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Free ISACA AAIA Practice Questions

139 free ISACA AAIA practice questions from the CertStash pack of 556, each with the correct answer and a full explanation. The rule is the same for every exam: ten free on the product page, 139 free here, all 556 in the pack, and each step includes the one before it.

Question 1

Which of the following key performance indicators (KPIs) are MOST important when evaluating whether an AI model meets business objectives?

  1. Cost of resources required for AI model training
  2. AI model accuracy in predicting actual outcomes
  3. Frequency of AI model retraining
  4. Number of users interacting with the AI model
Show answer and explanation

Correct answer: B. AI model accuracy in predicting actual outcomes

AI model accuracy in predicting actual outcomes is the most critical KPI for evaluating business objectives because it directly measures whether the model delivers value and achieves its intended purpose. While cost, retraining frequency, and user engagement are relevant operational metrics, accuracy is fundamental, a highly accurate model justifies investment and use, whereas an inaccurate model fails its core objective regardless of other factors.

Why the other options are wrong

  • A. Training resource costs are important for budgeting but do not directly measure whether business objectives are met.
  • C. Retraining frequency is an operational consideration, not a measure of whether objectives are achieved.
  • D. User interaction volume indicates adoption but not whether the model performs correctly or meets business goals.

Question 2

The BEST way to prevent sensitive information disclosure by large language model (LLM) chatbots is through:

  1. manual monitoring.
  2. data sanitization.
  3. data masking.
  4. access controls.
Show answer and explanation

Correct answer: C. data masking.

Data masking is the best preventive control because it removes or obscures sensitive information before it enters the LLM training pipeline, ensuring sensitive data never exists in unencrypted or identifiable form within the model. This approach prevents disclosure at the source. While manual monitoring, sanitization, and access controls all play roles in a defense-in-depth strategy, masking prevents the initial exposure of sensitive data to the model, making it the most effective primary prevention mechanism.

Why the other options are wrong

  • A. Manual monitoring is reactive and cannot prevent disclosures that have already occurred during training or inference.
  • B. Data sanitization removes sensitive data after collection, but masking is more comprehensive by replacing it before use.
  • D. Access controls limit who can retrieve outputs but do not prevent sensitive information from being learned by or encoded in the model.

Question 3

An organization is using information gathered from customer accounts to train its AI chatbot.

Which of the following is the GREATEST risk associated with this practice?

  1. Transparency
  2. AI model hallucinations
  3. AI bias
  4. Disclosure of personal information
Show answer and explanation

Correct answer: D. Disclosure of personal information

Disclosure of personal information is the greatest risk because customer account data contains personally identifiable information (PII) and sensitive financial details. If this data is used to train a chatbot without proper safeguards, it can be reconstructed, leaked, or inferred from model outputs, violating customer privacy and potentially triggering regulatory penalties. While bias, hallucinations, and transparency concerns are valid AI risks, the direct exposure of personal customer information represents the most immediate and serious harm.

Why the other options are wrong

  • A. Transparency about data usage is important for ethics but is not the greatest risk from using customer data.
  • B. Hallucinations are a model behavior concern, not a primary risk of using customer account data.
  • C. Bias could result from skewed training data, but unauthorized disclosure of personal information is a more direct and severe risk.

Question 4

An IS auditor is evaluating an organization’s incident management program to ensure it is sufficiently prepared to manage AI-related incidents.

Which of the following is MOST important for the auditor to validate?

  1. The program includes processes to respond to AI model drift and data integrity attacks.
  2. The program prioritizes incidents based on alignment with industry leading practices.
  3. The program uses past AI-related incidents and resolutions to categorize current incidents.
  4. The program mandates retraining AI systems after incidents are investigated.
Show answer and explanation

Correct answer: A. The program includes processes to respond to AI model drift and data integrity attacks.

An incident management program must include specific processes to respond to AI-related incidents such as model drift (performance degradation over time) and data integrity attacks, as these are unique challenges in AI systems. Model drift and data poisoning are critical AI-specific threats that general incident programs may not address. Validating these specific processes ensures the organization can detect, respond to, and recover from AI-specific incidents effectively.

Why the other options are wrong

  • B. Prioritization based on industry practices is important for process maturity but does not ensure readiness for AI-specific incidents.
  • C. Using past incidents for categorization is useful but does not validate the program's ability to handle emerging AI threats.
  • D. Mandatory retraining after incidents is one response tactic, not the most important aspect of a comprehensive incident management program.

Question 5

Which of the following is MOST important for an IS auditor to consider when identifying AI risk in a know your customer (KYC) application within a banking organization?

  1. Business disruption and financial impact
  2. Intellectual property leakage and invalidation
  3. Benchmarking against peer organizations
  4. Incident response plan
Show answer and explanation

Correct answer: A. Business disruption and financial impact

Business disruption and financial impact are the most important considerations for a KYC application in banking because KYC is a critical regulatory and operational function. If the AI system fails, makes incorrect decisions, or produces unreliable results, it directly impacts customer onboarding, regulatory compliance, fraud prevention, and revenue. For a financial institution, the business and compliance consequences of AI failure far outweigh other concerns.

Why the other options are wrong

  • B. Intellectual property leakage is a consideration but less critical than the direct business and regulatory impact of KYC system failure.
  • C. Benchmarking against peers provides context but does not directly assess the risks specific to this organization's KYC operations.
  • D. An incident response plan is a mitigation control, not the primary focus when identifying risk in the first place.

Question 6

A digital bank utilizes an AI system to generate credit scores.

Which of the following would BEST mitigate the risk of sudden and unexplained changes in a borrower's credit score?

  1. Using only data from the last six months to one year to avoid outdated information affecting the credit score
  2. Ensuring the system is periodically reviewed and calibrated by human experts to maintain stability in predictions
  3. Obtaining and validating the credit scores from third-party agencies to cross-check AI-generated results
  4. Allowing the AI to operate fully autonomously to prevent processing delays
Show answer and explanation

Correct answer: B. Ensuring the system is periodically reviewed and calibrated by human experts to maintain stability in predictions

Periodic human expert review and calibration best mitigates sudden unexplained credit score changes because it combines ongoing monitoring with corrective action. Humans can detect anomalies, identify the root causes (model drift, data quality issues, feature changes), and recalibrate the system to maintain stability and transparency. This approach preserves model performance while ensuring decisions remain explainable and trustworthy to borrowers and regulators.

Why the other options are wrong

  • A. Using only recent data may reduce outdated information but does not address the root causes of sudden score changes or prevent future instability.
  • C. Third-party cross-checks provide validation but do not mitigate the risk that the bank's own AI system produces unexplained changes.
  • D. Full autonomy without human oversight increases the risk of undetected drift and unexplained changes; human involvement is essential.

Question 7

Which of the following is MOST important for an IS auditor to review during an AI system audit in order to determine compliance with intellectual property and data rights?

  1. Data performance metrics
  2. Use of open-source intellectual property
  3. Model runtime efficiency logs
  4. Data usage agreements
Show answer and explanation

Correct answer: D. Data usage agreements

Data usage agreements are the most important document to review because they define the legal rights, restrictions, and obligations regarding how data and models can be used, including third-party IP, open-source components, and customer data. These agreements establish the compliance framework for intellectual property and data rights. Without reviewing agreements, an auditor cannot verify whether the organization has the legal right to use data and models, or whether compliance obligations are met.

Why the other options are wrong

  • A. Data performance metrics measure model effectiveness, not compliance with IP and data rights.
  • B. Open-source IP usage is one aspect, but data usage agreements comprehensively address all IP and data rights compliance.
  • C. Runtime efficiency logs relate to performance monitoring, not to IP and data rights compliance verification.

Question 8

Which of the following is the PRIMARY objective of AI governance?

  1. Implementing compliance and ethics controls for AI initiatives
  2. Promoting a positive return on investment (ROI) from AI projects
  3. Defining clear roles and responsibilities for AI development, use, and oversight
  4. Ensuring controls over AI are designed well and operate effectively
Show answer and explanation

Correct answer: C. Defining clear roles and responsibilities for AI development, use, and oversight

Defining clear roles and responsibilities for AI development, use, and oversight is the primary objective of AI governance because it establishes the organizational structure, decision-making authority, and accountability mechanisms required for all other governance activities. Clear roles enable effective compliance implementation, risk management, ROI tracking, and control design, making this the foundational element upon which all other AI governance depends.

Why the other options are wrong

  • A. Implementing compliance and ethics controls is an important outcome of governance, but governance's primary objective is establishing the framework and accountability structures that enable this.
  • B. ROI promotion is a business objective, not the primary purpose of governance, which focuses on managing risk and ensuring responsible AI use.
  • D. Ensuring control design and operation is a governance activity, but the primary objective is defining the roles and structures that govern how controls are established.

Question 9

A healthcare organization uses patient data to train an AI model for early disease detection.

Which of the following practices provides the BEST assurance that personal data is secure and its integrity is maintained?

  1. Implementing strict data access controls and conducting security tests
  2. Encrypting stored data to reduce exposure and log access
  3. Updating the AI model with new data and tracking changes
  4. Anonymizing patient data and performing regular quality checks
Show answer and explanation

Correct answer: D. Anonymizing patient data and performing regular quality checks

Anonymizing patient data removes personally identifiable information, which is the strongest privacy protection for sensitive healthcare records. Combined with regular quality checks, this approach ensures both security (through de-identification) and integrity (through validation). While encryption and access controls are important, anonymization is the gold standard for protecting personal data in compliance with healthcare regulations like HIPAA, as it prevents re-identification even if systems are compromised.

Why the other options are wrong

  • A. Access controls and security tests protect data but do not address the core privacy requirement of removing identifying information from datasets.
  • B. Encryption protects stored data but does not prevent misuse if authorized personnel access the data, and logged access alone does not ensure privacy compliance.
  • C. Updating models and tracking changes relates to model management, not to securing or protecting the personal data itself.

Question 10

An organization deploys an AI recruitment platform to screen job applicants. The IS auditor identifies that the platform’s decisions may be influenced by model bias.

Which of the following risk mitigation strategies is BEST for the auditor to recommend?

  1. Implement a process to periodically test the AI system for biases and adjust parameters as needed.
  2. Suspend the use of the AI system until the training data can be verified for fairness and compliance.
  3. Require manual reviews of all AI-generated recruitment decisions before hiring is finalized.
  4. Retrain the AI model using an external data set certified for inclusivity and fairness.
Show answer and explanation

Correct answer: A. Implement a process to periodically test the AI system for biases and adjust parameters as needed.

Periodic testing for biases with parameter adjustment is the most practical and sustainable mitigation strategy. It establishes an ongoing control framework that identifies bias issues early and allows for continuous improvement rather than reactive measures. This balanced approach enables the organization to use the AI system while actively managing the risk, which is appropriate for bias that may be addressable through tuning. Suspending the system is overly disruptive, manual review doesn't scale, and external certified datasets may not eliminate bias specific to the organization's use case.

Why the other options are wrong

  • B. Suspension is an extreme measure that halts operations entirely and doesn't establish a framework for responsible AI use going forward.
  • C. Manual review of all decisions eliminates the efficiency benefits of the AI system and may not scale economically.
  • D. External datasets don't guarantee elimination of bias; the organization's specific context and fairness requirements must still be validated.

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Question 11

A healthcare organization uses data clustering to group patients by medical history for personalized treatment recommendations.

Which of the following is the GREATEST privacy risk associated with this practice?

  1. Clustering increases the complexity of the model, making data harder to anonymize.
  2. The clustering requires more data, increasing the risk of a privacy breach.
  3. Irrelevant features in the data may result in inaccurate or biased treatments.
  4. Clusters can reveal sensitive personal information depending on how the information is presented.
Show answer and explanation

Correct answer: D. Clusters can reveal sensitive personal information depending on how the information is presented.

Clustering can reveal sensitive personal information depending on how the clusters and their characteristics are presented or interpreted. Even without identifying individual records, cluster profiles can expose patterns that reveal private medical conditions, demographics, or other sensitive attributes, a form of re-identification or inference attack. Complexity affecting anonymization (A) is a secondary concern. More data (B) increases breach risk generally but is not specific to clustering's privacy danger. Biased treatments (C) are a fairness issue, not a privacy risk.

Why the other options are wrong

  • A. While complexity may complicate anonymization, the direct privacy risk of clustering lies in information revelation, not model complexity.
  • B. Increased data volume raises breach risk generally, but clustering's specific privacy risk is information inference, not data volume.
  • C. Inaccurate or biased treatments reflect fairness and accuracy concerns, not privacy risks.

Question 12

An organization is developing an AI system that integrates data from multiple external sources without clearly defined data ownership policies.

Which of the following is the GREATEST concern in this situation?

  1. Deficiencies in policies and procedures validating AI model accuracy
  2. Limited documentation of user access permissions
  3. Excessive dependence on automated data collection and cleansing
  4. Gaps in AI privacy compliance and accountability
Show answer and explanation

Correct answer: D. Gaps in AI privacy compliance and accountability

Integrating data from multiple external sources without clear data ownership policies creates significant gaps in understanding data provenance, consent, licensing rights, and regulatory compliance obligations. This directly undermines AI privacy compliance (GDPR, CCPA, etc.) and accountability mechanisms. Without defined ownership, the organization cannot ensure proper consent, deletion rights, or liability attribution. Option A addresses model accuracy validation, option B addresses access control, and option C addresses data processing, all important but secondary to the fundamental privacy and compliance risk created by unclear data ownership.

Why the other options are wrong

  • A. Model accuracy validation is important but is not the primary concern when data ownership is undefined.
  • B. User access permissions are a security control but do not address the core privacy and compliance risk of unclear external data ownership.
  • C. Automated data collection and cleansing are operational concerns, but they do not address the fundamental privacy and accountability gaps created by undefined data ownership.

Question 13

An IS auditor notes the combined number of records utilized within the training, validation, and testing data sets exceeds the total number of records in the original data set.

Which of the following is MOST important for the auditor to determine?

  1. Whether data leakage occurred from utilizing overlapping records in the data sets
  2. Whether the validation data set utilized the same number of records as the training data sets
  3. Whether the training, validation, and testing data sets were created in the correct order
  4. Whether a sufficient number of records were utilized in the training data set
Show answer and explanation

Correct answer: A. Whether data leakage occurred from utilizing overlapping records in the data sets

When the combined records in training, validation, and testing sets exceed the original dataset total, data leakage has likely occurred through overlapping records. This is a critical audit concern because overlapping data between sets causes models to appear more accurate than they actually are and violates the fundamental principle that these sets must be mutually exclusive. Option A directly identifies this integrity issue, while B, C, and D address secondary procedural concerns that wouldn't explain the mathematical impossibility presented.

Why the other options are wrong

  • B. Validating dataset size consistency doesn't address why totals exceed the original dataset.
  • C. The order of dataset creation doesn't explain overlapping record counts.
  • D. The volume of training records doesn't address the root cause of exceeding total records.

Question 14

During an audit of a bank’s AI credit scoring system, an IS auditor discovers that applicants were not informed about automated decision-making.

Which of the following should the auditor do FIRST?

  1. Evaluate transparency controls.
  2. Prepare an audit report.
  3. Conduct an explainability assessment.
  4. Evaluate appeal processes.
Show answer and explanation

Correct answer: A. Evaluate transparency controls.

The finding that applicants were not told about automated decision-making points to a failure in transparency obligations, which privacy and AI regulations commonly impose for decisions with significant effects on individuals. Before reporting or expanding into related areas, the auditor should first evaluate the transparency controls to determine why the disclosure did not occur, how widespread the gap is and whether a designed control exists but failed or is missing entirely. This establishes the root cause and scope needed to support a well-evidenced finding and recommendation.

Why the other options are wrong

  • B. Reporting before evaluating the relevant controls would leave the finding without sufficient evidence of cause and extent.
  • C. Explainability concerns how decisions are reasoned and explained, which is a separate issue from failing to disclose that automation is used.
  • D. Appeal processes matter for contesting decisions, but applicants unaware of automation cannot use them, so transparency must be assessed first.

Question 15

Which of the following is the MOST important key indicator to assess when auditing the deployment of AI in predictive maintenance system in manufacturing operations?

  1. Percentage of AI’s predictive algorithms that are compliant with industry standards
  2. Frequency of updates to AI predictive models based on equipment usage
  3. Reduction in downtime and maintenance costs due to AI use
  4. Total number of predictive maintenance scenarios implemented using AI
Show answer and explanation

Correct answer: C. Reduction in downtime and maintenance costs due to AI use

When auditing an AI predictive maintenance system, the ultimate business outcome matters most. Reduction in downtime and maintenance costs directly demonstrates the value and effectiveness of the AI implementation. This is a key performance indicator that shows whether the AI is actually delivering its intended benefit. While compliance, update frequency, and implementation breadth are all relevant considerations, they are secondary to measuring the actual business impact and return on investment.

Why the other options are wrong

  • A. Compliance with industry standards is important but doesn't measure actual effectiveness or business impact.
  • B. Update frequency is a operational metric but doesn't indicate whether the system is achieving its goals.
  • D. The number of scenarios implemented is a quantity metric and doesn't measure the quality or effectiveness of outcomes.

Question 16

Which use case for an AI model to be used by a food delivery service would pose ethical risk to the organization?

  1. Using customer service metrics for service speed and food quality to predict customer retention and forecast revenue
  2. Comparing total food preparation and delivery time to an industry benchmark to set key performance and risk indicators for individual restaurants
  3. Basing driver retention and termination decisions on the number of delivered orders per total hours worked as compared to an industry benchmark
  4. Correlating time, cost, delivery distance, and customer satisfaction metrics to issue coupons to customers receiving substandard service
Show answer and explanation

Correct answer: C. Basing driver retention and termination decisions on the number of delivered orders per total hours worked as compared to an industry benchmark

Using algorithmic performance metrics to make driver retention and termination decisions poses significant ethical risk because it relies on a single productivity measure compared to benchmarks, which can create adverse impact and may not account for contextual factors, external circumstances, or biases embedded in historical benchmark data. This represents algorithmic discrimination in employment decisions where humans should retain decision-making authority.

Why the other options are wrong

  • A. Predicting retention and revenue from service metrics is a legitimate business analytics application without inherent ethical risk.
  • B. Benchmarking restaurant performance against industry standards is a fair comparative analysis for setting expectations and KPIs.
  • D. Using multi-factor metrics (time, cost, distance, satisfaction) to issue compensatory coupons is transparent and customer-beneficial.

Question 17

An AI-driven incident management system determines the root cause of a security event by:

  1. correlating similar events across multiple systems.
  2. flagging previously reported vulnerabilities.
  3. automatically applying patches to all systems on the network.
  4. reviewing logs and flagging the first system to report anomalous events.
Show answer and explanation

Correct answer: A. correlating similar events across multiple systems.

