PECB ISO-IEC-27005-RISK-MANAGER RELIABLE STUDY GUIDE & ISO-IEC-27005-RISK-MANAGER ONLINE LAB SIMULATION

PECB ISO-IEC-27005-Risk-Manager Reliable Study Guide & ISO-IEC-27005-Risk-Manager Online Lab Simulation

PECB ISO-IEC-27005-Risk-Manager Reliable Study Guide & ISO-IEC-27005-Risk-Manager Online Lab Simulation

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

TopicDetails
Topic 1
  • 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 2
  • 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.
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
  • 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.

PECB Certified ISO/IEC 27005 Risk Manager Sample Questions (Q22-Q27):

NEW QUESTION # 22
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.
Based on scenario 3, Printary used a list of identified events that could negatively influence the achievement of its information security objectives to identify information security risks. Is this in compliance with the guidelines of ISO/IEC 27005?

  • A. No, a list of risk scenarios with their consequences related to assets or events and their likelihood should be used to identity information security risks
  • B. Yes, a list of events that can negatively influence the achievement of information security objectives in the company should be used to identity information security risks
  • C. No. a list of risk sources, business processes. and business objectives should be used to identify information security risks

Answer: B

Explanation:
According to ISO/IEC 27005, identifying risks to information security involves recognizing events that could adversely affect the achievement of information security objectives. Using a list of events that could negatively impact these objectives is consistent with the risk identification process as outlined in ISO/IEC 27005. This approach focuses on identifying specific incidents or events that could result in security breaches or compromises, providing a clear understanding of the potential risks to the organization. Thus, Printary's use of a list of such events to identify information security risks complies with the standard's guidelines, making option B the correct answer.
Reference:
ISO/IEC 27005:2018, Clause 8.2, "Risk Identification," which states that the organization should identify the events that could compromise information security objectives.


NEW QUESTION # 23
Scenario 5: Detika is a private cardiology clinic in Pennsylvania, the US. Detika has one of the most advanced healthcare systems for treating heart diseases. The clinic uses sophisticated apparatus that detects heart diseases in early stages. Since 2010, medical information of Detika's patients is stored on the organization's digital systems. Electronic health records (EHR), among others, include patients' diagnosis, treatment plan, and laboratory results.
Storing and accessing patient and other medical data digitally was a huge and a risky step for Detik a. Considering the sensitivity of information stored in their systems, Detika conducts regular risk assessments to ensure that all information security risks are identified and managed. Last month, Detika conducted a risk assessment which was focused on the EHR system. During risk identification, the IT team found out that some employees were not updating the operating systems regularly. This could cause major problems such as a data breach or loss of software compatibility. In addition, the IT team tested the software and detected a flaw in one of the software modules used. Both issues were reported to the top management and they decided to implement appropriate controls for treating the identified risks. They decided to organize training sessions for all employees in order to make them aware of the importance of the system updates. In addition, the manager of the IT Department was appointed as the person responsible for ensuring that the software is regularly tested.
Another risk identified during the risk assessment was the risk of a potential ransomware attack. This risk was defined as low because all their data was backed up daily. The IT team decided to accept the actual risk of ransomware attacks and concluded that additional measures were not required. This decision was documented in the risk treatment plan and communicated to the risk owner. The risk owner approved the risk treatment plan and documented the risk assessment results.
Following that, Detika initiated the implementation of new controls. In addition, one of the employees of the IT Department was assigned the responsibility for monitoring the implementation process and ensure the effectiveness of the security controls. The IT team, on the other hand, was responsible for allocating the resources needed to effectively implement the new controls.
Based on scenario 5, the decision to accept the risk of a potential ransomware attack was approved by the risk owner. Is this acceptable?

