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PECB ISO-IEC-27005-Risk-Manager Exam Syllabus Topics:

Topic	Details
Topic 1	Information Security Risk Management Framework and Processes Based on ISO IEC 27005: Centered around ISO IEC 27005, this domain provides structured guidelines for managing information security risks, promoting a systematic and standardized approach aligned with international practices.
Topic 2	Implementation of an Information Security Risk Management Program: This domain discusses the steps for setting up and operationalizing a risk management program, including procedures to recognize, evaluate, and reduce security risks within an organization’s framework.
Topic 3	Fundamental Principles and Concepts of Information Security Risk Management: This domain covers the essential ideas and core elements behind managing risks in information security, with a focus on identifying and mitigating potential threats to protect valuable data and IT resources.
Topic 4	Other Information Security Risk Assessment Methods: Beyond ISO IEC 27005, this domain reviews alternative methods for assessing and managing risks, allowing organizations to select tools and frameworks that align best with their specific requirements and risk profile.

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PECB Certified ISO/IEC 27005 Risk Manager Sample Questions (Q54-Q59):

NEW QUESTION # 54
Scenario 3: Printary is an American company that offers digital printing services. Creating cost-effective and creative products, the company has been part of the printing industry for more than 30 years. Three years ago, the company started to operate online, providing greater flexibility for its clients. Through the website, clients could find information about all services offered by Printary and order personalized products. However, operating online increased the risk of cyber threats, consequently, impacting the business functions of the company. Thus, along with the decision of creating an online business, the company focused on managing information security risks. Their risk management program was established based on ISO/IEC 27005 guidelines and industry best practices.
Last year, the company considered the integration of an online payment system on its website in order to provide more flexibility and transparency to customers. Printary analyzed various available solutions and selected Pay0, a payment processing solution that allows any company to easily collect payments on their website. Before making the decision, Printary conducted a risk assessment to identify and analyze information security risks associated with the software. The risk assessment process involved three phases: identification, analysis, and evaluation. During risk identification, the company inspected assets, threats, and vulnerabilities. In addition, to identify the information security risks, Printary used a list of the identified events that could negatively affect the achievement of information security objectives. The risk identification phase highlighted two main threats associated with the online payment system: error in use and data corruption After conducting a gap analysis, the company concluded that the existing security controls were sufficient to mitigate the threat of data corruption. However, the user interface of the payment solution was complicated, which could increase the risk associated with user errors, and, as a result, impact data integrity and confidentiality.
Subsequently, the risk identification results were analyzed. The company conducted risk analysis in order to understand the nature of the identified risks. They decided to use a quantitative risk analysis methodology because it would provide more detailed information. The selected risk analysis methodology was consistent with the risk evaluation criteri a. Firstly, they used a list of potential incident scenarios to assess their potential impact. In addition, the likelihood of incident scenarios was defined and assessed. Finally, the level of risk was defined as low.
In the end, the level of risk was compared to the risk evaluation and acceptance criteria and was prioritized accordingly.
Did Primary perform risk analysis in accordance with the guidelines of ISO/IEC 27005? Refer to scenario 3.

A. No, the gap analysis should have been conducted during risk analysis, as suggested by ISO/IEC 27005
B. Yes, according to ISO/IEC 27005. the consequences, likelihood, and the level of risk should be determined during risk analysis
C. No. according to ISO/IEC 27005, the risk level should be determined during risk evaluation

Answer: B

Explanation:
ISO/IEC 27005 specifies that risk analysis should involve determining the potential consequences (impact) and the likelihood of identified risks, which together form the basis for calculating the level of risk. In Scenario 3, Printary followed this approach by assessing potential incident scenarios, determining their impact, evaluating their likelihood, and finally defining the level of risk. This process is aligned with the guidelines of ISO/IEC 27005 for conducting a thorough risk analysis. Therefore, Printary performed the risk analysis in accordance with the standard's guidelines, making option C the correct answer.
Reference:
ISO/IEC 27005:2018, Clause 8.4, "Risk Analysis," which outlines the steps to analyze risks by determining their consequences, likelihood, and overall level of risk.