Correlating similar events across multiple systems is how modern AI incident management systems identify patterns and determine root causes. This approach leverages machine learning to find connections between seemingly disparate events, recognize recurring patterns indicative of common underlying causes, and trace impact across infrastructure. Correlation analysis is the analytical foundation of intelligent root cause determination.

Why the other options are wrong

  • B. Flagging known vulnerabilities identifies risk vectors but doesn't determine root cause of the current incident.
  • C. Automatically patching systems is a response action, not a root cause determination method, and is dangerous without validation.
  • D. The first system to report is often a secondary victim in the chain; root cause typically lies upstream and requires correlation analysis to identify.

Question 18

An IS auditor reviewing documentation for an AI model notes that the modeler utilized a K-means clustering algorithm, which clusters data into categories for correlations and analysis.

Which of the following is the MOST important risk for the auditor to consider?

  1. K-means clustering is not a common data clustering method due to its complexity and difficulty categorizing data correctly.
  2. K-means clustering algorithms are significantly sensitive to outliers and dependent on the similarity of units of measure.
  3. K-means clustering determines the number of clusters for the modeler without supervision.
  4. K-means clustering requires the modeler to supervise the learning analysis, which can introduce bias.
Show answer and explanation

Correct answer: B. K-means clustering algorithms are significantly sensitive to outliers and dependent on the similarity of units of measure.

K-means clustering is highly sensitive to outliers, which can distort cluster centroids and misrepresent the data structure. Additionally, the algorithm's distance-based approach depends on the similarity of units of measure; if features have different scales, some features will inappropriately dominate the clustering. These technical limitations create substantial risk for biased or inaccurate categorizations.

Why the other options are wrong

  • A. K-means is actually a common and well-established clustering method; complexity and categorization difficulty are not primary concerns.
  • C. K-means is an unsupervised algorithm where the modeler must specify k in advance; it does not automatically determine cluster numbers.
  • D. K-means is unsupervised learning, so it does not require modeler supervision during analysis, though bias can arise in selecting k and interpreting results.

Question 19

Which of the following is the MOST important reason to establish AI governance structures that extend beyond regulatory compliance?

  1. To align with global AI data privacy standards
  2. To mitigate reputational risk associated with public scrutiny of AI systems
  3. To ensure ethical integrity throughout the AI life cycle
  4. To establish guardrails limiting AI system functionality to approved use cases
Show answer and explanation

Correct answer: C. To ensure ethical integrity throughout the AI life cycle

Establishing AI governance that extends beyond regulatory compliance ensures ethical integrity throughout the entire AI lifecycle, from design through training, deployment, and monitoring. This forward-looking, principle-based approach builds trust, prevents harm, and sustains responsible AI practices even in areas not yet regulated. Option A (data privacy standards) is reactive and compliance-focused. Option B (reputational risk mitigation) is a consequence-driven secondary reason. Option D (limiting functionality) is a narrow control mechanism. Ethical integrity is the foundational purpose that justifies comprehensive governance structures.

Why the other options are wrong

  • A. Aligning with global privacy standards is important but is compliance-driven rather than extending beyond regulatory requirements.
  • B. Mitigating reputational risk is a beneficial outcome but is reactive rather than proactive ethical governance.
  • D. Establishing guardrails on functionality is a control mechanism, not the fundamental reason for comprehensive governance structures.

Question 20

When auditing a research agency’s use of generative AI models for analyzing scientific data which of the following is MOST critical to evaluate in order to prevent hallucinatory results and ensure the accuracy of outputs?

  1. The measures in place to ensure the appropriateness and relevance of input data for generative AI models
  2. The frequency of data audits verifying the integrity and accuracy of inputs
  3. The algorithms for generative AI models designed to detect and correct data bias before processing
  4. The effectiveness of data anonymization processes that help preserve data quality
Show answer and explanation

Correct answer: A. The measures in place to ensure the appropriateness and relevance of input data for generative AI models

Ensuring the appropriateness and relevance of input data is the most critical preventive measure against hallucinations in generative AI models. Hallucinatory outputs fundamentally result from the model generating plausible but incorrect information, which is most effectively prevented by maintaining high-quality, appropriate, and relevant inputs. Garbage in leads to garbage out; controlling input quality directly addresses the root cause of accuracy issues in scientific data analysis.

Why the other options are wrong

  • B. Audit frequency addresses monitoring but does not prevent hallucinatory outputs; prevention requires input quality controls, not just verification frequency.
  • C. While bias detection is valuable, hallucinatory outputs are not primarily a bias problem; they stem from inappropriate or irrelevant inputs misleading the model.
  • D. Data anonymization preserves privacy but does not prevent hallucinations or ensure output accuracy for scientific analysis.

Question 21

When an IS auditor is reviewing results from an AI system, which of the following would cause the GREATEST risk?

  1. Inability to identify where an AI system is housed.
  2. Difficulty of documenting AI algorithm processes.
  3. System output not being checked for inconsistencies.
  4. Cascading failures of AI system outputs.
Show answer and explanation

Correct answer: C. System output not being checked for inconsistencies.

System output not being checked for inconsistencies represents the greatest risk because unchecked outputs can propagate errors throughout business operations, affecting decisions, compliance, and stakeholder trust. While options A, B, and D present operational challenges, they don't directly expose the organization to the immediate risk of acting upon erroneous AI decisions. Lack of output validation is a control failure that allows defective decisions to reach end-users undetected.

Why the other options are wrong

  • A. Inability to identify AI system location is a documentation issue, not a direct operational risk affecting output quality.
  • B. Difficulty documenting AI algorithms is a transparency concern but doesn't directly result in bad decisions being acted upon.
  • D. Cascading failures are serious but are a consequence of unvalidated outputs rather than the root cause.

Question 22

Which of the following would be of GREATEST concern to an IS auditor reviewing an organization’s AI policies and procedures?

  1. The documentation of AI models does not address business resiliency and disaster recovery.
  2. The AI model does not have an approval process for production changes.
  3. External validation is not required for AI systems before deployment.
  4. The data privacy policy has not been reviewed in the past three years.
Show answer and explanation

Correct answer: B. The AI model does not have an approval process for production changes.

The absence of an approval process for production changes in AI systems represents a critical control gap that directly threatens organizational governance and operational integrity. Without formal change approval procedures, organizations cannot ensure that AI model updates are validated, tested, and authorized before deployment, increasing risks of unintended consequences, regulatory violations, and security issues. This is a fundamental control failure that an IS auditor would prioritize as a matter of governance discipline.

Why the other options are wrong

  • A. While business resiliency and disaster recovery documentation is important, it's not as immediately critical as change control processes that prevent problematic changes from reaching production.
  • C. External validation before deployment is valuable but is secondary to establishing the change approval process itself, which is the foundational control mechanism.
  • D. A three-year-old data privacy policy review interval is dated but less urgent than an active control gap in production change management.

Question 23

A car insurance company uses an AI model to determine customer premiums. To ensure the ethical use of this model, which of the following testing practices should the company consider to be MOST important?

  1. Running model performance tests on randomized data to improve the model's accuracy
  2. Ensuring demographic data is not used to train models outside of the defined use case
  3. Testing to ensure the model’s predictions do not discriminate based on age or gender
  4. Deploying the model only for a small randomly selected group of existing customers
Show answer and explanation

Correct answer: C. Testing to ensure the model’s predictions do not discriminate based on age or gender

Testing for discriminatory bias in model predictions based on protected characteristics (age, gender) is the most critical ethical safeguard for an insurance pricing model. This directly addresses potential fairness violations and regulatory compliance issues that could harm individuals and expose the company to legal liability. While data governance (B) and accuracy testing (A) matter, they don't specifically address discriminatory outcomes, and limited deployment (D) is an operational consideration rather than a testing practice.

Why the other options are wrong

  • A. Performance testing on randomized data addresses accuracy but not ethical discrimination.
  • B. Data usage governance is important but doesn't directly test for discriminatory bias in predictions.
  • D. Phased deployment is a rollout strategy, not a testing practice for ethical evaluation.

Question 24

An organization’s system development process has been enhanced with AI.

Which of the following features presents the GREATEST risk?

  1. All codes are generated by AI without human oversight.
  2. Non-technical users are validating AI results.
  3. The AI personalizes applications for the user.
  4. The AI allocates resources for new system development projects.
Show answer and explanation

Correct answer: A. All codes are generated by AI without human oversight.

Allowing all code to be generated by AI without human oversight presents the greatest risk because it eliminates critical human review and validation, which are essential for detecting errors, security vulnerabilities, logical flaws, and ensuring code quality and compliance. Removing human oversight from code generation removes the final safeguard against AI-generated defects reaching production systems.

Why the other options are wrong

  • B. Non-technical users validating results is suboptimal but less risky than zero human oversight; at least some review occurs.
  • C. Personalizing applications for users is a feature that, while requiring governance, does not inherently compromise system development integrity.
  • D. AI allocating development resources is a process decision that still involves human planning and oversight of the system.

Question 25

The PRIMARY objective of machine learning (ML) in data processing is to:

  1. analyze data sets to identify visual patterns and trends.
  2. enhance the explainability of AI model outputs.
  3. draw statistical inferences for creating artificial human intelligence.
  4. perform actions that would typically require human intelligence.
Show answer and explanation

Correct answer: D. perform actions that would typically require human intelligence.

The primary objective of machine learning in data processing is to perform actions that would typically require human intelligence. This is the fundamental definition of ML, automating intelligent decision-making and complex tasks. Analyzing visual patterns (A) is a specific application, not the primary objective; explainability (B) is a secondary concern about model transparency; and drawing statistical inferences for artificial human intelligence (C) is awkwardly worded and conflates methodology with objective.

Why the other options are wrong

  • A. Visual pattern analysis is one specific application, not the primary objective of ML.
  • B. Explainability is important for trust but is secondary to the core objective of performing intelligent actions.
  • C. This confuses statistical methodology with the objective and is not a standard characterization of ML's purpose.

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Question 26

During an audit of an AI solution, the modeler informs the IS auditor that data augmentation techniques were utilized.

Which of the following BEST enables the auditor to determine the effectiveness of the data augmentation?

  1. Balance of data classes prior to and after augmentation
  2. Performance metrics of the model prior to and after augmentation
  3. Affinity and diversity of augmented data compared to original data
  4. Feature importance summary of the model prior to and after augmentation
Show answer and explanation

Correct answer: B. Performance metrics of the model prior to and after augmentation

Performance metrics of the model before and after augmentation is the best way to evaluate effectiveness because it directly measures the practical impact, whether augmentation actually improved the model's ability to make accurate predictions. This is the objective outcome that matters. Balance of data classes (A) shows what was augmented but not whether it helped; affinity and diversity (C) measure the augmentation characteristics but not its effectiveness; and feature importance (D) shows which features the model uses, not whether augmentation was beneficial.

Why the other options are wrong

  • A. Class balance shows what was augmented but not whether augmentation improved model performance.
  • C. Affinity and diversity measure augmentation characteristics, not its actual impact on model effectiveness.
  • D. Feature importance shows the model's internal weights but not whether augmentation improved predictions.

Question 27

An organization implements a neural network-based AI system for credit scoring that processes extensive input data from multiple sources.

Which of the following represents the GREATEST risk if input validation and anomaly detection controls are inadequate?

  1. Biased inputs that can affect credit decisions
  2. Delayed model training cycles from excessive data preprocessing
  3. Overfitting caused by excessive anomaly filtering
  4. Increased computational cost due to redundant input checks
Show answer and explanation

Correct answer: A. Biased inputs that can affect credit decisions

Input validation and anomaly detection controls exist to stop erroneous, manipulated or unrepresentative data from reaching the model. In credit scoring, inputs drawn from many sources can carry errors, skewed distributions or proxies for protected characteristics, and a neural network will learn and reproduce those patterns without any visible warning. The result is unfair or inaccurate credit decisions that harm applicants and expose the organization to regulatory, legal and reputational consequences. Because this risk directly affects decision integrity and fairness, it is the greatest concern when these controls are weak.

Why the other options are wrong

  • B. Delayed training cycles from excessive preprocessing would result from too much control, not inadequate control, and are an efficiency issue only.
  • C. Excessive anomaly filtering describes overly strict controls, which is the opposite of the inadequate controls described in the scenario.
  • D. Redundant input checks raise cost only when controls are excessive, and cost is far less significant than flawed credit decisions.

Question 28

An IS auditor is assessing an AI-powered chatbot that produces inaccurate or fabricated information for customer queries.

Which of the following is the BEST recommendation when the model’s configuration emphasizes creativity over accuracy?

  1. Add more randomness through external prompts.
  2. Allow the AI model to self-correct its hallucinated outputs.
  3. Implement stricter prompt templates to constrain the model's outputs.
  4. Adjust the model’s temperature parameter to lower randomness.
Show answer and explanation

Correct answer: D. Adjust the model’s temperature parameter to lower randomness.

Lowering the temperature parameter directly reduces randomness and hallucinations in language models, making outputs more deterministic and grounded in training data rather than creative speculation. Since the auditor identified that the configuration emphasizes creativity over accuracy, reducing temperature is the direct technical solution to bias the model toward factual consistency, which is appropriate for a customer-facing chatbot where accuracy is critical.

Why the other options are wrong

  • A. Adding more randomness through external prompts would exacerbate the existing hallucination problem, moving further from accuracy.
  • B. Self-correction of hallucinations is unreliable, the model that generated false information cannot reliably detect and fix its own fabrications.
  • C. Strict prompt templates help constrain outputs but are a secondary control; adjusting the temperature parameter is the primary technical lever for controlling creativity-to-accuracy tradeoff.

Question 29

Which of the following assessments of data quality would an IS auditor use to validate relationship completeness between large data sets?

  1. Counterfactual analyses
  2. Drift detection algorithms
  3. Referential integrity checks
  4. Cross-column profiling
Show answer and explanation

Correct answer: C. Referential integrity checks

Referential integrity checks validate that relationships between data sets are complete and consistent by verifying that foreign key references resolve correctly to primary keys in related tables. This is the standard auditing technique for ensuring relationship completeness across large data sets and directly addresses data quality in multi-dataset environments commonly used in AI training and operations.

Why the other options are wrong

  • A. Counterfactual analyses examine hypothetical scenarios to understand model causality, not to validate data relationships.
  • B. Drift detection algorithms monitor statistical changes in data over time, not relationship integrity between datasets.
  • D. Cross-column profiling examines patterns within individual datasets but doesn't specifically validate relationships between separate large datasets.

Question 30

An IS auditor is reviewing AI-driven processes that automate financial approvals.

Which of the following poses the GREATEST challenge to maintaining separation of duties?

  1. Narrowly targeted AI awareness training
  2. Lack of transparency in AI algorithms
  3. Inadequate documentation for AI tools
  4. Use of AI to automate routine manual tasks
Show answer and explanation

Correct answer: B. Lack of transparency in AI algorithms

Separation of duties depends on being able to see which party initiates, authorizes and records a transaction, so that no single actor controls all steps. When AI makes or influences financial approvals through opaque logic, it is unclear what the system decided, on what basis and whether it effectively performed incompatible functions. Without transparency, management and auditors cannot verify that duties remain segregated or detect when the AI has combined roles that should be separate. This lack of visibility is therefore the greatest challenge to maintaining separation of duties.

Why the other options are wrong

  • A. Narrow awareness training affects user knowledge but does not prevent anyone from verifying how approval duties are divided.
  • C. Poor documentation hinders review, but opaque algorithms prevent verification even when documentation exists.
  • D. Automating routine manual tasks is a normal efficiency gain and does not by itself combine incompatible approval duties.

Question 31

Which of the following would be the BEST recommendation for an organization that has adopted vibe coding?

  1. Prompt the AI to review its own code.
  2. Build the organization's own cryptography.
  3. Discontinue the current practice.
  4. Adopt a security checklist for code review.
Show answer and explanation

Correct answer: D. Adopt a security checklist for code review.

Vibe coding relies on AI tools to generate code from natural language prompts, often with limited human understanding of the resulting logic. The main risk is that insecure patterns, vulnerable dependencies or hard-coded secrets slip into production unnoticed. Adopting a security checklist for code review provides a structured, repeatable control that ensures human reviewers consistently check AI-generated code against known security requirements before release. This preserves the productivity benefits of the practice while addressing its principal weakness, making it the best recommendation.

Why the other options are wrong

  • A. Asking the AI to review its own output lacks independence and tends to repeat the same blind spots that produced the flaws.
  • B. Building custom cryptography is a well-known security anti-pattern that introduces weaknesses instead of reducing them.
  • C. Discontinuing the practice forgoes its benefits when the risk can be controlled through appropriate review.

Question 32

An AI generated photo showing a catastrophe circulated on social media, impacting the supply chain. This is an example of which type of risk?

  1. Compliance risk
  2. Societal risk
  3. Economic risk
  4. Data privacy risk
Show answer and explanation

Correct answer: B. Societal risk

The circulation of AI-generated misinformation about a catastrophe affecting supply chains exemplifies societal risk, the misuse of AI to create and spread false information that impacts public perception, market behavior, and economic systems at scale. While economic damage (C) occurs, the primary risk category is societal because the issue stems from AI-generated disinformation affecting social trust. Compliance (A) and data privacy (D) are not the core concern here.

Why the other options are wrong

  • A. This is primarily a societal/information integrity issue rather than a regulatory compliance violation.
  • C. Economic impact is a consequence, but the fundamental risk is societal misinformation.
  • D. Data privacy is not implicated by the circulation of a false AI-generated image.

Question 33

Which of the following is the GREATEST concern when an audit team relies on generative AI to create audit reports?

  1. The reports may be more likely to reflect outdated information.
  2. The reports may contain misstatements resulting from hallucinations.
  3. The reports may use inconsistent formatting from prior audit findings.
  4. The reports may tend to use generic language for audit issues.
Show answer and explanation

Correct answer: B. The reports may contain misstatements resulting from hallucinations.

The GREATEST concern when relying on generative AI for audit reports is that the reports may contain misstatements resulting from hallucinations. Hallucinations are false or fabricated information that generative AI produces with confidence, making them particularly dangerous in audit contexts where accuracy and reliability are critical. Auditors and stakeholders may trust apparently authoritative report language without realizing it contains invented data, findings, or references. This directly undermines audit integrity and could lead to incorrect conclusions and decisions based on false information.

Why the other options are wrong

  • A. Outdated information is a general data quality issue, not the unique and critical risk specific to generative AI hallucinations.
  • C. Inconsistent formatting is a style concern that does not threaten the substantive accuracy and reliability of audit findings.
  • D. Generic language may reduce specificity but does not pose the direct integrity threat of false information that hallucinations create.