  • A. Yes, the risk treatment plan should be approved by the risk owners
  • B. No, all interested parties should approve the risk treatment plan
  • C. No, the risk treatment plan should be approved by the top management and implemented by risk owners

Answer: A

Explanation:
According to ISO/IEC 27005, the risk treatment plan should be approved by the risk owners, who are the individuals or entities responsible for managing specific risks. In the scenario, the risk owner approved the decision to accept the risk of a potential ransomware attack and documented it in the risk treatment plan. This is consistent with the guidelines, which state that risk owners are responsible for deciding on risk treatment and approving the associated plans. Thus, option C is the correct answer.
Reference:
ISO/IEC 27005:2018, Clause 8.6, "Risk Treatment," which emphasizes that risk treatment plans should be approved by the risk owners.


NEW QUESTION # 24
According to ISO 31000, which of the following is a principle of risk management?

  • A. Qualitative
  • B. Dynamic
  • C. Reliability

Answer: B

Explanation:
According to ISO 31000, a principle of risk management is that it should be dynamic. This means that risk management practices should be flexible and able to adapt to changes in the internal and external environment of the organization. Risks are constantly evolving due to changes in technology, regulatory requirements, market conditions, and other factors, and risk management must be capable of responding to these changes. Option A is correct because it aligns with this principle. Option B (Qualitative) refers to a method for assessing risk rather than a principle of risk management, and Option C (Reliability) is not listed as a principle in ISO 31000.


NEW QUESTION # 25
Scenario 5: Detika is a private cardiology clinic in Pennsylvania, the US. Detika has one of the most advanced healthcare systems for treating heart diseases. The clinic uses sophisticated apparatus that detects heart diseases in early stages. Since 2010, medical information of Detika's patients is stored on the organization's digital systems. Electronic health records (EHR), among others, include patients' diagnosis, treatment plan, and laboratory results.
Storing and accessing patient and other medical data digitally was a huge and a risky step for Detik a. Considering the sensitivity of information stored in their systems, Detika conducts regular risk assessments to ensure that all information security risks are identified and managed. Last month, Detika conducted a risk assessment which was focused on the EHR system. During risk identification, the IT team found out that some employees were not updating the operating systems regularly. This could cause major problems such as a data breach or loss of software compatibility. In addition, the IT team tested the software and detected a flaw in one of the software modules used. Both issues were reported to the top management and they decided to implement appropriate controls for treating the identified risks. They decided to organize training sessions for all employees in order to make them aware of the importance of the system updates. In addition, the manager of the IT Department was appointed as the person responsible for ensuring that the software is regularly tested.
Another risk identified during the risk assessment was the risk of a potential ransomware attack. This risk was defined as low because all their data was backed up daily. The IT team decided to accept the actual risk of ransomware attacks and concluded that additional measures were not required. This decision was documented in the risk treatment plan and communicated to the risk owner. The risk owner approved the risk treatment plan and documented the risk assessment results.
Following that, Detika initiated the implementation of new controls. In addition, one of the employees of the IT Department was assigned the responsibility for monitoring the implementation process and ensure the effectiveness of the security controls. The IT team, on the other hand, was responsible for allocating the resources needed to effectively implement the new controls.
Based on the scenario above, answer the following question:
Which risk treatment option did Detika select to treat the risk regarding the update of operating system?

  • A. Risk sharing
  • B. Risk retention
  • C. Risk modification

Answer: C

Explanation:
Risk modification (also known as risk mitigation) involves applying controls to reduce the likelihood or impact of a risk to an acceptable level. In the scenario, Detika decided to organize training sessions for employees to ensure that they regularly update the operating systems. This action is aimed at modifying or reducing the risk associated with not updating the operating systems, which could lead to security breaches or software incompatibility. Therefore, the risk treatment option chosen by Detika for the risk regarding the update of the operating system is risk modification. Option A is the correct answer.
Reference:
ISO/IEC 27005:2018, Clause 8.6, "Risk Treatment," which includes modifying risk by implementing controls to mitigate it.


NEW QUESTION # 26
Based on the EBIOS RM method, which of the following is one of the four attack sequence phases?

  • A. Treating
  • B. Attacking
  • C. Exploiting

Answer: C

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 # 27
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