NEW QUESTION # 55
Scenario 1
The risk assessment process was led by Henry, Bontton's risk manager. The first step that Henry took was identifying the company's assets. Afterward, Henry created various potential incident scenarios. One of the main concerns regarding the use of the application was the possibility of being targeted by cyber attackers, as a great number of organizations were experiencing cyberattacks during that time. After analyzing the identified risks, Henry evaluated them and concluded that new controls must be implemented if the company wants to use the application. Among others, he stated that training should be provided to personnel regarding the use of the application and that awareness sessions should be conducted regarding the importance of protecting customers' personal data.
Lastly, Henry communicated the risk assessment results to the top management. They decided that the application will be used only after treating the identified risks.
Henry concluded that one of the main concerns regarding the use of the application for online ordering was cyberattacks. What did Henry identify in this case? Refer to scenario 1.

A. The consequences of a potential security incident
B. The vulnerabilities of an asset
C. A threat

Answer: C

Explanation:
In this scenario, Henry identifies "cyberattacks" as one of the main concerns related to the use of the application for online ordering. According to ISO/IEC 27005, a "threat" is any potential cause of an unwanted incident that may result in harm to a system or organization. In this context, cyberattacks are considered a threat because they represent a potential cause that could compromise the security of the application. Henry's identification of cyberattacks as a primary concern aligns with recognizing a specific threat that could exploit vulnerabilities within the system.
Reference:
ISO/IEC 27005:2018, Clause 8.3, "Threat identification," which provides guidance on identifying threats that could affect the organization's information assets.
ISO/IEC 27001:2013, Clause 6.1.2, "Information Security Risk Assessment," where identifying threats is part of the risk assessment process.
These answers are verified based on the standards' definitions and guidelines, providing a comprehensive understanding of how ISO/IEC 27005 is used within the context of ISO/IEC 27001.

NEW QUESTION # 56
Scenario 6: Productscape is a market research company headquartered in Brussels, Belgium. It helps organizations understand the needs and expectations of their customers and identify new business opportunities. Productscape's teams have extensive experience in marketing and business strategy and work with some of the best-known organizations in Europe. The industry in which Productscape operates requires effective risk management. Considering that Productscape has access to clients' confidential information, it is responsible for ensuring its security. As such, the company conducts regular risk assessments. The top management appointed Alex as the risk manager, who is responsible for monitoring the risk management process and treating information security risks.
The last risk assessment conducted was focused on information assets. The purpose of this risk assessment was to identify information security risks, understand their level, and take appropriate action to treat them in order to ensure the security of their systems. Alex established a team of three members to perform the risk assessment activities. Each team member was responsible for specific departments included in the risk assessment scope. The risk assessment provided valuable information to identify, understand, and mitigate the risks that Productscape faces.
Initially, the team identified potential risks based on the risk identification results. Prior to analyzing the identified risks, the risk acceptance criteria were established. The criteria for accepting the risks were determined based on Productscape's objectives, operations, and technology. The team created various risk scenarios and determined the likelihood of occurrence as "low," "medium," or "high." They decided that if the likelihood of occurrence for a risk scenario is determined as "low," no further action would be taken. On the other hand, if the likelihood of occurrence for a risk scenario is determined as "high" or "medium," additional controls will be implemented. Some information security risk scenarios defined by Productscape's team were as follows:
1. A cyber attacker exploits a security misconfiguration vulnerability of Productscape's website to launch an attack, which, in turn, could make the website unavailable to users.
2. A cyber attacker gains access to confidential information of clients and may threaten to make the information publicly available unless a ransom is paid.
3. An internal employee clicks on a link embedded in an email that redirects them to an unsecured website, installing a malware on the device.
The likelihood of occurrence for the first risk scenario was determined as "medium." One of the main reasons that such a risk could occur was the usage of default accounts and password. Attackers could exploit this vulnerability and launch a brute-force attack. Therefore, Productscape decided to start using an automated "build and deploy" process which would test the software on deploy and minimize the likelihood of such an incident from happening. However, the team made it clear that the implementation of this process would not eliminate the risk completely and that there was still a low possibility for this risk to occur. Productscape documented the remaining risk and decided to monitor it for changes.
The likelihood of occurrence for the second risk scenario was determined as "medium." Productscape decided to contract an IT company that would provide technical assistance and monitor the company's systems and networks in order to prevent such incidents from happening.
The likelihood of occurrence for the third risk scenario was determined as "high." Thus, Productscape decided to include phishing as a topic on their information security training sessions. In addition, Alex reviewed the controls of Annex A of ISO/IEC 27001 in order to determine the necessary controls for treating this risk. Alex decided to implement control A.8.23 Web filtering which would help the company to reduce the risk of accessing unsecure websites. Although security controls were implemented to treat the risk, the level of the residual risk still did not meet the risk acceptance criteria defined in the beginning of the risk assessment process. Since the cost of implementing additional controls was too high for the company, Productscape decided to accept the residual risk. Therefore, risk owners were assigned the responsibility of managing the residual risk.
Which risk treatment option was used for the second risk scenario? Refer to scenario 6.