Question 34

An organization has deployed an AI-powered customer service chatbot trained using customer chat logs.

When reviewing AI risk assessment documentation, which of the following should be the IS auditor's GREATEST concern?

  1. Limited AI model capability to incorporate and adapt to new data
  2. Obsolete procedures leading to inadequate data integrity validation
  3. Reputational impacts resulting from inaccurate chatbot responses
  4. Insufficient access controls leading to unauthorized customer data exposure
Show answer and explanation

Correct answer: D. Insufficient access controls leading to unauthorized customer data exposure

Insufficient access controls leading to unauthorized customer data exposure is the greatest concern because customer service chatbots process sensitive personal and transactional information. A breach of access controls would result in exposure of customer data at scale, creating immediate regulatory compliance violations, legal liability, and severe reputational damage. This represents a foundational security failure. While model capability, data integrity, and response accuracy are important, they are secondary to preventing unauthorized access to customer data, which is a critical asset.

Why the other options are wrong

  • A. Limited model capability to adapt is a functional limitation affecting performance but not the core security governance issue.
  • B. Obsolete data integrity procedures are a control weakness but less critical than preventing unauthorized data access entirely.
  • C. Reputational impacts from inaccurate responses, while important, do not carry the same magnitude of risk as unauthorized customer data exposure.

Question 35

Which metric should an IS auditor review to evaluate issues with data collection that could impact the AI model training?

  1. Percentage of epochs used
  2. Percentage of missing values
  3. Percentage of data in training dataset
  4. Percentage of true positives on confusion matrix
Show answer and explanation

Correct answer: B. Percentage of missing values

The percentage of missing values is the key metric to assess data collection quality issues that directly impact AI model training. Missing data can introduce bias, reduce model accuracy, and prevent proper pattern recognition. This metric directly reflects collection problems and data integrity issues that affect model performance.

Why the other options are wrong

  • A. Percentage of epochs used relates to training iterations, not data collection quality.
  • C. Percentage of data in training dataset reflects data split strategy, not collection quality issues.
  • D. True positives on a confusion matrix measure model performance, not data collection quality issues.

Question 36

Which of the following is the MOST important course of action for an organization prior to allowing end users to utilize an AI tool?

  1. Develop an AI policy with guidelines on appropriate use.
  2. Determine the impact to the disaster recovery plan (DRP).
  3. Implement baseline performance metrics.
  4. Ensure a cybersecurity insurance clause is in place to include the use of AI.
Show answer and explanation

Correct answer: A. Develop an AI policy with guidelines on appropriate use.

Developing an AI policy with guidelines on appropriate use is the most important prerequisite because it establishes the governance framework that ensures users understand what is acceptable, legal, and aligned with organizational values. This policy prevents misuse, sets expectations, and protects the organization before any tool is deployed. Without established guidelines, users lack direction on responsible use, and the organization lacks a basis for enforcing appropriate behavior.

Why the other options are wrong

  • B. Disaster recovery planning is important but is a secondary concern after establishing baseline governance and appropriate use guidelines.
  • C. Performance metrics are useful for monitoring but should be defined within the policy context, not before policy development.
  • D. Insurance clauses are financial risk management but do not address the operational requirement to establish appropriate use standards.

Question 37

A company is developing an AI system to generate videos and images.

Which of the following would BEST enable the company to mitigate harm caused by deepfakes?

  1. Differential privacy
  2. Watermarking
  3. Sanitization
  4. Model encryption
Show answer and explanation

Correct answer: B. Watermarking

Watermarking is the best mitigation for deepfakes because it embeds identifying information directly into generated videos and images that proves their synthetic origin and allows detection and traceability. Watermarks survive distribution and help recipients identify AI-generated content, enabling them to distrust or reject deepfakes. This addresses the core deepfake problem, distinguishing authentic from fabricated media. Watermarking is a proven, industry-standard approach for content authentication.

Why the other options are wrong

  • A. Differential privacy protects training data but does not address deepfake detection or prevention.
  • C. Sanitization cleans data but does not provide a mechanism to identify or trace synthetic media.
  • D. Model encryption protects the model code but does not help identify or detect deepfakes in the wild.

Question 38

A healthcare AI tool used by a hospital recommends treatments based on patient data. The tool sometimes suggests treatments that have high success rates but significant risk. The hospital's risk management approach prioritizes patient safety over innovative solutions.

Which of the following is the hospital's BEST course of action?

  1. Adjust the AI’s parameters to align with the hospital’s risk tolerance.
  2. Discontinue using the AI tool and rely solely on doctor expertise.
  3. Obtain patients' consent for the use of their data by the AI tool.
  4. Use the AI tool only for low-risk situations.
Show answer and explanation

Correct answer: A. Adjust the AI’s parameters to align with the hospital’s risk tolerance.

Adjusting the AI's parameters to align with the hospital's risk tolerance is the best course of action because it allows the organization to continue benefiting from AI-assisted decision-making while operationalizing its stated risk management philosophy. The hospital should not abandon the tool entirely (option B) nor use it only in limited scenarios (option D) if proper calibration is possible. Patient consent (option C) addresses data usage but does not address the risk-tolerance mismatch. Parameter adjustment directly solves the problem by making the tool's recommendations reflect the hospital's actual risk appetite.

Why the other options are wrong

  • B. Discontinuing the tool entirely foregoes potential benefits and does not address the core issue of misalignment.
  • C. Patient consent for data use is important but does not solve the misalignment between the tool's risk profile and the hospital's preferences.
  • D. Limiting use to only low-risk situations is an incomplete solution that prevents the hospital from benefiting from the tool's capabilities in moderate-risk scenarios.

Question 39

Which of the following types of AI can use unlabeled data sets to imitate human learning behavior?

  1. Supervised learning
  2. Federated learning
  3. Reinforcement learning
  4. Unsupervised learning
Show answer and explanation

Correct answer: D. Unsupervised learning

Unsupervised learning is the only type of machine learning that can work with unlabeled datasets. It uses techniques like clustering and dimensionality reduction to discover patterns and structure in data without predefined labels, mimicking how humans learn by exploring and understanding data independently. Supervised learning requires labeled data. Federated learning is a distributed training approach orthogonal to labeling requirements. Reinforcement learning uses reward signals rather than labels but still provides explicit feedback to guide learning.

Why the other options are wrong

  • A. Supervised learning requires labeled data and cannot use unlabeled datasets.
  • B. Federated learning is a training methodology for distributed environments but doesn't enable learning from unlabeled data.
  • C. Reinforcement learning uses reward/penalty signals rather than labels, but still provides explicit guidance and doesn't learn purely from unlabeled data.

Question 40

A health organization has deployed an AI model to analyze chest X-rays. The model reports high accuracy, but thresholds for classifying results are unclear and performance is not broken down by different patient demographics.

Which of the following is the PRIMARY reason to avoid relying only on overall accuracy to evaluate this model?

  1. The model may perform poorly for certain patient groups, leading to hidden fairness or safety risk.
  2. Performance may vary across demographic subgroups, requiring stratified evaluation.
  3. A high accuracy score always indicates low false positives and false negatives.
  4. Accuracy can only be calculated on structured tabular datasets, not medical images.
Show answer and explanation

Correct answer: A. The model may perform poorly for certain patient groups, leading to hidden fairness or safety risk.

Overall accuracy is an aggregate figure that can remain high even when the model performs poorly on smaller patient subgroups or produces many false negatives for a less common condition. In a clinical setting, those hidden failures mean some patients may be misdiagnosed, creating both patient safety harm and unfair treatment of particular groups. This underlying risk is the primary reason a single headline metric is insufficient, and it is why the auditor should expect clearly defined thresholds, error-type analysis and performance results disaggregated by demographic group.

Why the other options are wrong

  • B. Stratified evaluation is the remedy that follows from the concern, while the primary reason is the hidden fairness and safety harm to patients.
  • C. High accuracy does not guarantee low false positives and false negatives, particularly with imbalanced classes, so this statement is false.
  • D. Accuracy can be computed for any classification task, including image classification, so this statement is false.

Question 41

Which of the following should be an IS auditor's GREATEST concern when reviewing an anomaly detection process implemented for a high-risk AI system?

  1. Failure to identify anomalies that can bias training data
  2. Lack of regular quality reviews for training data
  3. Infrequent updates to anomaly detection algorithms
  4. Inadequate staff training on the use of the system
Show answer and explanation

Correct answer: A. Failure to identify anomalies that can bias training data

An IS auditor's greatest concern is the failure to identify anomalies that can bias training data. If anomalies in the training data are not detected and addressed, they propagate through the model, causing systematic bias in predictions and decisions. This is foundational, corrupted or anomalous training data undermines all downstream decisions. Option B (lack of training data reviews) and option C (infrequent algorithm updates) are process and maintenance issues but do not directly address the critical risk of undetected anomalies introducing bias. Option D (staff training) is an operational concern, not as serious as data quality.

Why the other options are wrong

  • B. Lack of quality reviews for training data is related but is less specific than the failure to identify anomalies that bias the data.
  • C. Infrequent algorithm updates are a maintenance concern but do not address the risk of undetected biasing anomalies in data.
  • D. Inadequate staff training affects operational effectiveness but is not as critical as the failure to detect data anomalies that introduce bias.

Question 42

An IS auditor is interviewing management about implemented controls around machine learning (ML) models deployed in the production environment.

Which of the following schedules for reviewing the performance of a deployed model would be of GREATEST concern to the auditor?

  1. One time prior to migrating to production
  2. On an annual recurring basis
  3. After functionality changes
  4. After changes to hardware and software platforms
Show answer and explanation

Correct answer: A. One time prior to migrating to production

Reviewing model performance only one time prior to production migration is of greatest concern because deployed models experience data drift, concept drift, and changing business conditions that degrade performance over time. Production models require ongoing monitoring to detect when retraining is needed, making any schedule relying solely on pre-deployment review inadequate.

Why the other options are wrong

  • B. Annual recurring review provides ongoing monitoring, though potentially less frequent than ideal.
  • C. Reviewing after functionality changes is appropriate because changes may impact model relevance and accuracy.
  • D. Reviewing after hardware and software platform changes is appropriate because infrastructure changes may affect model behavior or data processing.

Question 43

An IS auditor identified data quality issues as a result of insufficient availability of minority data to address diverse class representation.

Which of the following is the BEST recommendation to resolve this issue?

  1. Augment the data through synthesizing.
  2. Document the risk acceptance.
  3. Relabel available data.
  4. Change the model selection.
Show answer and explanation

Correct answer: A. Augment the data through synthesizing.

The root cause identified is that minority classes are underrepresented in the training data, which leads the model to learn poorly for those groups. Augmenting the dataset with synthesized records, for example through techniques such as SMOTE or carefully generated synthetic samples, directly increases minority representation and improves class balance. This addresses the data quality problem at its source rather than accepting it or working around it, provided the synthetic data is validated to reflect realistic characteristics of the minority population and does not introduce new distortions.

Why the other options are wrong

  • B. Documenting risk acceptance leaves the representation gap and its resulting bias in place rather than resolving the data quality issue.
  • C. Relabeling existing records does not create additional minority examples and risks corrupting correct labels without fixing the imbalance.
  • D. Changing the model does not supply the missing minority data, so any algorithm would still learn from an unrepresentative dataset.

Question 44

For a sales promotion, an AI system sorts customer attributes into several categories by analyzing transaction history. Verifying which of the following would BEST validate the effectiveness of this process?

  1. Stress tests are regularly conducted to maintain consistent AI performance.
  2. The applied methodology adequately reflects business objectives.
  3. Sensitive attributes are converted to other data types prior to input.
  4. Sampling of AI output is conducted to identify unusual decisions.
Show answer and explanation

Correct answer: B. The applied methodology adequately reflects business objectives.

Verifying that the applied methodology adequately reflects business objectives ensures the AI categorization process is aligned with the sales promotion goals and business strategy. This validates that the system is solving the right problem correctly. If the methodology doesn't match business objectives, the system may be technically sound but operationally ineffective, making this the most critical validation.

Why the other options are wrong

  • A. Stress testing validates system performance under load but does not verify whether the categorization methodology serves business promotion objectives.
  • C. Converting sensitive attributes to other data types addresses data privacy but does not validate the effectiveness of the categorization process.
  • D. Sampling output to identify unusual decisions detects anomalies but does not validate whether the overall methodology aligns with business objectives.

Question 45

When converting data categories before training an AI model, which of the following scenarios represents the GREATEST risk?

  1. One-hot encoding the data attribute car colors for the options red, blue, green black, white
  2. Creating dummy variables for the data attribute product flavor for the options vanilla, chocolate, strawberry, banana
  3. One-hot encoding the data attribute customer rewards category for the options economy, business, first class
  4. Creating dummy variables for the data attribute dog breed for the options labrador, terrier, beagle
Show answer and explanation

Correct answer: C. One-hot encoding the data attribute customer rewards category for the options economy, business, first class

One-hot encoding customer rewards categories (economy, business, first class) is riskier than the other options because these categories have an inherent ordinal relationship, first class is higher value than business, which is higher than economy. One-hot encoding treats them as independent categories, losing this meaningful ordering and potentially introducing bias where the model incorrectly treats unrelated categories as equivalent.

Why the other options are wrong

  • A. Car colors (red, blue, green, black, white) are truly nominal with no inherent ordering, making one-hot encoding appropriate.
  • B. Product flavors (vanilla, chocolate, strawberry, banana) are nominal categories with no natural order, so dummy variables are suitable.
  • D. Dog breeds (labrador, terrier, beagle) are nominal categories without meaningful ordinal relationships, making dummy variables appropriate.

Question 46

When utilizing a machine learning (ML) model to predict whether a wind turbine electricity generator will fail, which model evaluation metric should be the PRIMARY focus?

  1. Recall
  2. Specificity
  3. Precision
  4. Accuracy
Show answer and explanation

Correct answer: A. Recall

For predicting wind turbine failures, recall is the primary metric because it measures the proportion of actual failures that are correctly identified. Missing actual failures (false negatives) is costly and dangerous, making recall, which minimizes missed failures, more critical than precision, specificity, or overall accuracy in this safety-critical application.

Why the other options are wrong

  • B. Specificity measures true negatives but doesn't prioritize catching actual failures, which is critical for equipment reliability.
  • C. Precision measures accuracy of positive predictions but allows dangerous false negatives that miss real failures.
  • D. Accuracy alone doesn't address the class imbalance problem; failures are rare events where missing them carries high risk.

Question 47

When assessing the potential risk of implementing an AI system, it is MOST important to validate the model's:

  1. processing speed and computational efficiency,
  2. decision-making explanations and interpretability of its outputs,
  3. number of parameters and its overall complexity,
  4. compatibility with existing legacy software used by the organization.
Show answer and explanation

Correct answer: B. decision-making explanations and interpretability of its outputs,

When assessing AI system implementation risk, validating the model's explainability and interpretability of outputs is most critical because it enables stakeholders to understand how decisions are made, identify potential biases, ensure regulatory compliance, and maintain trust in the system. Without explainability, an organization cannot effectively audit, govern, or mitigate risks associated with AI decisions, making this the highest-priority validation concern.

Why the other options are wrong

  • A. Processing speed and computational efficiency are important for operational performance but are secondary to understanding whether the system's decisions are sound and explainable.
  • C. The number of parameters and complexity are technical implementation details; complexity itself doesn't validate that the model is safe or appropriate for its intended use.
  • D. Legacy system compatibility is a technical integration concern but doesn't address the fundamental risk of whether the AI model produces reliable, understandable, and fair outputs.

Question 48

An organization implemented a fraud detection model for credit card transactions. After a complex neural network was trained with a large volume of transactions, the training accuracy was higher than the validation accuracy.

Which of the following is the MOST likely cause?

  1. Overfitting
  2. Feature scaling
  3. Underfitting
  4. Insufficient training data
Show answer and explanation

Correct answer: A. Overfitting

Overfitting occurs when a model learns the noise and specific details of its training data rather than general patterns, so it performs well on training data but worse on unseen data. A complex neural network has high capacity to memorize, and the gap in which training accuracy exceeds validation accuracy is the classic sign of this problem. Remedies include regularization, dropout, early stopping and simplifying the model.

Why the other options are wrong

  • B. Feature scaling is a preprocessing step that does not by itself create a gap between training and validation accuracy.
  • C. Underfitting produces poor accuracy on both training and validation data, not high training accuracy.
  • D. The model was trained on a large volume of transactions, so insufficient training data is not the most likely cause.

Question 49

Which of the following BEST helps an organization manage bias in AI model decisions?

  1. Data anonymization and classification
  2. Standardization of fairness criteria
  3. Human oversight and feedback mechanisms
  4. Periodic model retraining
Show answer and explanation

Correct answer: B. Standardization of fairness criteria

Bias can only be managed consistently when the organization has defined what fair means for its AI decisions. Standardized fairness criteria establish agreed metrics, protected attributes, acceptable thresholds and testing requirements that apply across the model lifecycle, from data selection through validation and monitoring. These criteria give developers a target, give reviewers and auditors an objective benchmark, and make results comparable across models. Other measures, such as human review or retraining, depend on these criteria to know what to look for and when a model is acceptable.

Why the other options are wrong

  • A. Anonymization and classification protect privacy, but removing identifiers does not stop bias carried through proxy variables in the data.
  • C. Human oversight helps catch problems in individual decisions, but without defined fairness criteria reviewers lack a consistent standard and may introduce their own bias.
  • D. Retraining on new data can reproduce or amplify existing bias unless fairness criteria are defined to measure and constrain the outcome.

Question 50

An IS auditor has discovered that an organization's AI system is less accurate than the required threshold and recommends management implement cross-referencing multiple models in order to produce more accurate results. This is an example of which type of risk response?

  1. Avoidance
  2. Transfer
  3. Mitigation
  4. Acceptance
Show answer and explanation

Correct answer: C. Mitigation

Risk mitigation, also called risk reduction, means implementing controls that lower the likelihood or impact of a risk while continuing the activity. Cross-referencing the outputs of multiple models is an ensemble or validation control that reduces the probability of inaccurate results reaching decision makers, so the organization keeps using the AI system but with reduced exposure. It neither abandons the system, shifts the risk to another party, nor simply tolerates the shortfall, which places it squarely in the mitigation category.

Why the other options are wrong

  • A. Avoidance would require stopping the AI activity altogether, whereas the recommendation keeps the system in use.
  • B. Transfer shifts the financial impact to a third party, such as through insurance or contracts, which cross-referencing models does not do.
  • D. Acceptance means tolerating the accuracy shortfall without additional action, while the recommendation adds a control to reduce it.

