CRISC Exam Dumps - Certified in Risk and Information Systems Control

Risk response strategy is the approach that an organization takes to address the risks that it faces across its various functions, processes, and activities. Risk response strategy involves selecting and implementingthe appropriate risk response options, such as avoidance, mitigation, transfer, or acceptance, for each risk, based on the risk level, the risk appetite, and the cost-benefit analysis1.

The most important consideration for senior management when developing a risk response strategy is the risk appetite of the organization. Risk appetite is the amount and type of risk that an organization is willing to accept in order to achieve its objectives. Risk appetite reflects the organization’s risk attitude and its willingness to take on risk in specific scenarios. Risk appetite is usually expressed in a qualitative statement approved by the board of directors2.

Considering the risk appetite of the organization is essential for developing a risk response strategy, because it can help to:

Align the risk response strategy with the overall business strategy and vision, and ensure that the risk response options support the achievement of the organizational objectives

Balance the risk response strategy with the expected benefits and opportunities, and ensure that the risk response options do not eliminate or reduce the potential value or performance of the organization

Enhance the risk response strategy with the stakeholder expectations and requirements, and ensure that the risk response options meet the needs and interests of the customers, suppliers, partners, regulators, and other parties

Optimize the risk response strategy with the available resources and capabilities, and ensure that the risk response options are feasible and cost-effective for the organization34

The other options are not as important as the risk appetite of the organization for developing a risk response strategy, but rather some of the factors or outcomes of it. Cost of controls is the amount of resources and funds that are required to implement and maintain the risk response controls, such as policies, procedures, or technologies, that aim to prevent or reduce the negative effects of the risks. Cost of controls is a factor that can affect the selection and implementation of the risk response options, but it is not the primary consideration for developing the risk response strategy. Risk tolerance is the acceptable variation in the outcomes related to specific objectives or risks. Risk tolerance is a factor that can measure the risk analysis and guide the risk response, but it is not the primary consideration for developing the risk response strategy. Probability definition is the process of estimating the likelihood or frequency of the risk events, based on historical data, statistical analysis, expert judgment, or other methods. Probability definition is anoutcome of the risk analysis that can inform the risk response, but it is not the primary consideration for developing the risk response strategy. References =

Risk Response - ISACA

Risk Appetite vs. Risk Tolerance: What is the Difference? - ISACA

Risk Response Strategies: Types & Examples (+ Free Template)

Risk Response Strategy - ISACA

[CRISC Review Manual, 7th Edition]

Reviewing the impact to the IT environment is the most important task for a risk practitioner to perform after the announcement of a new IT regulatory requirement, because it helps to identify and assess the gaps and risks that the new requirement may introduce or affect. A regulatory requirement is a rule or standard that an organization must comply with to meet the expectations of a regulator, such as a government agency or an industry body. A new regulatory requirement may impose new obligations, restrictions, or expectations on the organization, especially on its IT environment, which supports the business processes and functions. Therefore,reviewing the impact to the IT environment is the first step to understand the implications and implications of the new requirement, and to plan the appropriate actions to achieve compliance. Preparing an IT risk mitigation strategy, escalating to senior management, and performing a cost-benefit analysis are all important tasks to perform after reviewing the impact to the IT environment, but they are not the most important task, as they depend on the results of the impact review. References = Risk and Information Systems Control Study Manual, Chapter 4, Section 4.3.1, page 153

Implementing an emergency change authorization process is the best control for an organization that allows programmers to change production systems in emergency situations, because it helps to ensure that the changes are justified, approved, documented, and tested before they are implemented, and that they are monitored and reviewed after they are implemented. An emergency change is a change that is required to resolve or prevent a critical issue or incident that may affect the availability, performance, or security of the production systems. A production system is a system that is used to support or enable the operational or business functions or processes of the organization. An emergency change authorization process is a process that defines the roles and responsibilities, criteria and procedures, and tools and techniques for managing and controlling the emergency changes. Implementing an emergency change authorization process is the best control, as it helps to minimize the risks and impacts of theemergency changes, and to maintain the integrity and reliability of the production systems. Periodically reviewing operator logs, limiting the number of super users, and reviewing the programmers’ emergency change reports are all possible controls for an organization that allows programmers to change production systems in emergency situations, but they are not the best control, as they do not provide a comprehensive and consistent approach to the emergency change management. References = Risk and Information Systems Control Study Manual, Chapter 5, Section 5.4.1, page 208

Phishing simulation exercises are designed to educate users and reduce the likelihood of them falling for real phishing attacks. This is considered apreventive control, as it aims to stop incidents before they occur by changing behavior.