A. Risk avoidance
B. Risk retention
C. Risk sharing

Answer: C

Explanation:
Risk sharing, also known as risk transfer, involves sharing the risk with another party, such as through insurance or outsourcing certain activities to third-party vendors. In Scenario 6, Productscape decided to contract an IT company to provide technical assistance and monitor the company's systems and networks to prevent incidents related to the second risk scenario (gaining access to confidential information and threatening to make it public unless a ransom is paid). This is an example of risk sharing because Productscape transferred part of the risk management responsibilities to an external company. Thus, the correct answer is C, Risk sharing.
Reference:
ISO/IEC 27005:2018, Clause 8.6, "Risk Treatment," which includes risk sharing as an option where a third party is used to manage specific risks.

NEW QUESTION # 57
Based on the EBIOS RM method, which of the following is one of the four attack sequence phases?

A. Treating
B. Exploiting
C. Attacking

Answer: B

Explanation:
Based on the EBIOS Risk Manager (EBIOS RM) methodology, the attack sequence phases include various steps that an attacker might take to compromise an organization's assets. The four phases generally cover reconnaissance, exploiting vulnerabilities, achieving objectives, and maintaining persistence. "Exploiting" is specifically the phase where the attacker takes advantage of identified vulnerabilities in the system, which directly aligns with option A.

NEW QUESTION # 58
Which of the following risk assessment methods provides an information security risk assessment methodology and involves three phases build asset-based threat profiles, identify infrastructure vulnerabilities, and develop security strategy and plans?

A. OCTAVE-S
B. TRA
C. MEHARI

Answer: A

Explanation:
OCTAVE-S (Operationally Critical Threat, Asset, and Vulnerability Evaluation for Small Organizations) is a risk assessment methodology tailored for small organizations. It provides a structured approach for identifying and managing information security risks. The OCTAVE-S method involves three main phases:
Building asset-based threat profiles, where critical assets and their associated threats are identified.
Identifying infrastructure vulnerabilities by assessing the organization's technological infrastructure for weaknesses that could be exploited by threats.
Developing security strategy and plans to address the identified risks and improve the overall security posture.
The OCTAVE-S method aligns with the description provided in the question, making it the correct answer. MEHARI and TRA are other risk assessment methods, but they do not specifically follow the three phases outlined above.

NEW QUESTION # 59
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PECB ISO-IEC-27005-Risk-Manager Exam Syllabus Topics:

ISO-IEC-27005-Risk-Manager Exam Topic - ISO-IEC-27005-Risk-Manager Sample Test Online

PECB Certified ISO/IEC 27005 Risk Manager Sample Questions (Q54-Q59):

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