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Question 51

When evaluating whether an AI algorithm deployed by an organization aligns with its business objectives, it is MOST important to:

  1. review algorithm documentation for completeness.
  2. confirm the outcomes from using the algorithm support strategic goals.
  3. validate that data sources are identified in the business strategy.
  4. verify the algorithm’s ability to process transactions accurately.
Show answer and explanation

Correct answer: B. confirm the outcomes from using the algorithm support strategic goals.

Confirming that algorithm outcomes support the organization's strategic goals is the most important evaluation criterion because an AI system cannot be considered properly aligned if its results do not advance business objectives. This assessment ensures that implementation effort, resource allocation, and operational changes are justified by tangible business benefits. While documentation, data validation, and technical accuracy are important, they are all subservient to the fundamental question of whether the algorithm delivers value toward strategic goals.

Why the other options are wrong

  • A. Algorithm documentation review is important for governance but does not directly confirm business alignment.
  • C. Validating data sources against business strategy is helpful but not the most critical evaluation point.
  • D. Transaction processing accuracy is a technical requirement but does not confirm the algorithm advances business objectives.

Question 52

Which of the following is the MOST important risk for an IS auditor to consider when reviewing the adoption of an AI system?

  1. Immaturity of AI systems in the industry
  2. Resistance to the use of AI technology
  3. Costs associated with AI system maintenance
  4. Bias in AI system decision making
Show answer and explanation

Correct answer: D. Bias in AI system decision making

Bias in AI system decision-making represents the most material and consequential risk for an IS auditor reviewing AI adoption. Biased decisions can result in discriminatory outcomes affecting customers, employees, or business partners, creating legal, regulatory, reputational, and ethical exposure. This risk directly impacts the organization's core operations and stakeholders. While option A (industry immaturity) is a capability concern, option B (resistance) is change management, and option C (maintenance costs) is financial, all are less critical than the fundamental risk that the AI system makes systematically flawed or discriminatory decisions.

Why the other options are wrong

  • A. Industry immaturity is a general capability concern, not the most critical risk to individual organizations.
  • B. User resistance is a change management issue, not the most material risk to system risk profile.
  • C. Maintenance costs are operational expenses, not the most critical risk compared to biased decision-making.

Question 53

Which of the following is MOST important to consider when deciding whether to implement an AI solution?

  1. The space required for AI hardware
  2. The cost of AI implementation
  3. The speed of AI implementation
  4. The ethical implications of AI
Show answer and explanation

Correct answer: D. The ethical implications of AI

Ethical implications are the most critical consideration because they determine whether an AI solution should be implemented at all, regardless of technical feasibility or cost. Ethical concerns such as bias, fairness, accountability, transparency, and potential harm to stakeholders must be evaluated before deployment. Without proper ethical analysis, organizations risk reputational damage, legal liability, and harm to stakeholders. Hardware space, cost, and speed are important practical factors but are secondary to establishing that the solution is ethically sound.

Why the other options are wrong

  • A. Hardware space is a technical infrastructure concern with minimal strategic importance compared to ethical implications.
  • B. While cost is a business consideration, it should not override ethical concerns; a harmful solution is not justified by low cost.
  • C. Implementation speed is a project management factor that does not address whether the solution should exist or what its impacts will be.

Question 54

After AI training data has been tested for biases, which of the following is MOST important to check in order to validate the effectiveness of the testing?

  1. Feedback on data validation is obtained from key stakeholders.
  2. Possible impacts from AI outputs remain within the acceptable risk level.
  3. AI processes will meet expected service turnaround time.
  4. Sensitive information from users is securely masked before input.
Show answer and explanation

Correct answer: B. Possible impacts from AI outputs remain within the acceptable risk level.

After AI training data has been tested for biases, the most important validation is to confirm that possible impacts from AI outputs remain within the acceptable risk level. Testing for biases in isolation is insufficient; the critical question is whether the remaining biases, combined with model behavior, produce outcomes within acceptable risk thresholds for the application. This validates that bias testing efforts were effective and that the system is safe to deploy. Stakeholder feedback, service turnaround, and data masking are important but do not directly validate the effectiveness of bias testing itself.

Why the other options are wrong

  • A. Stakeholder feedback is useful for perspective but does not directly validate the technical effectiveness of bias testing.
  • C. Service turnaround time is a performance metric unrelated to validating bias testing effectiveness.
  • D. Data masking of sensitive information is a privacy protection measure unrelated to bias testing validation.

Question 55

Which of the following metrics are the BEST indication of a mature and effective approach to an organization’s data governance program for its AI systems?

  1. Total budget allocated to AI initiatives across all departments
  2. Number of AI projects completed within the last fiscal year
  3. Percentage of AI models with documented data lineage
  4. Frequency of data quality audits on the organization's data sets
Show answer and explanation

Correct answer: C. Percentage of AI models with documented data lineage

The percentage of AI models with documented data lineage is the best indicator of mature data governance for AI systems. Data lineage documentation demonstrates that the organization understands where data comes from, how it flows through processes, and how it is used in models, critical components of responsible AI governance. This metric directly reflects governance maturity. Budget allocation (A) reflects investment but not governance effectiveness. Number of projects completed (B) measures activity, not governance quality. Audit frequency (D) shows compliance activity but not the underlying governance capability that prevents problems.

Why the other options are wrong

  • A. Budget allocation indicates investment priority but does not measure the effectiveness or maturity of data governance practices.
  • B. Project completion numbers measure output volume, not the quality or maturity of governance controls.
  • D. Audit frequency demonstrates monitoring activity but is not an indicator of mature proactive data governance for AI systems.

Question 56

Which type of attack involves users inputting malicious text in AI models to disclose private information?

  1. Data drift
  2. Prompt injection
  3. Data poisoning
  4. Brute force
Show answer and explanation

Correct answer: B. Prompt injection

Prompt injection is the attack type where malicious text inputs are crafted to manipulate AI models (particularly language models) into disclosing private information, bypassing safety guidelines, or producing unintended outputs. The attacker injects instructions or context into natural language prompts that the model interprets as directives, potentially exposing sensitive data or changing the model's behavior.

Why the other options are wrong

  • A. Data drift refers to statistical changes in data distribution over time, not a malicious attack vector.
  • C. Data poisoning involves corrupting training data before model training, not injecting malicious text at inference time.
  • D. Brute force is a general attack attempting exhaustive credential or password guessing, unrelated to AI model text injection attacks.

Question 57

From an audit perspective, which of the following BEST supports the objectives of an AI governance program?

  1. Establishing an AI ethics committee or responsible AI review board
  2. Defining AI policies for model interpretability, transparency, and resiliency
  3. Defining roles, responsibilities, and training for all stakeholders on AI ethics
  4. Developing an AI risk register to record potential algorithmic bias
Show answer and explanation

Correct answer: B. Defining AI policies for model interpretability, transparency, and resiliency

Governance objectives become actionable and auditable only when they are translated into formal policies. Policies covering model interpretability, transparency and resiliency set the organization's expectations for trustworthy AI, give accountable owners clear requirements to meet, and provide the IS auditor with defined criteria against which controls and practices can be tested. From an audit perspective, this policy foundation directly supports the governance program as a whole, whereas committees, training and registers are mechanisms that operate within and depend on the policy framework.

Why the other options are wrong

  • A. An ethics committee is an oversight body, but without defined policies it lacks criteria for its decisions and gives the auditor nothing to test against.
  • C. Role definitions and ethics training are limited here to the ethics dimension and do not set the broader requirements that guide the whole program.
  • D. A risk register focused on algorithmic bias addresses one risk category only and records risks rather than establishing governance expectations.

Question 58

An organization uses an AI image generation platform to create promotional materials. An IS auditor identifies that the platform includes copyrighted images in its training data.

Which of the following is the auditor’s BEST recommendation to address this issue?

  1. Suspend the use of the platform until the training data is sanitized.
  2. Label all AI-generated images to disclaim the possibility of third-party content.
  3. Implement a manual review process to ensure no copyrighted images are used in generated outputs.
  4. Use a platform that certifies the provenance and licensing of its training data.
Show answer and explanation

Correct answer: D. Use a platform that certifies the provenance and licensing of its training data.

Using a platform that certifies the provenance and licensing of training data is the best recommendation because it addresses the root cause, the inclusion of copyrighted material in the training dataset. By selecting a platform with certified, properly licensed data, the organization ensures legal compliance and eliminates the intellectual property liability risk at the source. This is a preventive control that avoids ongoing legal exposure and remediation efforts.

Why the other options are wrong

  • A. Suspending use avoids the problem temporarily but does not address the underlying IP risk if the same platform is resumed later.
  • B. Labeling outputs does not address the legal liability of using copyrighted training data and does not prevent infringement.
  • C. Manual review of outputs cannot reliably detect copyrighted content incorporation and does not eliminate the training data liability.

Question 59

Which control is MOST important to verify in order to ensure proper data management with AI systems?

  1. Data has been labeled according to sensitivity.
  2. Appropriate data metrics have been developed.
  3. A data inventory has been determined.
  4. A data governance framework has been established.
Show answer and explanation

Correct answer: D. A data governance framework has been established.

Proper data management for AI depends on a governance framework that sets policies, roles, accountability, quality standards, classification rules, lineage and lifecycle requirements for the data feeding AI systems. Without that framework, individual practices such as labeling, inventories or metrics are applied inconsistently and have no defined owner or authority behind them. An auditor following a governance-first, risk-based approach therefore verifies the framework first, because it is the overarching control that directs and sustains all the specific data management activities and gives the auditor criteria against which to test them.

Why the other options are wrong

  • A. Sensitivity labeling is one activity that the governance framework mandates and defines, so it cannot by itself ensure proper data management.
  • B. Data metrics measure performance of data practices but are only meaningful once governance defines what should be measured and who acts on results.
  • C. A data inventory is a foundational task, but it is a component executed under a governance framework rather than the overarching control.

Question 60

Which of the following should be done FIRST when an attacker exfiltrates sensitive information from an AI model?

  1. Inform regulators and affected stakeholders of a potential data breach.
  2. Implement rate limiting and query restrictions to reduce exploitation attempts.
  3. Isolate impacted systems until the attack vector is identified.
  4. Rebuild the AI model using a more secure architecture.
Show answer and explanation

Correct answer: C. Isolate impacted systems until the attack vector is identified.

Isolating impacted systems is the first critical step because it stops ongoing exploitation, prevents further data loss, and contains the attack while investigation proceeds. This is the standard incident response principle of containment, stopping the bleeding before diagnosis and treatment.

Why the other options are wrong

  • A. Informing regulators and stakeholders is important but should follow after containment; doing so prematurely during active exploitation may not be appropriate timing.
  • B. Implementing rate limiting helps prevent future attacks but doesn't address the immediate threat of ongoing exfiltration happening right now.
  • D. Rebuilding the model is a recovery step that comes after understanding the attack vector; it's premature and doesn't stop active exploitation.

Question 61

Which of the following is the MOST important purpose of conducting a risk assessment for AI models within an organization?

  1. Determining whether AI model outputs align with established use cases
  2. Categorizing data used by the AI model
  3. Defining mitigation strategies for AI deployment
  4. Monitoring AI model performance on an ongoing basis
Show answer and explanation

Correct answer: C. Defining mitigation strategies for AI deployment

The most important purpose of risk assessment is defining mitigation strategies for AI deployment. Risk assessment identifies potential threats, vulnerabilities, and their impacts on the organization, and this analysis directly informs what controls, safeguards, and mitigation approaches must be implemented before and during deployment. This forward-looking focus on risk treatment is the ultimate value of conducting the assessment, as it translates identified risks into actionable governance and technical controls.

Why the other options are wrong

  • A. Determining alignment with use cases is a validation check but not the primary purpose of a risk assessment.
  • B. Categorizing data is a preliminary step in risk assessment but not its primary purpose; the purpose is to identify and mitigate risks.
  • D. Ongoing performance monitoring occurs after deployment and is separate from the risk assessment process.

Question 62

Which of the following controls MOST effectively helps to ensure an AI model is resilient against external threats?

  1. Monitoring of AI access logs
  2. AI model configuration testing
  3. AI data set anonymization
  4. Monitoring of AI model developers
Show answer and explanation

Correct answer: B. AI model configuration testing

AI model configuration testing is the most effective control for ensuring resilience against external threats because it proactively identifies vulnerabilities and validates security controls before threats occur. Testing verifies that the model's defenses are properly configured and functioning as intended. While monitoring access logs (A) is reactive and only detects threats after they occur, data anonymization (C) addresses privacy rather than resilience, and monitoring developers (D) is an administrative control that doesn't directly test the model's technical defenses.

Why the other options are wrong

  • A. Monitoring access logs is reactive detection rather than proactive prevention of threats.
  • C. Data anonymization addresses privacy concerns, not external threat resilience.
  • D. Monitoring developers is a personnel control, not a technical control for model resilience.

Question 63

An IS auditor learns that the training data for an AI solution has insufficient representation.

Which of the following would be the GREATEST risk in this situation?

  1. Imbalance
  2. Underfitting
  3. Overfitting
  4. Clustering
Show answer and explanation

Correct answer: A. Imbalance

Insufficient representation in training data leads to class imbalance, where minority classes are underrepresented. This causes the model to learn poorly on minority classes and overfit to majority classes, resulting in poor generalization and biased predictions. Imbalance is the direct consequence and greatest risk of insufficient representation.

Why the other options are wrong

  • B. Underfitting occurs when a model is too simple; insufficient representation causes the opposite, the model learns the imbalance pattern too well.
  • C. Overfitting is related but describes learning training data too well; imbalance is the more direct and specific risk from insufficient representation.
  • D. Clustering is a technique, not a risk arising from insufficient data representation.

Question 64

An investment advisory system is supported by a generative AI algorithm, and there is concern that opposing recommendations are returned from the same prompt.

Which of the following is the MOST likely reason that this would happen?

  1. A new set of training and configuration data is fed to the AI model for each execution.
  2. Discriminatory results are removed prior to the AI model's output.
  3. AI output is the product of dynamic data and statistical methods.
  4. AI systems perform a high volume of computation to reflect large variances.
Show answer and explanation

Correct answer: C. AI output is the product of dynamic data and statistical methods.

Generative AI models produce outputs based on dynamic data inputs and statistical/probabilistic methods that introduce inherent randomness. The same prompt can yield different results because generative models use temperature settings and sampling methods that create variation in outputs, which is fundamental to how these models operate.

Why the other options are wrong

  • A. While retraining could change results, feeding new training data for each execution is not a typical operational practice and doesn't explain this behavior.
  • B. Removing discriminatory results is a fairness control, not an explanation for why the same prompt generates different recommendations.
  • D. High computation volume doesn't directly cause opposing recommendations; this conflates computational complexity with output variability.

Question 65

An organization using AI to create digital content faces challenges in protecting its intellectual property. The content is often shared online or used by clients in various digital platforms.

Which of the following is the BEST way to mitigate this risk?

  1. Separate training and production data.
  2. Implement watermarking.
  3. Implement a firewall.
  4. Apply adversarial training.
Show answer and explanation

Correct answer: B. Implement watermarking.

Once AI-generated content leaves the organization and circulates across online and client platforms, network or model-side controls no longer travel with it. Watermarking embeds a visible or invisible, persistent marker in the content itself, allowing the organization to prove ownership, trace the origin of copies and detect unauthorized reuse wherever the material ends up. Because the protection is attached to the asset rather than to the environment that produced it, watermarking directly addresses intellectual property risk in widely shared content and supports enforcement of ownership and provenance claims.

Why the other options are wrong

  • A. Separating training and production data supports model integrity and testing validity but does nothing to protect content after it is distributed.
  • C. A firewall protects the internal network perimeter and cannot control content that has already been shared on external platforms.
  • D. Adversarial training hardens a model against malicious inputs and does not establish or prove ownership of generated content.

Question 66

Which of the following is the MOST important consideration when auditing the data used for training an AI model?

  1. Representativeness
  2. Understandability
  3. Predictability
  4. Timeliness
Show answer and explanation

Correct answer: A. Representativeness

Representativeness is the most critical consideration when auditing AI training data because the model's quality and fairness depend on whether training data reflects the real-world population and scenarios it will encounter. If training data is not representative, the model will produce biased or inaccurate results across underrepresented segments. Options B, C, and D address secondary data qualities that don't address the fundamental requirement that training data must accurately represent the problem domain.

Why the other options are wrong

  • B. Understandability of data is less critical than whether the data correctly represents the domain.
  • C. Predictability of data patterns doesn't ensure fair representation across all populations.
  • D. Timeliness of data is important for freshness but secondary to representativeness requirements.

Question 67

A newly deployed fraud detection model is misclassifying transactions due to inconsistent formatting in the data stream.

Which of the following is the IS auditor's BEST recommendation to ensure consistent model performance?

  1. Define and document the technical specifications for incoming data
  2. Enable real-time monitoring of transaction volumes
  3. Train staff on fraud patterns and post-deployment alert handling
  4. Increase model complexity to handle more types of data input
Show answer and explanation

Correct answer: A. Define and document the technical specifications for incoming data

Defining and documenting technical specifications for incoming data is the best recommendation because it establishes a standardized data contract that all incoming transactions must follow. This preventive control ensures consistent data formatting before it enters the model, eliminating the root cause of misclassifications rather than addressing symptoms.

Why the other options are wrong

  • B. Monitoring transaction volumes addresses quantity, not the inconsistent formatting issue causing misclassifications.
  • C. Training staff on fraud patterns does not address the technical data formatting problem causing model errors.
  • D. Increasing model complexity may worsen overfitting and doesn't solve the underlying data quality problem.

Question 68

Which of the following is the MOST important consideration when preparing training data for a supervised learning model?

  1. The data should be preprocessed using the same resources available during inference.
  2. The data should have appropriate sign-off from management.
  3. The data should be following standard distribution.
  4. The data should contain only examples labeled with high confidence.
Show answer and explanation

Correct answer: D. The data should contain only examples labeled with high confidence.

A supervised learning model learns the mapping between inputs and the labels it is given, so the labels act as the ground truth. If examples are mislabeled or labeled with low confidence, the model learns incorrect relationships, its accuracy declines and evaluation results become misleading. Ensuring that training data contains reliably and confidently labeled examples is therefore the most important consideration, because no amount of tuning can compensate for wrong ground truth.

Why the other options are wrong

  • A. Consistent preprocessing between training and inference avoids skew, but it cannot correct a model that learns from incorrect labels.
  • B. Management sign-off is an administrative approval and does not ensure the data is accurate or suitable for learning.
  • C. Supervised models do not require data to follow a standard or normal distribution, so this is not a general requirement.

Question 69

Which of the following should be an IS auditor’s GREATEST concern if class imbalance is identified in training data for an AI model?