Risk assessments are most effective when performed at each stage of the system development life cycle (SDLC). The SDLC is a framework that defines the phases and activities of developing, implementing, and maintaining a system. The SDLC typically consists of the following stages: initiation, planning, analysis, design, development, testing, implementation, and maintenance. Performing risk assessments at each stage of the SDLC helps to identify, analyze, and evaluate the risks that could affect the system objectives, requirements, functionality, quality, or performance. Performing risk assessments at each stage of the SDLC also helps to select and implement the appropriate risk responses, such as avoiding, transferring, mitigating, or accepting the risks. Performing risk assessments at each stage of the SDLC also helps to monitor and report the risk status and performance, and to update and adjust the risk assessment and response as the system changes or evolves. Performing risk assessments before system development begins, at system development, or during the development of the business case are not as effective as performing risk assessments at each stage of the SDLC, as they are either too early or too late, and they do not capture the full scope and complexity of the system risks. References = CRISC Review Manual, 6th Edition, ISACA, 2015, page 49.

Information systems control deficiencies are the weaknesses or flaws in the design or implementation of the controls that are intended to ensure the confidentiality, integrity, availability, and reliability of the information systems and resources. Information systems control deficiencies may reduce the effectiveness or efficiency of the controls, and expose the organization to various risks, such as unauthorized access, data loss, system failure, etc.

Reviewing results from control self-assessment (CSA) is the best way to identify information systems control deficiencies, because CSA is a process of evaluating and verifying the adequacy and effectiveness of the information systems controls, using the input and feedback from the individuals or groups that are involved or responsible for the information systems activities or functions. CSA can help the organization to identify and document the information systems control deficiencies, and to align them with the organization’s information systems objectives and requirements.

CSA can be performed using various techniques, such as questionnaires, surveys, interviews, workshops, etc. CSA can also be integrated with the organization’s governance, risk management, and compliance functions, and aligned with the organization’s policies and standards.

The other options are not the best ways to identify information systems control deficiencies, because they do not provide the same level of detail and insight that CSA provides, and they may not be relevant or actionable for the organization.

Vulnerability and threat analysis is a process of identifying and evaluating the weaknesses or flaws in the organization’s assets, processes, or systems that can be exploited or compromised by the potential threats or sources of harm that may affect the organization’s objectives or operations. Vulnerability and threat analysis can help the organization to assess and prioritize the risks, and to design and implement appropriate controls or countermeasures to mitigate or prevent the risks, but it is not the best way to identify information systems control deficiencies, because it does not indicate whether the existing information systems controls are adequate and effective, and whether they comply with the organization’s policies and standards.

Control remediation planning is a process of selecting and implementing the actions or plans to address or correct the information systems control deficiencies that have been identified,analyzed, and evaluated. Control remediation planning involves choosing one ofthe following types of control responses: mitigate, transfer, avoid, or accept. Control remediation planning can help the organization to improve and optimize the information systems controls, and to reduce or eliminate the information systems control deficiencies, but it is not the best way to identify information systems control deficiencies, because it is a subsequent or follow-up process that depends on the prior identification of the information systems control deficiencies.

User acceptance testing (UAT) is a process of verifying and validating the functionality and usability of the information systems and resources, using the input and feedback from the endusers or customers that interact with the information systems and resources. UAT can help the organization to ensure that the information systems and resources meet the user or customer expectations and requirements, and to identify and resolve any issues or defects that may affect the user or customer satisfaction, but it is not the best way to identify information systems control deficiencies, because it does not focus on the information systems controls, and it may not cover all the relevant or significant information systems control deficiencies that may exist or arise. References =

ISACA, CRISC Review Manual, 7th Edition, 2022, pp. 40-41, 47-48, 54-55, 58-59, 62-63

ISACA, CRISC Review Questions, Answers & Explanations Database, 2022, QID 186

CRISC Practice Quiz and Exam Prep

 Changes in methods used to calculate probability present the greatest challenge for an IT risk practitioner who wants to report on trends in historical IT risk levels, as they may introduce inconsistency and incomparability in the risk assessment results over time. Probability is a key factor in determining the level and priority of IT risks, and different methods may produce different values for the same risk scenario. For example, some methods may use historical data, expert judgment, or simulation techniques to estimate the likelihood of a risk event. If the methods used to calculate probability change frequently or vary across different business units or processes, the IT risk practitioner may face difficulty in aggregating, normalizing, and reporting the risk levels and trends. The other options are not the greatest challenges for reporting on trends in historical IT risk levels, although they may pose some difficulties or limitations. Qualitative measures for potential loss events are subjective and imprecise, but they can stillprovide a relative ranking of risks and their impacts. Changes in owners for identified IT risk scenarios may affect the accountability and responsibility for managing the risks, but they do not necessarily affect the risk levels or trends. Frequent use of risk acceptance as a treatment option may indicate a high risk appetite ortolerance, but it does not prevent the IT risk practitioner from reporting on the risk levels or trends. References = Risk and Information Systems Control Study Manual, Chapter 5: Risk and Control Monitoring and Reporting, page 181.