Isaca Certification CRISC Passing Score

 Key control indicators (KCIs) are metrics that provide information on the extent to which a given control is meeting its intended objectives in terms of loss prevention, reduction, etc. In order to provide such information, the control effectiveness indicator has to have an explicit relationship to both the specific control and to the specific risk against which the control has been implemented1. Therefore, the best source for identifying KCIs is to use controls mapped to organizational risk scenarios, which can help define the control objectives, the expectedoutcomes, and the relevant indicators for each risk scenario. This approach can also help align the KCIs with the organizational goals and strategy, and enable the monitoring and reporting of the control effectiveness23.

The other options are not the best sources for identifying KCIs, because:

Privileged user activity monitoring controls are specific types of controls that aim to prevent unauthorized access or misuse of sensitive data or systems by privileged users. They are not a sourcefor identifying KCIs, but rather a possible subject of KCIs. For example, a KCI for this type of control could be the number of privileged user accounts that have not been reviewed or revoked within a specified period4.

Recent audit findings of control weaknesses are useful for identifying the gaps or deficiencies in the existing control environment, and for recommending corrective actions or improvements. However, they are not a source for identifying KCIs, but rather an input for evaluating or revising the existing KCIs. For example, if an audit finding reveals that a control is not operating as intended, or that a KCI is not providing reliable or timely information, then the control or the KCI may need to be modified or replaced5.

A list of critical security processes is a high-level overview of the key activities or functions that are essential for maintaining the security of the organization’s assets and information. It is not a source for identifying KCIs, but rather a starting point for defining the control objectives and requirements. For example, a critical security process could be incident response, which requires a set of controls to ensure the timely and effective detection, containment, analysis, and recovery of security incidents. The KCIs for this process could be the number of incidents detected, the average time to resolve incidents, or the percentage of incidents that resulted in data breaches6.

References =

Key Control Indicator (KCI) - CIO Wiki

How to Develop Key Control Indicators to Improve Security Risk Monitoring - Gartner

Indicators - Program Evaluation - CDC

Privileged User Monitoring: What Is It and Why Is It Important? - LogRhythm

Internal Audit Key Performance Indicators (KPIs) - AuditBoard

Hierarchy of Controls - NIOSH - CDC

The BEST answer is A because adding emerging technology to an existing process changes the operating environment and can introduce new threats, vulnerabilities, dependencies, and uncertainty. Those changes can increase either the likelihood of a risk event, the impact of the event, or both. The uploaded CRISC notes support this by stating that business risk changes frequently, the current and future environment must be gathered when identifying and assessing IT risk, and emerging threats should be recognized and managed.

ISACA’s CRISC outline states that Domain 2: Risk Assessment covers threats and vulnerabilities to people, processes, and technology, including likelihood and impact of threats, vulnerabilities, and risk scenarios. ISACA also explains that risk scenarios should be created based on business context, system environment, and pertinent threats, and that impact can affect confidentiality, integrity, or availability of assets.

B is incorrect because changing the analysis method does not itself change the actual likelihood or impact of the risk. C is incorrect because introducing controls should normally reduce likelihood or impact. D may increase residual exposure if risk is accepted inappropriately, but acceptance does not itself change the inherent likelihood or impact of the risk scenario.

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Ransomware attacks commonly attempt not only to encrypt production data but also to corrupt or encrypt accessible backups. CRISC-aligned resilience strategies increasingly emphasize the use ofimmutable backups—copies of data that cannot be altered or deleted within a defined retention period. Immutable backups ensure that even if ransomware compromises live systems and standard backup repositories, a protected copy remains recoverable. Recovering from a previous cycle is helpful only if that backup itself was not encrypted or tampered with; without immutability, this is uncertain. Verifying backups is good practice but does not guarantee protection against later corruption. Multiple media types increase redundancy but do not inherently prevent modification or deletion. Immutable backup technologies directly support assured recovery after ransomware, making them the best enabling control for this scenario.

A data protection management plan is a document that outlines how an organization will protect its sensitive data from unauthorized access, use, disclosure, or loss. A data protection management plan should include the following components1:

The scope and objectives of the data protection management plan, and how it aligns with the organization’s data protection policy and strategy

The roles and responsibilities of the data protection team and other stakeholders, and how they will communicate and coordinate

The data protection risks and threats that the organization faces, and how they will be assessed and prioritized

The data protection controls and measures that the organization will implement and maintain, and how they will be monitored and evaluated

The data protection incidents and breaches that the organization may encounter, and how they will be reported and resolved

The data protection training and awareness programs that the organization will provide and conduct, and how they will be measured and improved

The first step that should be done when developing a data protection management plan is to identify critical data. This means that the organization should:

Define what constitutes sensitive data in the organization, such as personal data, confidential data, or regulated data

Identify and classify the sensitive data that the organization collects, processes, stores, or transfers, and assign appropriate labels or tags

Determine the value and importance of the sensitive data to the organization and its stakeholders, and the potential impacts or consequences of data loss or compromise

Map the data flows and locations of the sensitive data within the organization and across its partners or vendors, and document the data lifecycle stages and activities

By identifying critical data, the organization can:

Establish a clear and consistent understanding of the data protection scope and objectives, and ensure that they are relevant and realistic

Provide a comprehensive and accurate data inventory that can support the data protection risk assessment and control implementation

Identify and prioritize the data protection needs and requirements of the organization and its stakeholders, and align them with the data protection laws and standards

Communicate and report the data protection status and performance to the stakeholders and regulators, and ensure transparency and accountability

References = Guide to Developing a Data Protection Management Programme