  1. Data drift
  2. Data quality
  3. Model bias
  4. Model overfitting
Show answer and explanation

Correct answer: C. Model bias

Class imbalance in training data is the most significant concern because it directly causes model bias. When one class is substantially underrepresented in training data, the AI model learns a skewed representation of reality and produces systematically biased predictions favoring the overrepresented class. This leads to discriminatory or inaccurate decisions. While class imbalance can contribute to other issues, model bias is the primary and most dangerous direct consequence that an IS auditor must address.

Why the other options are wrong

  • A. Data drift refers to changes in data distribution over time after deployment, not a characteristic of the initial training data imbalance.
  • B. Data quality relates to accuracy and completeness of individual data points, not the distributional imbalance between classes.
  • D. Overfitting relates to model complexity and generalization, not specifically to class imbalance as a root cause.

Question 70

An organization plans to deploy an AI model for real-time fraud detection in financial transactions.

Which of the following is the BEST approach to manage risk associated with false negatives?

  1. Increase the frequency of manual reviews for flagged transactions.
  2. Define clear business requirements for acceptable false negative rates.
  3. Train the AI model using previously identified false negatives.
  4. Limit the system initially to only real-time and low-value transactions.
Show answer and explanation

Correct answer: B. Define clear business requirements for acceptable false negative rates.

Defining clear business requirements for acceptable false negative rates is the foundational best practice for managing false negative risk in fraud detection. This establishes the baseline tolerance, enables measurement against objectives, and informs all downstream decisions about model tuning, review processes, and system limitations. Without clear requirements, organizations cannot effectively prioritize between false negatives and false positives or allocate resources appropriately.

Why the other options are wrong

  • A. Manual reviews are a reactive mitigation but don't address root risk management, they should be determined by the acceptable false negative rate, not vice versa.
  • C. Training on previously identified false negatives helps improve model performance but doesn't establish the governance framework needed to manage acceptable risk levels.
  • D. Limiting deployment scope reduces exposure but is a tactical workaround rather than a strategic risk management approach compared to defining clear requirements.

Question 71

Which of the following should be done FIRST when an AI chatbot has been identified as giving harmful advice?

  1. Implement prompt sanitization filters.
  2. Segment user access based on risk profiles.
  3. Enable real-time auditing.
  4. Enable content output filters.
Show answer and explanation

Correct answer: D. Enable content output filters.

When a chatbot is already producing harmful advice, the first priority is to stop that content from reaching users. Content output filters inspect generated responses and block or replace harmful material regardless of which prompts triggered it, providing immediate containment of the harm. Once the exposure is controlled, the organization can investigate the root cause and apply longer-term measures such as input controls, model adjustments and enhanced monitoring. Addressing the output directly is the fastest and most reliable way to protect users in the meantime.

Why the other options are wrong

  • A. Prompt sanitization targets malicious inputs, but harmful advice can arise from ordinary prompts, so it does not reliably stop the harmful responses.
  • B. Segmenting access by risk profile still leaves users receiving harmful responses and does not address the output problem.
  • C. Real-time auditing detects and records issues but does not prevent harmful advice from reaching users.

Question 72

Which of the following is the BEST approach to mitigate the risk of AI model degradation?

  1. Increase the use of synthetic data for model training purposes
  2. Implementing periodic human reviews of model outputs and recommendations
  3. Ensuring models are trained on both model-generated and human-generated data
  4. Introducing continuous monitoring to identify adversarial inputs
Show answer and explanation

Correct answer: B. Implementing periodic human reviews of model outputs and recommendations

Model degradation develops gradually as data, conditions and user behavior change, and it can produce outputs that remain plausible while becoming less accurate or appropriate. Periodic human review of outputs and recommendations applies informed judgment to detect these declines, confirm whether results still meet business expectations and trigger corrective actions such as retraining or recalibration. This keeps people accountable for model performance and addresses degradation in general rather than a single cause.

Why the other options are wrong

  • A. Relying more on synthetic data can introduce artifacts and distance the model from real-world conditions, which may accelerate degradation.
  • C. Training on model-generated data risks feedback loops and model collapse, which can worsen degradation rather than prevent it.
  • D. Monitoring for adversarial inputs targets deliberate attacks only and does not address the natural decline caused by changing conditions.

Question 73

An organization developed an AI model trained on its monthly data.

Which of the following would be the BEST validation method to avoid data drift?

  1. Grouped split by customer ID
  2. Random split across all months
  3. Time series cross-validation
  4. Tenfold cross-validation
Show answer and explanation

Correct answer: C. Time series cross-validation

When data is collected over time, the validation method must respect chronological order. Time series cross-validation trains on earlier months and tests on later ones in a rolling or expanding pattern, which mirrors how the model will be used in production and reveals how performance changes as data distributions shift over time. This prevents future information from leaking into training and gives a realistic estimate of how the model copes with drift, allowing the organization to set appropriate retraining triggers and monitoring.

Why the other options are wrong

  • A. Grouping by customer ID prevents customer-level leakage but ignores time ordering, so it cannot show how the model handles changes across months.
  • B. A random split mixes future months into training, causing temporal leakage and overly optimistic results that hide drift.
  • D. Tenfold cross-validation ignores time order and lets the model train on later months to predict earlier ones, which breaks the time sequence and masks the effect of drift.

Question 74

The internal audit department of a large global organization is evaluating the use of an AI-based voice-to-speech tool to document interviews during audits. The tool uploads all recordings to a cloud service provider for transcription.

Which of the following is the GREATEST risk?

  1. Inaccurate transcriptions impacting reliability of audit records
  2. Potential data loss resulting from service downtime or failures
  3. Privacy concerns arising from data storage in the cloud
  4. Unauthorized access to sensitive data by the cloud vendor
Show answer and explanation

Correct answer: D. Unauthorized access to sensitive data by the cloud vendor

Audit interviews routinely capture confidential information about control weaknesses, fraud allegations, personnel matters and sensitive business data. Because the tool uploads every recording to a cloud provider, the vendor gains custody of this material and may access, retain or reuse it, for example to improve its own models, without the organization's knowledge or consent. Unauthorized access by the vendor directly compromises the confidentiality on which internal audit depends and is difficult to detect or reverse once the data has left the organization's control, making it the greatest risk.

Why the other options are wrong

  • A. Transcription errors can be caught by reviewing transcripts against recordings, so their impact is limited and correctable.
  • B. Service outages affect availability and can be mitigated with local copies, which is less severe than exposure of confidential content.
  • C. Cloud storage alone does not create a privacy breach; the specific harm arises when the vendor or others access the data without authorization.

Question 75

Which of the following is MOST important for an IS auditor to assess when reviewing logs of prompts and corresponding AI responses?

  1. Employee use of the AI model outside of business hours
  2. Disclosure of confidential information in response to queries
  3. Volume of storage utilized and length of retention periods
  4. Inadequate AI model training prior to being migrated to production
Show answer and explanation

Correct answer: B. Disclosure of confidential information in response to queries

When auditing AI system logs, the most critical concern for an IS auditor is whether confidential or sensitive information is being disclosed in AI responses to prompts. This directly addresses data protection, privacy compliance, and regulatory requirements. Inappropriate disclosure of confidential information in AI responses represents a material security and compliance risk that could violate data protection regulations and harm the organization. This is the primary audit concern, as it identifies systemic data leakage that requires immediate remediation.

Why the other options are wrong

  • A. Employees using AI outside business hours is a use policy issue, not an audit priority.
  • C. Storage utilization and retention periods are important but secondary to identifying actual data disclosure incidents.
  • D. Inadequate model training is a quality concern; if the model is already in production, the focus should be on what it is actually outputting.

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Question 76

In order to ensure effective alignment with organizational priorities, which of the following is MOST important for an IS auditor to address when developing an audit plan for an AI-based tool?

  1. Cost-benefit strategy for AI adoption
  2. AI users’ understanding of ethical standards
  3. The AI tool’s security alignment with governance policies
  4. Management practices for AI oversight
Show answer and explanation

Correct answer: D. Management practices for AI oversight

For effective alignment with organizational priorities, an IS auditor must focus on management practices for AI oversight because this ensures that the audit plan assesses whether the organization has appropriate governance structures, accountability frameworks, and decision-making processes in place. Strong AI oversight practices are the foundation that enables alignment with business objectives and risk tolerance, making this the most important focal point for audit planning.

Why the other options are wrong

  • A. Cost-benefit strategy is important for business justification but does not directly ensure alignment with organizational priorities or effective governance.
  • B. User understanding of ethical standards is important but is a training/awareness issue, not the most critical element for audit plan development focused on governance alignment.
  • C. Security alignment with governance policies is valuable but is narrower in scope than assessing overall management practices for comprehensive AI oversight.

Question 77

A bank's fraud detection model achieves high accuracy on its initial data set but performs poorly in production. The data science team needs to tune hyperparameters and select the best model architecture before final deployment.

Which dataset is BEST to use for this model selection process?

  1. Training dataset
  2. Holdout dataset
  3. Validation dataset
  4. Testing dataset
Show answer and explanation

Correct answer: C. Validation dataset

Sound model development uses separate data sets for separate purposes. The training set fits model parameters, the validation set is used to compare hyperparameter settings and architectures and select the best candidate, and the test set is reserved for a final, unbiased estimate of performance. Using the validation set for model selection keeps the test set untouched, so the reported performance reflects how the model will generalize to new data, which directly addresses the gap between strong initial results and poor production performance.

Why the other options are wrong

  • A. Tuning on the training data favors models that memorize it, which is the type of overfitting behind poor production performance.
  • B. A holdout set is kept aside for independent final evaluation, and using it for selection would compromise that independence.
  • D. Using the test set for model selection leaks information into the choice of model and makes the final performance estimate optimistic.

Question 78

When auditing the transparency of an AI system, which of the following would be the MOST effective way to understand the model's decision-making process?

  1. Evaluating the diversity of the training data set
  2. Assessing the computational cost of the model
  3. Reviewing the explainability of AI outputs
  4. Analyzing the complexity of the algorithms used
Show answer and explanation

Correct answer: C. Reviewing the explainability of AI outputs

Reviewing the explainability of AI outputs directly reveals how and why the model makes specific decisions. Explainability features such as feature importance, decision explanations, and output reasoning provide transparent insight into the model's decision-making process. This is the most direct and effective method to understand model transparency compared to evaluating training data diversity, computational costs, or algorithm complexity.

Why the other options are wrong

  • A. While training data diversity is important for bias reduction, it does not directly explain how the model makes individual decisions.
  • B. Computational cost has no bearing on understanding the model's decision-making transparency or reasoning.
  • D. Algorithm complexity analysis does not necessarily reveal why specific decisions were made or how the model reasons through inputs.

Question 79

An IS auditor notes that an AI model achieved significantly better results on training data than on test data.

Which of the following problems with the model has the IS auditor identified?

  1. Underfitting
  2. Bias
  3. Overfitting
  4. Generalization
Show answer and explanation

Correct answer: C. Overfitting

When a model performs significantly better on training data than test data, it has learned the training set's specific patterns and noise rather than generalizable relationships. This is the classic definition of overfitting, where the model memorizes training examples but fails to generalize to new unseen data.

Why the other options are wrong

  • A. Underfitting is the opposite problem, poor performance on both training and test data due to insufficient model complexity.
  • B. Bias refers to systematic errors in predictions and wouldn't necessarily cause divergence between training and test performance.
  • D. Generalization is the opposite goal; poor generalization is the symptom, not the name of the problem itself.

Question 80

An AI team is developing a natural language processing (NLP) chatbot to assist customers with troubleshooting technical issues. The collected data includes informal and multiple languages.

Which of the following preprocessing steps is MOST important to ensure effective model training?

  1. Remove all informal and multiple languages to train the model only on English data to avoid complexity.
  2. Apply tokenization and stemming to break down the informal language into manageable components and reduce complexity.
  3. Standardize informal language using dictionaries and incorporate language translation for multiple-language handling.
  4. Perform entity recognition to extract key information from the informal language for better contextual understanding.
Show answer and explanation

Correct answer: C. Standardize informal language using dictionaries and incorporate language translation for multiple-language handling.

A customer support chatbot must understand the way real customers write, including slang, abbreviations and several languages. Standardizing informal language with dictionaries maps varied expressions to consistent forms, and translation or multilingual handling ensures that every language in the data contributes to training. This preserves the full range of customer input while reducing noise, so the model learns meaningful patterns and serves all user groups effectively, which is the precondition for later steps such as tokenization and entity recognition to work well.

Why the other options are wrong

  • A. Discarding informal and non-English data removes the very input customers will use, leaving the chatbot unable to serve many of them.
  • B. Tokenization and stemming are generic steps that do not resolve slang meaning or handle multiple languages.
  • D. Entity recognition extracts information but performs poorly on unstandardized, multilingual text that has not been normalized first.

Question 81

Which of the following is the MOST critical consideration for incident response in AI systems?

  1. Developing a process to monitor and correct biased outputs in AI models
  2. Assigning accountability for managing and resolving AI -related incidents
  3. Deploying automated incident response systems to flag unusual patterns in AI model behavior
  4. Conducting regular training to enhance understanding of AI troubleshooting
Show answer and explanation

Correct answer: B. Assigning accountability for managing and resolving AI -related incidents

Assigning clear accountability for managing and resolving AI-related incidents is the most critical foundation for effective incident response. Without defined ownership and responsibility, response efforts become fragmented, communication breaks down, and issues remain unresolved. This governance structure enables all other incident response activities to function effectively and ensures escalation, decision-making, and resolution authority are established before incidents occur.

Why the other options are wrong

  • A. Monitoring and correcting biased outputs is important but addresses one specific type of AI problem, not the overarching incident response framework.
  • C. Automated flagging systems are useful tools but cannot replace human accountability and decision-making in incident management.
  • D. Training enhances capability but is secondary to establishing the accountability structure that enables coordinated response.

Question 82

An IS auditor is reviewing an AI application that uses customer data to refine the organization's marketing outreach strategies.

Which of the following should be the auditor's PRIMARY focus during this review?

  1. Alignment with organizational AI strategies
  2. Access control design and effectiveness
  3. Compliance with applicable privacy regulations
  4. Escalation protocols for sensitive data breaches
Show answer and explanation

Correct answer: C. Compliance with applicable privacy regulations

When an AI application uses customer data for marketing refinement, the PRIMARY focus must be compliance with applicable privacy regulations such as GDPR, CCPA, and similar laws. This involves ensuring lawful data processing, customer consent, data minimization, and proper handling of personal information. While organizational strategy alignment, access controls, and breach protocols are important, regulatory compliance with privacy laws is the foundational requirement that underpins all other controls when personal data is processed.

Why the other options are wrong

  • A. Organizational strategy alignment, while important, is secondary to ensuring legal compliance with privacy regulations.
  • B. Access controls are part of security but do not directly address the primary regulatory compliance concern for customer data use.
  • D. Escalation protocols address incident response but not the proactive compliance requirement for data processing itself.

Question 83

During a pre-implementation risk assessment, an AI model is determined to present a significant risk of bias and potential harm in excess of the organization’s risk tolerance.

Which of the following is the MOST appropriate response?

  1. Obtain board approval for an exception.
  2. Enhance the data that the model is trained on.
  3. Revisit the risk tolerance to ensure it is appropriate.
  4. Postpone deployment until the risk can be safely managed.
Show answer and explanation

Correct answer: D. Postpone deployment until the risk can be safely managed.

When an AI model presents risks that exceed the organization's risk tolerance, the appropriate response is to postpone deployment until the risk can be safely managed. This prevents harm and allows time for remediation. Obtaining an exception (A) would override risk tolerance without addressing the problem. Enhancing data (B) may help but doesn't guarantee risk reduction. Revisiting risk tolerance (C) should not be done simply to accommodate a problematic model; tolerance levels exist to protect the organization.

Why the other options are wrong

  • A. Obtaining an exception bypasses the risk framework that exists to protect the organization from unacceptable harm.
  • B. Data enhancement may help but is uncertain; deployment should not proceed while significant risk remains unresolved.
  • C. Risk tolerance should reflect genuine organizational values and capacity, not be adjusted downward to justify deploying a risky system.

Question 84

The PRIMARY objective of auditing AI systems is to:

  1. optimize user experience and interface satisfaction.
  2. identify biases and decision transparency.
  3. minimize algorithm latency and information storage impacts.
  4. maximize system efficiency and throughput.
Show answer and explanation

Correct answer: B. identify biases and decision transparency.

The primary objective of auditing AI systems is to ensure fair, unbiased, and transparent decision-making. Identifying biases and ensuring decision transparency are fundamental to responsible AI governance and regulatory compliance. These concerns directly address whether an organization can trust and justify AI system outputs. Options A, C, and D focus on performance optimization and efficiency, which are secondary concerns compared to the core audit objective of validating decision integrity and fairness.

Why the other options are wrong

  • A. User experience optimization is a product goal, not a primary audit objective.
  • C. Minimizing latency and storage is a technical optimization concern, not an audit priority.
  • D. Maximizing efficiency is a performance goal, not the primary audit focus.

Question 85

The PRIMARY objective of conducting a red team simulation to test the security of an AI model is to:

  1. verify the availability of the infrastructure under adverse conditions.
  2. validate the accuracy of the model's outputs across multiple data sets.
  3. test the robustness of the model’s predictions under unexpected conditions.
  4. identify weaknesses in the model's ability to resist adversarial inputs.
Show answer and explanation

Correct answer: D. identify weaknesses in the model's ability to resist adversarial inputs.

The primary objective of red team simulation against an AI model is to identify weaknesses in its ability to resist adversarial inputs, maliciously crafted data designed to fool or manipulate the model into producing incorrect outputs. This security-focused testing approach uncovers vulnerabilities before attackers can exploit them, directly addressing the threat landscape of AI systems and ensuring the model's robustness against intentional manipulation.

Why the other options are wrong

  • A. Testing infrastructure availability is a separate operational resilience concern, not the primary focus of AI model red teaming.
  • B. Validating accuracy across datasets is standard model evaluation, not a red team security test.
  • C. Testing robustness under unexpected conditions is broader than adversarial input resistance; red teaming specifically targets malicious, intentional attacks.

Question 86

Which of the following data management practices poses the GREATEST risk?

  1. Converting categorical variables to numerical formatting and encodings
  2. Changing the total transaction amount data type from object to integer
  3. Deleting duplicate entries because all attributes in the record match
  4. Deleting outlier data values outside of the 5th and 95th percentiles from source data
Show answer and explanation

Correct answer: D. Deleting outlier data values outside of the 5th and 95th percentiles from source data

Deleting every value outside the 5th and 95th percentiles removes about ten percent of the records based only on position in the distribution, not on evidence that they are errors. Outliers often represent legitimate and important events, such as fraud, rare failures or high-value transactions, and removing them from the source data permanently distorts the distribution, biases the model and destroys audit trail integrity. Outlier treatment should be justified, documented and applied to a working copy, never by blanket deletion from source data, which makes this the riskiest practice listed.

