical systems security engineer earns an average salary of $85,934 per year.

• Senior Security Engineer

  Generally, a senior security engineer protects the company’s critical information, network databases, and computer systems. This is in a bid to prevent illegal access or data breaches that would come with unimaginable consequences. Also, these individuals play a key role in conducting regular maintenance of network systems, creating update reports, and resolving security threats and glitches. In modern workspaces, senior security engineers are expected to inspect the effectiveness of functional networks, conduct system configuration, and optimize the overall performance of complex computer and networking systems. Finally, they may be involved in implementing policies and procedures in line with the usage of information directories. Currently, senior security engineers earn an average salary of $109,340 per annum as for the PayScale.com website.

• Cybersecurity Engineer

  Cybersecurity engineers, in particular, are responsible for identifying vulnerabilities and threats in software & systems and designing effective solutions to manage the same. Plus, these individuals handle a wide range of threats from ransomware to malware, hacking, and insider threats. Thus, being the company's most trusted cybersecurity engineer, you will be expected to develop secure systems, manage and audit intrusion systems, and troubleshoot network and security problems. In recent years, cybersecurity engineering has topped the list of in-demand job roles given the fact it is one of the key domains that many companies are always keen to fill. So, cybersecurity engineering can be a lucrative role, with a vast majority of these individuals guaranteed an average annual pay of $96,947 as per PayScale.

Certification Path

The CISSP-ISSEP designation is appropriate for proving that you can integrate security into all aspects of business processes. Once you have obtained this certificate, you can earn 20 Continuing Professional Education (CPE) credits every year to maintain your skills. But that’s not the end. For many trainees, the CISSP-ISSEP validation is an invaluable tool that helps them scale their career growth. However, candidates can also pursue other concentrations of the (ISC)2 CISSP qualification like the CISSP-ISSAP focused on security architecture and the CISSP-ISSMP, which is all about managing security.

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