Why the other options are wrong

  • A. Encoding categorical variables numerically is a standard, reversible preprocessing step required by most algorithms and carries little inherent risk.
  • B. Converting a transaction amount from object to a numeric type is routine data typing that improves usability, although precision should be checked.
  • C. Removing records that are exact duplicates across all attributes is a normal cleansing step that reduces bias from repeated entries.

Question 87

An organization is training a skin cancer recognition model. Photographs collected from which of the following sources would present the GREATEST risk associated with data integrity?

  1. Research facility receiving grants for cancer research
  2. Open-source data augmentation file
  3. Social media platform with images from all over the world
  4. Cohort of dermatologists with signed patient consent forms
Show answer and explanation

Correct answer: C. Social media platform with images from all over the world

Social media images from all over the world present the GREATEST data integrity risk because they lack provenance verification, quality control, consent documentation, and clinical validation. Social media data may contain mislabeled images, non-dermatological content, privacy violations, and images not clinically verified for actual skin cancer conditions. In contrast, research facilities and dermatologists provide controlled, verified, and consented data with professional oversight. Open-source augmentation data, while potentially problematic, typically undergoes some curation compared to raw social media.

Why the other options are wrong

  • A. Research facilities with grants maintain rigorous data quality standards and professional oversight of collected data.
  • B. Open-source data augmentation, while variable in quality, is typically curated and documented with some level of verification.
  • D. Dermatologist data with signed consent forms ensures professional verification, proper consent, and clinical validation of diagnoses.

Question 88

An organization is conducting an audit of an AI decision-making system being used for talent recruitment.

Which of the following is MOST critical to evaluate in order to ensure the system meets stakeholder needs?

  1. Decision timeliness
  2. Decision fairness
  3. Predictive accuracy
  4. Input validation
Show answer and explanation

Correct answer: B. Decision fairness

Talent recruitment directly affects individuals' employment opportunities, and AI used for hiring is widely treated as high risk because it can reproduce or amplify discrimination. Candidates, regulators, employees and the organization itself all expect hiring decisions to be fair and nondiscriminatory. A system that is fast or statistically accurate but treats groups unequally fails those stakeholders and exposes the organization to legal and reputational harm. Evaluating decision fairness is therefore the most critical test of whether the system meets stakeholder needs.

Why the other options are wrong

  • A. Timeliness is an efficiency benefit that does not address stakeholders' central concern about equitable treatment of candidates.
  • C. Predictive accuracy can be high while still reproducing historical discrimination, so it does not ensure stakeholder needs are met.
  • D. Input validation is a technical data quality control and does not determine whether outcomes are fair across candidate groups.

Question 89

Which of the following is the BEST key performance indicator (KPI) to measure a model’s performance on imbalanced datasets?

  1. Recall
  2. F1 score
  3. Error rate
  4. Precision
Show answer and explanation

Correct answer: B. F1 score

On imbalanced datasets a model can achieve a low error rate simply by predicting the majority class, so overall accuracy measures are misleading. The F1 score is the harmonic mean of precision and recall, so it rewards a model only when it both finds the minority-class cases and avoids flooding them with false positives. Because it balances the two types of error in a single figure focused on the class of interest, it is the most appropriate single KPI for judging performance where classes are unevenly represented.

Why the other options are wrong

  • A. Recall alone can be maximized by flagging nearly everything as positive, ignoring the false positives that make the model unusable.
  • C. Error rate is dominated by the majority class, so a model that never detects the minority class can still appear to perform well.
  • D. Precision alone ignores missed positives, so a model detecting only a few obvious minority cases can score highly while failing its purpose.

Question 90

Which of the following is the GREATEST risk associated with using facial recognition authentication for opening bank accounts?

  1. Inconsistent image quality across devices can reduce the accuracy of identity verification algorithms.
  2. AI-generated deepfake or synthetic images can fool the authentication system.
  3. Authentication may fail if the user is wearing sunglasses or a mask.
  4. The system may incorrectly reject valid facial images due to strict thresholds.
Show answer and explanation

Correct answer: B. AI-generated deepfake or synthetic images can fool the authentication system.

AI-generated deepfakes and synthetic facial images represent the greatest risk to facial recognition authentication for bank accounts because they can directly compromise the identity verification process itself. An adversary can create realistic fake biometric data that passes authentication, enabling account takeover and fraud. This is a fundamental attack on the authentication mechanism's core security principle, that biometric data proves the legitimate account holder. While other options describe limitations, they do not represent security vulnerabilities in the same way.

Why the other options are wrong

  • A. Image quality issues affect performance but are not security risks; systems can be tuned to handle quality variation.
  • C. Sunglasses and masks are user-side obstacles, not security vulnerabilities; users can adjust their appearance.
  • D. False rejection is an availability issue, not a security risk; legitimate users are denied access but the system remains secure.

Question 91

Which of the following techniques is BEST to use when there is a limited dataset of detailed images available to train a convolutional neural network (CNN) model?

  1. Duplication of current dataset
  2. Splitting the dataset 50/50 between training and testing sets
  3. Transfer learning from an open-source model
  4. Minority class undersampling augmentation
Show answer and explanation

Correct answer: C. Transfer learning from an open-source model

Convolutional neural networks typically need very large image datasets to learn useful visual features from scratch. Transfer learning starts from a model pretrained on a large, general image corpus, reusing its learned low-level and mid-level features, and then fine-tunes it on the small domain-specific dataset. This greatly reduces the amount of data needed and improves generalization. From an audit perspective, the provenance, licensing and integrity of the open-source base model should also be assessed before it is relied on.

Why the other options are wrong

  • A. Duplicating the same images adds no new information and encourages the model to memorize the training set, increasing overfitting.
  • B. A 50/50 split reduces the already limited training data even further, weakening the model rather than compensating for scarcity.
  • D. Undersampling discards data to balance classes, which worsens the shortage of images and does not augment the dataset.

Question 92

An organization shares an AI model with external partners. One partner reports that sensitive data has been inadvertently exposed through the model's outputs.

Which of the following is the IS auditor's BEST recommendation?

  1. Retrain the model immediately and implement privacy-preserving techniques.
  2. Disable the shared model and notify partners of the potential breach.
  3. Limit the model's outputs to anonymized results while investigating further.
  4. Audit the data pipelines of all partners to identify the source of the leak.
Show answer and explanation

Correct answer: B. Disable the shared model and notify partners of the potential breach.

When sensitive data exposure is confirmed through an AI model's outputs, the immediate priority is containment and notification rather than remediation. Disabling the shared model stops further potential exposure and notifying partners allows them to assess their own risk. While option A addresses long-term fixes through retraining and privacy techniques, and option C attempts a middle ground, the auditor's best recommendation in an active breach scenario is to halt the source of exposure and communicate transparently with affected parties. Option D wastes time investigating partners when the organization's own model is the confirmed problem vector.

Why the other options are wrong

  • A. While retraining and privacy techniques are necessary long-term solutions, they don't address the immediate need to stop ongoing exposure.
  • C. Limiting outputs to anonymized results doesn't address data already exposed and delays the critical notification step.
  • D. Auditing partners' data pipelines is premature when the model itself is the confirmed exposure source.

Question 93

Which of the following should be done FIRST when developing an incident management process for AI threats?

  1. Establish incident classification procedures.
  2. Define clear roles and responsibilities.
  3. Configure SIEM for security alerts.
  4. Develop incident escalation procedures.
Show answer and explanation

Correct answer: B. Define clear roles and responsibilities.

Defining clear roles and responsibilities must be done first when developing an incident management process for AI threats. Without established roles and responsibilities, there is no clear chain of command, accountability, or coordination framework for responding to incidents. Clear role definition enables all subsequent steps: incident classification requires assigned personnel, SIEM configuration requires designated teams, and escalation procedures require defined authorities. This foundational step prevents confusion and ensures coordinated response when incidents occur, making it the logical first priority.

Why the other options are wrong

  • A. Incident classification procedures depend on having assigned roles to perform classification.
  • C. SIEM configuration is a technical implementation step that comes after the organizational structure is established.
  • D. Escalation procedures require defined roles before authority levels and escalation chains can be established.

Question 94

A financial institution's internal audit team discovers that an employee in the financial control department frequently uploads the company's financial data to a public generative AI platform for analysis and reporting.

Which of the following is the MOST significant risk posed by this action?

  1. System integration issues with the enterprise resource planning (ERP) system
  2. Data privacy and confidentiality breaches
  3. Theft of intellectual property and trade secrets
  4. Inaccurate financial analysis caused by biases
Show answer and explanation

Correct answer: B. Data privacy and confidentiality breaches

Uploading financial data to a public generative AI platform moves confidential and potentially regulated information outside the organization's control. The provider may store, log or use the data for training, and it may be exposed to the provider's staff or through future model outputs. For a financial institution, this constitutes a breach of confidentiality and possibly of privacy and financial regulations, with legal, regulatory and reputational consequences. Because the exposure happens immediately and cannot be reversed, data privacy and confidentiality breach is the most significant risk.

Why the other options are wrong

  • A. The employee is using an external tool manually, so no integration with the ERP system is involved.
  • C. Financial data is primarily confidential business and customer information, so loss of confidentiality captures the risk better than trade secret theft.
  • D. Biased analysis affects the quality of outputs, but it is secondary to the irreversible exposure of confidential data.

Question 95

Which of the following is the GREATEST risk when an organization uses publicly available social media data to train its AI model without obtaining explicit user consent?

  1. Data with questionable labelling
  2. Introduction of inaccurate and incomplete data
  3. User distrust caused by lack of transparency in AI model training
  4. Violation of data privacy regulations leading to legal penalties
Show answer and explanation

Correct answer: D. Violation of data privacy regulations leading to legal penalties

Data being publicly visible on social media does not remove its status as personal data. Privacy laws such as the GDPR require a lawful basis and respect for purpose limitation when personal data is collected and reused, and using it to train a model without consent or another valid basis can breach these obligations. The consequences include regulatory investigations, significant fines, orders to delete data or models, and litigation. These legal penalties are direct and potentially severe, which makes regulatory violation the greatest risk in this scenario.

Why the other options are wrong

  • A. Questionable labeling is a data quality issue unrelated to the absence of consent and is correctable through validation.
  • B. Inaccurate or incomplete data affects model performance, but it is not the risk created by using personal data without consent.
  • C. User distrust is a reputational consequence that is real but secondary to the legal penalties triggered by the privacy violation.

Question 96

An anti-fraud team in a financial organization is building a machine learning (ML) model to detect online fraud, and an internal audit team has been engaged to audit the model.

When auditing the model training stage, which of the following is MOST important to include in the scope of the audit?

  1. Data schema
  2. Data fairness
  3. Training staff expertise
  4. Training procedure
Show answer and explanation

Correct answer: B. Data fairness

Data fairness is critical during the training stage because biased or unfairly represented training data directly causes the model to learn and perpetuate those biases in fraud detection decisions. In fraud detection, fairness ensures the model treats all customer segments equitably and doesn't discriminate based on protected characteristics. This is more fundamental than schema, staff expertise, or procedures alone.

Why the other options are wrong

  • A. Data schema is important for data structure validation but does not address the core issue of fairness and bias in model training.
  • C. Staff expertise is important for execution but does not directly audit the quality and fairness of the training process itself.
  • D. Training procedure validates process compliance but may not catch fairness issues embedded in the training data itself.

Question 97

Which of the following is the MOST important reason for applying regular software updates to AI systems operating in high-risk environments?

  1. To safeguard the systems against AI-powered zero-day exploits
  2. To accelerate model training cycles and enhance processing speed
  3. To reduce the need for human oversight of model outputs
  4. To address vulnerabilities and reduce the risk of output integrity attacks
Show answer and explanation

Correct answer: D. To address vulnerabilities and reduce the risk of output integrity attacks

Regular software updates for AI systems in high-risk environments are most critically important for addressing vulnerabilities and reducing the risk of output integrity attacks. In high-risk environments, the integrity of AI outputs directly impacts safety and security outcomes. Updates patch known vulnerabilities that could be exploited to compromise model outputs, manipulate predictions, or cause system failures. This is more fundamental than other concerns because a compromised system's outputs can lead to cascading failures regardless of speed or other factors.

Why the other options are wrong

  • A. Zero-day exploits are inherently unknown; updates address known vulnerabilities, not zero-days specifically.
  • B. Accelerating training speed is an optimization goal, not a security priority for high-risk environments.
  • C. Regular updates should not reduce human oversight needs; oversight remains critical regardless of update frequency.

Question 98

To ensure stakeholders are adequately prepared to address workforce impacts, which of the following is an IS auditor’s BEST recommendation for an organization’s AI incident response plan?

  1. Review the frequency of AI security incidents and updates to the response plan.
  2. Verify that the organization has an AI ethics committee to discuss potential workforce impacts.
  3. Validate that regular cross-functional AI incident drills and skill gap assessments are performed.
  4. Confirm that all employees have completed a standardized online AI awareness course within the last year.
Show answer and explanation

Correct answer: C. Validate that regular cross-functional AI incident drills and skill gap assessments are performed.

Regular cross-functional drills and skill gap assessments are the most effective way to ensure stakeholders are actually prepared to respond to AI incidents and address workforce impacts. Drills test readiness in realistic scenarios, identify capability gaps, and build competency across the organization. This is superior to merely reviewing incident frequency (passive), relying on a committee without operational preparedness (governance without capability), or assuming a one-time awareness course creates sustained readiness.

Why the other options are wrong

  • A. Reviewing frequency and updates is retrospective and does not ensure stakeholders are prepared to handle future incidents.
  • B. An ethics committee addresses policy and principles but does not directly build operational capability to respond to incidents.
  • D. A single annual awareness course does not ensure ongoing preparedness or validate the ability to execute incident response actions under stress.

Question 99

Which of the following processes is MOST important for an organization to have in place to ensure the credibility of AI outputs?

  1. User consent
  2. Model alignment
  3. Data governance
  4. Data analytics
Show answer and explanation

Correct answer: C. Data governance

Data governance is foundational to AI credibility because it ensures data quality, accuracy, lineage, and appropriateness of datasets used for model training and inference. High-quality, well-governed data produces reliable AI outputs that stakeholders can trust. Without robust data governance, even sophisticated models cannot produce credible results. User consent (A) addresses privacy but not output credibility; model alignment (B) is important but depends on good data; data analytics (D) is a technique, not a governance process.

Why the other options are wrong

  • A. User consent addresses privacy preferences but doesn't ensure the credibility of AI outputs.
  • B. Model alignment is valuable but cannot overcome poor data quality or governance.
  • D. Data analytics supports decision-making but is not a governance process ensuring credibility.

Question 100

Which of the following is the MOST important reason to conduct regular threat modeling exercises for AI systems and data?

  1. To proactively identify potential vulnerabilities in AI systems
  2. To assess the performance of AI algorithms
  3. To comply with AI regulatory requirements
  4. To prevent instances of AI model drift
Show answer and explanation

Correct answer: A. To proactively identify potential vulnerabilities in AI systems

The MOST important reason to conduct regular threat modeling exercises is to proactively identify potential vulnerabilities in AI systems. Threat modeling is a foundational security practice that allows organizations to systematically discover weaknesses, attack vectors, and exploitable conditions before they are exploited by adversaries. This proactive identification enables preventive measures and prioritized remediation. While algorithm performance assessment, regulatory compliance, and drift prevention are relevant operational concerns, proactive vulnerability identification is the core security benefit that threat modeling provides and is most critical for protecting AI systems.

Why the other options are wrong

  • B. Algorithm performance assessment is an evaluation function separate from threat modeling, which focuses on security vulnerabilities.
  • C. Compliance is important but is achieved through various controls; threat modeling's specific value is vulnerability discovery.
  • D. Model drift prevention is addressed through monitoring and retraining governance, not through threat modeling exercises.

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Question 101

An IS auditor for a veterinary clinic was informed that the dog breed categorical variable within the data set is necessary for the predictive machine learning (ML) model conclusions.

Which of the following introduces the MOST risk in this situation?

  1. Data scaling was not utilized.
  2. Clustering was not utilized.
  3. Ordinal label encoding was utilized.
  4. One-hot encoding was utilized.
Show answer and explanation

Correct answer: C. Ordinal label encoding was utilized.

Ordinal label encoding on a nominal categorical variable like dog breed introduces significant risk because it assigns numerical order (1, 2, 3, etc.) to categories that have no inherent ranking. This false ordering misleads the ML model into treating breed categories as if they exist on a spectrum, creating spurious correlations and degrading model accuracy. Dog breeds are nominal, not ordinal, and should use one-hot encoding instead.

Why the other options are wrong

  • A. Data scaling is a preprocessing technique that doesn't specifically address categorical variable encoding risks.
  • B. Clustering is an unsupervised learning technique not directly relevant to the encoding choice for a single categorical variable.
  • D. One-hot encoding is the correct approach for nominal categorical variables like dog breed, as it avoids imposing false ordinal relationships.

Question 102

Which of the following roles is BEST suited to define the implementation roadmaps for adopting AI solutions?

  1. Risk management committee
  2. Steering committee
  3. Product management
  4. Internal audit
Show answer and explanation

Correct answer: B. Steering committee

The steering committee is best suited to define implementation roadmaps for adopting AI solutions. A steering committee has cross-organizational representation, strategic authority, and decision-making power to align AI adoption with overall business objectives while balancing technical, operational, and governance considerations. The steering committee operates at the appropriate governance level to establish strategic priorities, allocate resources across business units, and ensure alignment with enterprise goals. Risk management focuses on risk mitigation, product management focuses on individual products, and internal audit provides oversight, none have the broad strategic mandate of a steering committee.

Why the other options are wrong

  • A. Risk management committee focuses on risk mitigation and compliance, not strategic implementation planning.
  • C. Product management handles individual product roadmaps, not enterprise-wide AI adoption strategy.
  • D. Internal audit provides oversight and assurance, not strategic implementation planning.

Question 103

An IS auditor is reviewing a data set used by a university to train a predictive machine learning (ML) model.

Which of the following MOST likely indicates risk that the model could not process all data and make necessary correlations?

  1. Student Number field in integer format
  2. Grade Level field in float format
  3. Final Grade Percent field in object format
  4. Having an undergraduate degree in Boolean format
Show answer and explanation

Correct answer: C. Final Grade Percent field in object format

An object data format for Final Grade Percent is problematic because ML models require numeric data types (integer or float) to perform mathematical correlations and calculations. Object format is typically used for unstructured or mixed-type data, which prevents the model from processing grades numerically and making necessary statistical correlations with other variables.

Why the other options are wrong

  • A. Integer format is appropriate for Student Number as it is a numeric identifier.
  • B. Float format is appropriate for Grade Level as it represents continuous numeric data.
  • D. Boolean format (True/False) is appropriate for yes/no fields like degree completion status.

Question 104

Which of the following BEST ensures representativeness in AI systems when assessing training data periodically?

  1. Training data is manually reviewed for bias.
  2. Data validation processes are automated and consistently performed.
  3. Training data remains relevant and reflects evolving real-world conditions.
  4. Synthetic data is used to train the AI systems.
Show answer and explanation

Correct answer: C. Training data remains relevant and reflects evolving real-world conditions.

Ensuring representativeness requires that training data continuously reflects real-world conditions as they evolve over time. Option C directly addresses the core requirement for representativeness in periodic assessments, the data must remain relevant and accurately mirror the current environment the AI system operates in. This is fundamental to maintaining model accuracy and fairness as circumstances change.

Why the other options are wrong

  • A. Manual review for bias is important but doesn't directly ensure representativeness or address evolving conditions.
  • B. Automated validation processes ensure consistency but don't guarantee the data remains representative of current real-world conditions.
  • D. Synthetic data alone cannot ensure representativeness since it may not capture real-world complexity and distribution shifts.

Question 105

An AI healthcare diagnostic tool requires large volumes of patient data, raising concerns about privacy and data breaches.

Which of the following is the MOST effective strategy to mitigate this risk?

  1. Encrypt the data and transmit it through a secure channel.
  2. Limit the tool's access to only publicly available data sets.
  3. Collect data from all patients to use for data analysis.
  4. Use synthetic data or anonymized data sets for model training.
Show answer and explanation

Correct answer: D. Use synthetic data or anonymized data sets for model training.

Using synthetic or anonymized data sets for model training is the MOST effective strategy to mitigate privacy and breach risks because it eliminates exposure of actual patient data while still providing training material. Synthetic data is artificially generated to preserve statistical properties without containing real personal information, and anonymized data removes identifiable elements. This approach addresses the root cause, the need to handle sensitive patient data, rather than just protecting data in transit (encryption) or limiting scope (public data only). Option C would actually increase risk by collecting unnecessary data.

Why the other options are wrong

  • A. Encryption protects data in transit but does not eliminate the underlying privacy and breach risk of storing large volumes of real patient data.
  • B. Limiting access to public data severely constrains model capability and may not provide the clinical relevance needed for healthcare diagnostics.
  • C. Collecting data from all patients unnecessarily expands exposure and increases breach risk rather than mitigating it.

Question 106

Which of the following is the BEST way to ensure data fed into an AI model aligns with business objectives?

  1. Normalize the data within expected tolerances.
  2. Change to new data sources.
  3. Document the data input requirements.
  4. Define new data attributes.
Show answer and explanation

Correct answer: C. Document the data input requirements.

Documenting data input requirements is the best way to ensure alignment with business objectives because it creates explicit specifications for what data should be collected, in what format, and what quality standards must be met. This documentation serves as the foundational control that ensures the data pipeline consistently delivers data meeting business needs.

Why the other options are wrong

  • A. Normalizing data is a technical preprocessing step that does not establish alignment with business objectives.
  • B. Changing data sources is a reactive measure that doesn't ensure alignment without first defining requirements.
  • D. Defining new attributes is premature and reactive; business objectives should drive data requirements, not vice versa.

Question 107

An IS auditor is auditing a financial system in which a generative AI tool is used to identify trends in batches of 4,000 rows while the generative AI tool has a limit of 3,000 tokens.

Which of the following is the GREATEST concern?

  1. The AI will prioritize high-value entries.
  2. The AI will process only a portion of the data set.
  3. The AI output will be biased toward the first 3,000 tokens.
  4. The AI will reject the data set and not analyze the data.
Show answer and explanation

Correct answer: B. The AI will process only a portion of the data set.

When a generative AI tool has a 3,000 token limit but needs to process 4,000 rows of data, the fundamental constraint is that it can only process a portion of the dataset. Tokens represent the input the model can consume, so exceeding this limit means incomplete data processing. This is the greatest concern because it directly impacts the completeness and reliability of trend identification across the full dataset.

Why the other options are wrong

  • A. AI systems do not inherently prioritize high-value entries based on token limits; they process sequentially until limits are reached.
  • C. While bias toward earlier tokens may occur, the primary concern is the incomplete processing of the dataset itself.
  • D. The AI will not necessarily reject the entire dataset; it will process what fits within the token constraint, making partial analysis more likely than complete rejection.

Question 108

A logistics company uses an AI model to optimize delivery routes.

Which of the following methods would BEST verify the model’s accuracy?

  1. Using advanced outlier detection techniques to identify anomalies in route length
  2. Running bias tests to confirm that the model does not favor certain delivery areas
  3. Comparing the AI-generated routes with routes generated using traditional methods
  4. Testing the model on the most recent data for the latest conditions
Show answer and explanation

Correct answer: C. Comparing the AI-generated routes with routes generated using traditional methods

Comparing AI-generated routes with traditionally-generated routes provides a direct performance benchmark by showing how the AI model performs relative to established methods. This practical comparison demonstrates whether the model actually delivers better or equivalent results in real-world conditions, which is the most concrete way to verify accuracy for a logistics optimization task.

Why the other options are wrong

  • A. Outlier detection identifies anomalies but doesn't verify that the model produces accurate or optimal routes compared to known good methods.
  • B. Bias testing confirms fairness across delivery areas but doesn't directly measure whether routes are actually optimized or accurate.
  • D. Testing on recent data is good practice for detecting performance degradation, but doesn't verify accuracy as effectively as comparing against proven alternative methods.

Question 109

Which of the following should be of GREATEST concern to an IS auditor when reviewing ethical considerations for an AI solution?

  1. The decision-making process is unexplainable.
  2. The solution is hosted on a shared cloud environment.
  3. The model has not been retrained recently.
  4. The solution documentation is still in draft.
Show answer and explanation

Correct answer: A. The decision-making process is unexplainable.

An unexplainable decision-making process is the greatest ethical concern because it violates transparency and accountability principles. When an AI solution cannot explain its decisions, stakeholders cannot verify fairness, identify bias, or hold the system accountable for errors. In auditable systems and governance contexts, explainability is essential for trust, compliance with regulations, and ability to challenge or correct incorrect decisions.

Why the other options are wrong

  • B. Shared cloud environment hosting is a data security and residency concern, not primarily an ethical consideration.
  • C. Infrequent model retraining may reduce accuracy but does not directly create ethical concerns about decision-making fairness or transparency.
  • D. Draft documentation is a governance and management issue affecting auditability, not a primary ethical consideration of the solution itself.

Question 110

Which of the following is MOST important to have in place when initially populating data into a data frame for an AI model?

  1. An approved risk assessment for including, excluding, or subsequently dropping data attributes from the model
  2. The code for separating data into training and testing data sets
  3. An analysis of exploratory data that checks for incorrect data types, null values, and duplicate entries
  4. The box charts histograms, scatterplots, and Venn diagrams that identify correlations and outliers
Show answer and explanation

Correct answer: C. An analysis of exploratory data that checks for incorrect data types, null values, and duplicate entries

Before populating data into a data frame for an AI model, exploratory data analysis (EDA) checking for incorrect data types, null values, and duplicates is most critical. This foundational step identifies and resolves data quality issues that would otherwise corrupt the model's training and predictions, making it the essential first action.

Why the other options are wrong

  • A. Risk assessment for attributes should follow initial data quality validation, not precede data frame population.
  • B. Train-test splitting occurs after data quality is assured, not during initial population.
  • D. Visualization and correlation analysis are important but come after confirming data integrity and proper formatting.

Question 111

Which of the following controls BEST helps reduce the risk of hallucinations in an AI model?

  1. Requiring model output explanations
  2. Implementing a human-in-the-loop approach
  3. Improving model transparency
  4. Reducing the model’s creativity score
Show answer and explanation

Correct answer: B. Implementing a human-in-the-loop approach

A human-in-the-loop approach provides the most effective control by having humans review and validate AI outputs before they are used or disseminated. This directly catches hallucinations and false information before they impact decision-making, serving as an active control rather than merely improving visibility.

Why the other options are wrong

  • A. Requiring explanations helps identify why hallucinations occur but doesn't prevent them from being generated in the first place.
  • C. Improving transparency helps understand model behavior but doesn't actively prevent hallucinations from occurring.
  • D. Reducing creativity is mentioned in community feedback but addresses only one factor; human review catches hallucinations regardless of creativity levels and is a more comprehensive control.

Question 112

A bank uses a video-based know your customer (KYC) verification process. Cybercriminals exploit this process by using deepfake technology to impersonate bank customers.

Which of the following countermeasures is the BEST way for the bank to mitigate this risk?

  1. Discontinuing the use of the video-based verification process
  2. Encrypting all customer data and communication
  3. Requesting additional identity and address documents for verification
  4. Leveraging AI-based liveness detection during video verification
Show answer and explanation

Correct answer: D. Leveraging AI-based liveness detection during video verification

AI-based liveness detection is the most effective technical countermeasure against deepfake impersonation because it verifies that a real, living person is present during the video verification process. Liveness detection can detect synthetic media artifacts, unnatural eye movements, and other markers of deepfake videos that static document verification cannot catch. This directly addresses the deepfake threat while maintaining the convenience of video-based KYC.

Why the other options are wrong

  • A. Discontinuing video KYC eliminates a legitimate and efficient verification channel rather than solving the deepfake problem.
  • B. Encrypting data protects information in transit but does not prevent deepfake impersonation during the verification process itself.
  • C. Additional documents alone cannot detect deepfakes in real-time video and add friction without addressing the core vulnerability.

Question 113

After the development of an AI model, a quality assurance (QA) team checks that all input variables, model parameters, and training scripts match the approved technical design documents before deployment.

Which of the following BEST describes this activity?

  1. Model verification
  2. Model tuning
  3. Model validation
  4. Model testing
Show answer and explanation

Correct answer: A. Model verification

Verification answers the question of whether the model was built correctly according to its specification. Checking that input variables, parameters and training scripts match the approved technical design documents is a conformance check against the design, which is the definition of model verification. Validation, by contrast, asks whether the right model was built, assessing whether it performs adequately for its intended purpose using data and outcomes. Distinguishing the two matters to auditors because each provides different assurance and both are needed before deployment.

Why the other options are wrong

  • B. Model tuning adjusts hyperparameters to improve performance and does not compare the build against approved design documentation.
  • C. Model validation evaluates whether the model's performance is fit for its intended use, not whether components match the design specification.
  • D. Model testing executes the model on data to measure behavior and results, rather than reconciling components to design documents.

Question 114

Which of the following BEST enables an AI model to solve complex problems involving the analysis of large volumes of data?

  1. Support vector machines
  2. Reinforcement learning (RL)
  3. Natural language processing (NLP)
  4. Deep learning
Show answer and explanation

Correct answer: D. Deep learning

Deep learning uses multilayer neural networks that learn hierarchical representations automatically from raw data. Its performance continues to improve as data volume grows, and it can model highly complex, nonlinear relationships in images, text, audio and other high-dimensional data without manual feature engineering. These properties make it the approach best suited to solving complex problems that require analyzing very large data sets.

Why the other options are wrong

  • A. Support vector machines work well on small and medium data sets but scale poorly to very large volumes of data.
  • B. Reinforcement learning optimizes sequential decisions through rewards rather than analyzing large static data sets.
  • C. Natural language processing is an application domain for text and speech, not a general technique for complex large-scale analysis.

Question 115

Which of the following BEST ensures that an AI system complies with user data ownership rights under privacy regulations?

  1. Applying data clustering techniques to anonymize data sets
  2. Regularly conducting AI system performance testing for accuracy
  3. Implementing a transparent data consent management process
  4. Enforcing strict data retention policies to limit storage duration
Show answer and explanation

Correct answer: C. Implementing a transparent data consent management process

Implementing a transparent data consent management process directly ensures compliance with user data ownership rights under privacy regulations like GDPR and CCPA by obtaining explicit user consent, enabling users to understand how their data is used, and providing mechanisms for users to exercise their rights (access, deletion, portability). Transparency and consent management are the legal and ethical foundation for respecting user data ownership.

Why the other options are wrong

  • A. Data anonymization techniques address privacy but do not ensure compliance with data ownership rights or consent requirements.
  • B. Performance testing for accuracy validates model quality but does not address user data ownership rights or privacy compliance.
  • D. Retention policies limit storage duration but do not ensure users have control over or understand how their data is being used.

Question 116

Which of the following testing techniques would BEST validate whether an organization’s data governance program effectively ensures data quality and integrity for AI model training and deployment?

  1. Reviewing the organization’s AI software development life cycle documentation
  2. Assessing data lineage to verify the traceability of data sources
  3. Conducting a penetration test to identify vulnerabilities in the model
  4. Performing a business impact analysis (BIA) to assess the consequences of AI model failure
Show answer and explanation

Correct answer: B. Assessing data lineage to verify the traceability of data sources

Assessing data lineage provides traceability of data sources, transformations, and integrity throughout the pipeline used for AI model training and deployment. This directly validates whether the data governance program ensures quality and integrity by demonstrating the complete lifecycle and provenance of data. Data lineage is the most effective control verification for demonstrating that data quality is maintained from source through model deployment.

Why the other options are wrong

  • A. Reviewing SDLC documentation addresses process governance but not the specific validation of data quality and integrity for training and deployment.
  • C. Penetration testing identifies security vulnerabilities but does not assess data quality, integrity, or governance effectiveness.
  • D. Business impact analysis evaluates consequences of failure but does not validate whether the governance program is effectively ensuring data quality and integrity.

Question 117

Which of the following is the MOST significant benefit of performing frequent AI model testing and retraining?

  1. Removing unnecessary model features
  2. Ensuring the model is updated with current data
  3. Ensuring model scalability
  4. Assessing the impact of attacks
Show answer and explanation

Correct answer: B. Ensuring the model is updated with current data

The environment an AI model operates in keeps changing, so the patterns it learned gradually become outdated and its performance declines. Frequent testing detects this decline, and retraining incorporates current data so that the model reflects present conditions, user behavior and business needs. Keeping the model aligned with current data maintains accuracy and reliability over time, which is the most significant benefit of this practice.

Why the other options are wrong

  • A. Removing unnecessary features is a feature selection activity that may occur during development, not the main purpose of frequent retraining.
  • C. Scalability depends on architecture and infrastructure rather than on how often the model is tested and retrained.
  • D. Assessing attack impact is the purpose of adversarial testing and incident analysis, not of routine retraining.

Question 118

When reviewing contracts or other lengthy documentation in the planning phase, which of the following tools would BEST extract relevant information?

  1. Predictive analytics
  2. Robotic process automation (RPA)
  3. Autoregressive sequencing model
  4. Natural language processing
Show answer and explanation

Correct answer: D. Natural language processing

Natural language processing (NLP) is specifically designed to extract relevant information from unstructured text documents by understanding language context, entities, and relationships. NLP can identify key contract terms, clauses, obligations, and relevant audit areas from lengthy documentation efficiently during the planning phase.

Why the other options are wrong

  • A. Predictive analytics forecasts future events based on historical patterns, not extracting information from existing documents.
  • B. Robotic process automation automates structured workflows and business processes, not text analysis and information extraction.
  • C. Autoregressive sequencing models generate text sequences but are not primarily designed for extracting specific relevant information from documents.

Question 119

An organization is reviewing its existing data governance framework after implementing an AI-based document repository solution.

Which of the following should be the PRIMARY consideration for the organization?

  1. Data retention policy
  2. Data classification
  3. Data enrichment
  4. Qualitative data collection
Show answer and explanation

Correct answer: B. Data classification

Data classification should be the primary consideration when reviewing the data governance framework for an AI-based document repository. Classification establishes how sensitive different data types are and determines appropriate handling, access controls, retention, and processing rules. This foundational element directly informs all other governance decisions and is essential for an AI system that may process, analyze, or expose documents across the organization.

Why the other options are wrong

  • A. Data retention policy is important but is typically informed by data classification first.
  • C. Data enrichment relates to enhancing data quality but is secondary to establishing proper classification.
  • D. Qualitative data collection is a data sourcing consideration, not a primary governance framework concern.

Question 120

An organization uses an AI-based chatbot that collects customer data during interactions.

Which of the following is MOST important to ensure compliance with data consent requirements?

  1. Obtaining consent each time queries are processed by the chatbot
  2. Deleting data immediately following customer interactions with the chatbot
  3. Anonymizing user interaction data after three months
  4. Embedding a consent mechanism that provides clear options before data collection begins
Show answer and explanation

Correct answer: D. Embedding a consent mechanism that provides clear options before data collection begins

Embedding a consent mechanism with clear options before data collection begins is the most important control for ensuring compliance with data consent requirements. This implements consent at the point of collection with transparency and user control, which is the standard requirement in most privacy regulations (GDPR, CCPA, etc.). Users must have clear visibility into what data is being collected and explicit ability to accept or decline before any collection occurs.

Why the other options are wrong

  • A. Obtaining consent each time is overly burdensome and not the standard requirement; informed consent at initial collection is sufficient.
  • B. Immediate deletion prevents legitimate uses and is not the standard practice; appropriate retention periods with safeguards are acceptable.
  • C. Anonymization after three months does not satisfy the initial consent requirement and leaves a window of identifiable data exposure.

Question 121

An IS auditor learns that the organization’s AI solution is configured with web integration enabled.

Which of the following is the MOST important control for the auditor to validate?

  1. Data augmentation activities prior to model building
  2. Key performance indicator (KPI) metrics for model inference time
  3. Activity logging with integration to the organization’s SIEM system
  4. Separation of duties between the model creator and the model tester
Show answer and explanation

Correct answer: C. Activity logging with integration to the organization’s SIEM system

Activity logging integrated with the organization's SIEM (Security Information and Event Management) system is the most important control to validate when an AI solution has web integration enabled. Web-facing systems create external attack surfaces and require comprehensive logging of all activities to detect unauthorized access, data exfiltration, injection attacks, and other security incidents. Integration with SIEM enables centralized threat detection and response, which is critical for systems handling sensitive data or making high-stakes decisions.

Why the other options are wrong

  • A. Data augmentation activities are part of model development but are not a primary security concern for web-integrated systems.
  • B. KPI metrics for inference time relate to performance, not security or the specific risks of web integration.
  • D. Separation of duties between creator and tester is a general governance practice but not the most critical control for addressing web integration risks.

Question 122

Which of the following BEST helps in detecting AI model drift?

  1. Establishing a model performance baseline and implementing continuous monitoring
  2. Evaluating model accuracy rates for stability and performing qualitative data analysis
  3. Engaging periodic external reviews of model outputs and identifying root causes
  4. Using linear regression techniques and conducting cluster analysis
Show answer and explanation

Correct answer: A. Establishing a model performance baseline and implementing continuous monitoring

Drift is a change relative to an expected state, so it can only be detected reliably if that expected state is defined. A documented performance baseline sets reference values for accuracy, error rates and input and output distributions, and continuous monitoring compares live behavior against that baseline, raising alerts when deviations exceed thresholds. This combination identifies drift promptly and objectively, produces evidence an auditor can verify, and supports timely retraining before degraded performance harms decisions.

Why the other options are wrong

  • B. Checking accuracy stability without a defined baseline and ongoing monitoring cannot reliably detect gradual drift, and qualitative analysis is subjective.
  • C. Periodic external reviews are infrequent and backward-looking, so drift can persist undetected for long periods between reviews.
  • D. Linear regression and cluster analysis are general analytical techniques, not a structured mechanism for comparing live behavior to an expected baseline.

Question 123

When reviewing an organization's AI data governance program, which of the following is MOST important to validate to ensure compliance with privacy regulations?

  1. Implementation of privacy techniques in AI models
  2. Security of private cloud deployment of AI models
  3. Feasibility of AI model retraining to incorporate new privacy data
  4. Avoidance of AI models that are based on open-source algorithms
Show answer and explanation

Correct answer: A. Implementation of privacy techniques in AI models

Validating that privacy techniques (encryption, differential privacy, anonymization, etc.) are implemented within AI models themselves is most important for ensuring compliance with privacy regulations. These techniques directly protect personal data during model processing and inference. While secure deployment (B) matters, techniques implemented in the model are more fundamental; retraining feasibility (C) is operational; and avoiding open-source algorithms (D) is unnecessary and overly restrictive.

Why the other options are wrong

  • B. Deployment security is important but doesn't address privacy protection within model operations.
  • C. Retraining feasibility is an operational concern, not a compliance validation priority.
  • D. Open-source algorithm usage does not inherently create privacy compliance risks.

Question 124

An organization has deployed a generative AI system for customer support that includes frequent updates to the AI model after deployment.

Which of the following represents the GREATEST risk?

  1. Lack of a change management policy specific to AI
  2. Overreliance on manual review of AI model outputs
  3. Lack of continuous monitoring for model changes
  4. Lack of a dedicated AI governance committee
Show answer and explanation

Correct answer: A. Lack of a change management policy specific to AI

Frequent AI model updates after deployment require a robust change management policy to govern testing, validation, approval, rollback, and stakeholder communication. Without such a policy, updates risk introducing unvalidated changes that degrade performance, introduce bias, cause security vulnerabilities, or create compliance violations. Option C (continuous monitoring) and option B (manual review) are important controls, but they are detective/mitigating measures that assume changes are being made. A lack of preventive governance over the change process itself is the greatest underlying risk. Option D (governance committee) is useful but less directly critical than a specific change management policy.

Why the other options are wrong

  • B. Overreliance on manual review is a process weakness, but it is an operational control issue rather than the foundational governance gap.
  • C. Lack of monitoring is a detective control gap; however, the absence of a change management policy is the preventive governance failure that enables uncontrolled updates.
  • D. A governance committee is a structural support, but the absence of a specific change management policy is more directly the greatest risk.

Question 125

An IS auditor identifies that an organization is mixing AI-generated content into training data without labeling.

Which of the following presents the GREATEST risk in this scenario?

  1. The model loses alignment safeguards.
  2. The model propagates outdated information.
  3. The model outputs become inconsistent across similar queries.
  4. The model reinforces its own mistakes as if they were facts.
Show answer and explanation

Correct answer: D. The model reinforces its own mistakes as if they were facts.

When AI-generated content is fed back into training data without being labeled, the organization cannot separate synthetic material from verified human or source data. Any errors, hallucinations or biases in the generated content are then learned as ground truth, and successive training cycles reinforce them, a feedback loop often described as model collapse. Over time the model's outputs drift away from reality and its mistakes become entrenched and harder to detect. The absence of labeling also removes the ability to trace and remove the contaminated data, which makes this the greatest risk.

Why the other options are wrong

  • A. Alignment safeguards come from separate fine-tuning and guardrails, and unlabeled synthetic data does not by itself remove them.
  • B. Outdated information is a data currency issue that can arise from any stale source, not the specific risk of recursive synthetic data.
  • C. Inconsistent answers are a symptom with limited impact, whereas self-reinforcing errors corrupt the model's knowledge itself.

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Question 126

Which of the following is the MOST important task when gathering data during the AI system development process?

  1. Isolating the system
  2. Stratifying the data
  3. Training the system
  4. Cleaning the data
Show answer and explanation

Correct answer: D. Cleaning the data

Cleaning the data is the most important task in gathering data during AI system development because poor data quality directly undermines all downstream processes. Data cleaning removes errors, inconsistencies, missing values, and outliers that would otherwise compromise model training and performance. Isolating the system (A) is an infrastructure concern, stratifying data (B) is a sampling technique, and training (C) cannot occur effectively without clean data, making data cleaning foundational.

Why the other options are wrong

  • A. System isolation is a security/infrastructure concern, not a core data gathering task.
  • B. Data stratification is a sampling technique, less critical than ensuring overall data quality.
  • C. Training the system depends on clean data, making cleaning a prerequisite, not a parallel task.

Question 127

A manufacturing company installs an AI system to control robotic arms on its assembly line. The system learns over time, adjusting its movements based on production results to improve accuracy and efficiency.

What type of learning is the robot MOST likely using in this scenario?

  1. Reinforcement learning
  2. Supervised learning
  3. Unsupervised learning
  4. Deep learning
Show answer and explanation

Correct answer: A. Reinforcement learning

Reinforcement learning trains an agent by having it take actions in an environment and receive feedback in the form of rewards or penalties. Over time the agent adjusts its behavior to maximize cumulative reward. A robotic arm that refines its movements based on production results is learning in exactly this way, using outcomes such as accuracy and efficiency as the reward signal rather than relying on a labeled data set.

Why the other options are wrong

  • B. Supervised learning needs labeled examples of correct outputs, whereas the robot learns from feedback on the results of its own actions.
  • C. Unsupervised learning finds patterns in unlabeled data and does not involve improving actions based on outcomes.
  • D. Deep learning is a model architecture that can support various learning types, not the learning paradigm described here.

Question 128

Which of the following is the GREATEST risk associated with using AI in audit planning?

  1. Scope creep
  2. Limited knowledge
  3. Increased planning costs
  4. Incomplete data
Show answer and explanation

Correct answer: D. Incomplete data

Incomplete data is the greatest risk when using AI in audit planning because AI models depend heavily on data quality and completeness. Incomplete data leads to biased samples, missed audit areas, inaccurate risk assessments, and ineffective audit planning. Without sufficient data, the AI cannot identify key risks or scope areas properly. Scope creep (A) is a management issue. Limited knowledge (B) can be addressed through training. Increased costs (C) are a resource consideration but not a risk to audit effectiveness.

Why the other options are wrong

  • A. Scope creep is a project management concern that can be controlled through clear objectives, not a primary risk of AI itself.
  • B. Limited knowledge can be mitigated through training and documentation; incomplete data cannot be easily compensated for.
  • C. Cost increases are a budget concern, not a risk to audit quality or effectiveness.

Question 129

When evaluating the process flowchart of an AI machine learning (ML) model, which task should be performed FIRST to provide assurance that the model will function as intended?

  1. Scale and standardize numerical variables.
  2. Split the data set into training and test sets.
  3. Apply the model algorithm.
  4. Address imbalances in the data.
Show answer and explanation

Correct answer: B. Split the data set into training and test sets.

Splitting data into training and test sets must be performed first to ensure proper model evaluation and avoid data leakage. This foundational step establishes the integrity of the entire evaluation process; all subsequent steps (scaling, balancing, algorithm application) should be performed on appropriately separated datasets to provide genuine assurance the model will function as intended.

Why the other options are wrong

  • A. Scaling should occur after splitting to prevent data leakage from test set statistics affecting training data.
  • C. Applying the algorithm cannot occur meaningfully until data is properly prepared and split.
  • D. Addressing imbalances should occur after splitting and typically during preprocessing, not as the first task.

Question 130

In the context of an AI implementation, which of the following actions is MOST critical for an organization's change management program?

  1. Conducting a comprehensive risk assessment specific to AI-related changes
  2. Reviewing documentation for AI system changes, updates, and patches
  3. Verifying that all employees have completed mandatory AI ethics training
  4. Ensuring the organization has a dedicated AI governance committee
Show answer and explanation

Correct answer: A. Conducting a comprehensive risk assessment specific to AI-related changes

A comprehensive risk assessment specific to AI-related changes is the foundation of effective change management for AI implementations. It identifies potential impacts, dependencies, and mitigation strategies before changes are deployed. This proactive approach ensures the organization understands what could go wrong and plans accordingly, making it more critical than documentation review, training completion, or governance structure alone.

Why the other options are wrong

  • B. Reviewing documentation is important for tracking changes but is reactive rather than proactive in managing risks.
  • C. While ethics training is valuable, it does not directly address the identification and mitigation of AI-specific implementation risks.
  • D. A governance committee provides oversight but does not replace the need for risk assessment to guide change decisions.

Question 131

Which of the following is the MOST frequent cause of generative AI model hallucinations?

  1. Inconsistent change management
  2. Weak access controls
  3. Outdated model cards
  4. Inadequate data quality
Show answer and explanation

Correct answer: D. Inadequate data quality

Generative models produce output by predicting likely patterns learned from their training and grounding data. When that data is incomplete, inaccurate, outdated, biased or poorly curated, the model fills gaps with plausible but false content, which is the essence of a hallucination. Inadequate data quality is therefore the most frequent root cause, and controls over data selection, curation and grounding sources are central to reducing hallucinations.

Why the other options are wrong

  • A. Inconsistent change management can introduce defects into deployments, but it is not the usual reason a model generates fabricated content.
  • B. Weak access controls create security and misuse risks rather than causing the model itself to hallucinate.
  • C. Outdated model cards weaken documentation and transparency but do not change how the model generates its outputs.

Question 132

Which key performance indicator (KPI) BEST indicates the quality of the data used in AI model training?

  1. The difference between the mean and median of the data set
  2. Number of features within the data set
  3. Linearity of patterns within the data set when a log-transformed scale is applied
  4. Percentage of missing values removed from the data set
Show answer and explanation

Correct answer: D. Percentage of missing values removed from the data set

The percentage of missing values removed indicates data quality by measuring how complete the dataset is. Missing data is a fundamental data quality issue that directly impacts model training; tracking the percentage removed provides visibility into data cleansing effectiveness. This metric directly reflects data integrity and completeness.

Why the other options are wrong

  • A. The difference between mean and median describes distribution shape but does not directly measure data quality.
  • B. The number of features relates to model dimensionality, not data quality itself.
  • C. Linearity patterns on log-transformed scales describe data characteristics, not overall data quality or completeness.

Question 133

An AI system is misclassifying images after a routine model update. An IS auditor discovers that the updated model file was replaced by an unauthorized version.

Which of the following is the auditor’s BEST recommendation?

  1. Notify all users of potential inaccuracies and deactivate the system.
  2. Immediately retrain the model from scratch using a secure data set.
  3. Disable the automated update process to prevent future issues.
  4. Revert to the last verified model version and initiate a root cause analysis.
Show answer and explanation

Correct answer: D. Revert to the last verified model version and initiate a root cause analysis.

Reverting to the last verified model version and initiating root cause analysis is the best response because it immediately restores known-good functionality while investigating how the unauthorized replacement occurred and what systemic security failures enabled it. This addresses both the immediate operational issue and the underlying security breach. Notifying users (A) creates panic without solving the problem; retraining from scratch (B) is time-consuming and doesn't address the security breach; disabling updates (C) leaves the vulnerable version in place and prevents legitimate updates.

Why the other options are wrong

  • A. While notification is eventually necessary, deactivating the system without restoring it is unnecessarily disruptive.
  • B. Retraining from scratch is time-consuming and doesn't address the security breach that caused the unauthorized replacement.
  • C. Disabling automated updates prevents fixing the security vulnerability that allowed unauthorized replacement in the first place.

Question 134

An audit reveals inconsistencies in the retention period of data used for AI training.

What is the BEST recommendation to mitigate this risk?

  1. Enhance licensing agreements to include retention clauses.
  2. Establish a dedicated data clustering team for ongoing oversight.
  3. Implement automated data cleansing tools to enforce retention policies.
  4. Assign data ownership roles to the AI model development team.
Show answer and explanation

Correct answer: C. Implement automated data cleansing tools to enforce retention policies.

Implementing automated data cleansing tools that enforce retention policies is the best recommendation because it ensures consistent, systematic enforcement of retention rules across all AI training data without manual intervention or oversight gaps. Automated tools eliminate inconsistencies by applying policies uniformly, continuously monitoring retention periods, and removing data that has exceeded its authorized retention window. This is a scalable, reliable solution that directly addresses the identified gap of inconsistent retention periods.

Why the other options are wrong

  • A. Licensing agreements are external documents; they do not enforce internal data retention policies or prevent inconsistencies.
  • B. A dedicated clustering team adds overhead without directly solving the retention period inconsistency problem.
  • D. Assigning data ownership to the development team does not address retention period inconsistencies; ownership and retention enforcement are distinct responsibilities.

Question 135

An IS auditor is testing an AI-based fraud detection system that flags suspicious transactions and finds that the system has a high false positive rate.

Which of the following testing methods should be prioritized to BEST optimize the detection rate?

  1. Cross-validation testing
  2. Benford's Law analysis
  3. Substantive testing
  4. Regression testing
Show answer and explanation

Correct answer: A. Cross-validation testing

Cross-validation testing is the most effective method to optimize detection rates by systematically evaluating the model's performance across different data subsets, identifying overfitting, and adjusting thresholds or parameters to balance false positives against detection sensitivity. Cross-validation provides statistically robust insights into model generalization and helps identify the optimal configuration to address the high false positive rate.

Why the other options are wrong

  • B. Benford's Law analysis detects fraud patterns but does not directly optimize detection model parameters or thresholds.
  • C. Substantive testing verifies actual transactions but does not optimize the AI model's performance characteristics.
  • D. Regression testing ensures changes don't break existing functionality but does not improve detection accuracy rates.

Question 136

Which of the following is the GREATEST risk associated with deploying an AI system with ineffective anomaly detection?

  1. Inconsistent AI system configuration management
  2. Undetected data poisoning that impacts AI decision quality
  3. Delayed incident response to AI model drift
  4. Failure to comply with AI reporting standards
Show answer and explanation

Correct answer: B. Undetected data poisoning that impacts AI decision quality

Undetected data poisoning that impacts AI decision quality is the greatest risk because data poisoning directly compromises the AI system's foundation. If malicious or corrupted data is injected into the system and anomaly detection fails to identify it, the model will learn from poisoned data and make unreliable decisions. This is more immediately damaging than the other risks because it directly undermines the AI system's integrity at its core. Anomaly detection is a critical safeguard against this threat, and its absence leaves the system highly vulnerable to undetected attacks.

Why the other options are wrong

  • A. Inconsistent configuration management is a governance issue but does not pose the same direct threat to decision quality as data poisoning.
  • C. Delayed incident response to model drift is a timing issue; while serious, it is less critical than undetected data poisoning.
  • D. Failure to comply with reporting standards is an administrative and compliance concern, not as operationally dangerous as compromised data integrity.

Question 137

Which of the following is the MOST effective control to safeguard a model’s architecture, weights, and hyperparameters?

  1. Provide training to employees on best practices for AI technical security.
  2. Require users to sign a confidentiality agreement before making services and data available.
  3. Maintain detailed data audit logs of identified deviations within model training data.
  4. Implement strict access controls and encryption for model components.
Show answer and explanation

Correct answer: D. Implement strict access controls and encryption for model components.

Strict access controls and encryption directly protect the technical assets of the model, architecture, weights, and hyperparameters, by limiting who can access them and ensuring they cannot be read if intercepted. This addresses both authorized and unauthorized access threats at the technical level.

Why the other options are wrong

  • A. Employee training on best practices improves awareness but doesn't technically safeguard model components against unauthorized access.
  • B. Confidentiality agreements are contractual controls useful for insider threat deterrence but don't provide technical protection against access or theft.
  • C. Audit logs of training data deviations help detect tampering but don't protect model components themselves from being accessed or exfiltrated.

Question 138

Which of the following techniques would be MOST effective as part of incident management procedures for a prompt injection attack?

  1. Fine-tune the AI model.
  2. Scan inputs for code-like structure of text.
  3. Deploy input validation to sanitize abuse prompts.
  4. Monitor the prompts for excessive special characters.
Show answer and explanation

Correct answer: C. Deploy input validation to sanitize abuse prompts.

Input validation to sanitize prompts is the most effective defense against prompt injection attacks. This technique involves filtering and cleaning user inputs to remove or neutralize malicious code-like structures or commands embedded in prompts before they reach the AI model. This directly prevents the attack vector. Fine-tuning doesn't address active attacks. Scanning for code-like structures is part of validation but is less comprehensive than full input sanitization. Monitoring for special characters alone is insufficient as prompt injections can be encoded in many ways.

Why the other options are wrong

  • A. Fine-tuning the model doesn't address active prompt injection attacks; it's a training process.
  • B. Scanning for code-like text is a detection approach but is less comprehensive than input validation and sanitization.
  • D. Monitoring for special characters is too narrow; prompt injections can be crafted without excessive special characters.

Question 139

A model developer is looking to mitigate the risk of information loss within an imbalanced data set that contains majority and minority classes.

Which of the following strategies would an IS auditor consider to be MOST appropriate?

  1. Undersampling to remove excess data points
  2. Splitting data into к-folds with cross-validation
  3. Tuning the model’s hyperparameters
  4. Oversampling to create new data points
Show answer and explanation

Correct answer: D. Oversampling to create new data points

Oversampling creates synthetic data points for minority classes, which preserves all original information while improving the representation of underrepresented classes. This mitigates information loss risk by avoiding the removal of data (undersampling) while still addressing class imbalance, making it most appropriate for risk mitigation.

Why the other options are wrong

  • A. Undersampling removes data from majority classes, causing information loss, the exact risk the strategy aims to mitigate.
  • B. K-fold cross-validation improves model validation but does not address the underlying imbalance problem or information loss.
  • C. Hyperparameter tuning optimizes model performance but does not address the root cause of imbalance-related information loss.

That was 139 of 556.

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