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The primary advantage of this approach is that it improves audit efficiency. Audit efficiency is the measure of how well the audit resources are used to achieve the audit objectives. Audit efficiency can be enhanced by using methods or techniques that can save time, cost, or effort without compromising the quality or scope of the audit. By requesting direct access to data required to perform audit procedures instead of asking management to provide the data, the auditor can reduce the dependency on management’s cooperation, availability, or timeliness. The auditor can also avoid potential delays, errors, or biases that may occur when management provides the data. References:

CISA Review Manual (Digital Version), Chapter 2, Section 2.41

CISA Online Review Course, Domain 1, Module 1, Lesson 42

The most important aspect of an application development acceptance test is that user management approves the test design before the test is started, as this ensures that the test objectives, criteria, and procedures are aligned with the user requirements and expectations. The programming team’s involvement in the testing process, the testing of data files for valid information before conversion, and the quality assurance (QA) team’s charge of the testing process are also important, but they are not as critical as user management’s approval of the test design. References: CISA Review Manual (Digital Version), Chapter 4, Section 4.4.2

 In a controlled application development environment, the most important segregation of duties should be between the person who implements changes into the production environment and the application programmer. This segregation of duties ensures that no one person can create and deploy code without proper review, testing, and approval. This reduces the risk of errors, fraud, or malicious code being introduced into the production environment.

The other options are not as important as the segregation between the application programmer and the person who implements changes into production, but they are still relevant for achieving a secure and reliable application development environment. The segregation of duties between the person who implements changes into production and the systems programmer is important to prevent unauthorized or untested changes to system software or configuration. The segregation of duties between the person who implements changes into production and the computer operator is important to prevent unauthorized or uncontrolled access to production data or resources. The segregation of duties between the person who implements changes into production and the quality assurance (QA) personnel is important to ensure independent verification and validation of code quality and functionality.

 The primary reason for an IS auditor to conduct post-implementation reviews is to determine whether project objectives in the business case have been achieved. A post-implementation review is an audit activity that evaluates whether a project has delivered its expected outcomes or benefits in accordance with its objectives, scope, budget, and schedule. A business case is a document that defines and justifies the need, value, and feasibility of a project. A post-implementation review can help assess whether project objectives in the business case have been achieved by comparing actual results with planned expectations and identifying any gaps or deviations. The other options are not primary reasons for conducting post-implementation reviews, as they do not measure whether project objectives in the business case have been achieved. Ensuring key stakeholder sign-off has been obtained is a project closure activity that confirms that all project deliverables have been completed and accepted by key stakeholders, but it does not evaluate whether project objectives in the business case have been achieved. Aligning project objectives with business needs is a project initiation activity that ensures that the project is aligned with the organization’s strategy, goals, and priorities, but it does not evaluate whether project objectives in the business case have been achieved. Documenting lessons learned to improve future project delivery is a project learning activity that captures and shares the knowledge, experience, and feedback gained from the project, but it does not evaluate whether project objectives in the business case have been achieved. References: CISA Review Manual (Digital Version), Chapter 3, Section 3.3

The best option that facilitates strategic program management is aligning projects with business portfolios (option C). This is because:

Strategic program management is the coordinated planning, management, and execution of multiple related projects that are directed toward the same strategic goals12.

Aligning projects with business portfolios means ensuring that the projects within a program are aligned with the organization’s strategic objectives, vision, and mission .

Aligning projects with business portfolios helps to prioritize the most valuable and impactful projects, optimize the allocation of resources, monitor the progress and performance of the program, and deliver the expected benefits and outcomes .

Implementing stage gates (option A) is a process of reviewing and approving projects at predefined points in their lifecycle to ensure that they meet the quality, scope, time, and cost criteria. While this can help to control and improve the project management process, it does not necessarily facilitate strategic program management, as it does not address the alignment of projects with business portfolios.

Establishing a quality assurance (QA) process (option B) is a process of ensuring that the project deliverables meet the quality standards and requirements of the stakeholders. While this can help to enhance the quality and satisfaction of the project outcomes, it does not necessarily facilitate strategic program management, as it does not address the alignment of projects with business portfolios.

Tracking key project milestones (option D) is a process of monitoring and reporting the completion of significant events or deliverables in a project. While this can help to measure and communicate the progress and status of the project, it does not necessarily facilitate strategic program management, as it does not address the alignment of projects with business portfolios.

Therefore, the best option that facilitates strategic program management is aligning projects with business portfolios (option C), as this ensures that the projects within a program are consistent with the organization’s strategic goals and objectives.

If an IS auditor suspects that independence may not have been maintained in past audits, the best course of action is to inform audit management. Audit management has the responsibility and authority to address such issues. They can review the situation, determine if there was indeed a lack of independence, and decide on the appropriate actions to take123. While informing senior management, reevaluating internal controls, and re-performing past audits might be necessary at some point, the first step should be to inform audit management.

 When reviewing an enterprise architecture (EA) department’s decision to change a legacy system’s components while maintaining its original functionality, an IS auditor should understand the current business capabilities delivered by the legacy system, as this would help to evaluate whether the change is justified, feasible, and aligned with the business goals and needs. The proposed network topology to be used by the redesigned system, the data flows between the components to be used by the redesigned system, and the database entity relationships within the legacy system are technical details that are less relevant for an IS auditor to understand when reviewing this decision. References: CISA Review Manual (Digital Version), Chapter 3, Section 3.2

 A network vulnerability assessment is a process of identifying and evaluating the weaknesses and exposures in a network that could be exploited by attackers to compromise the confidentiality, integrity, or availability of the network or its resources. A network vulnerability assessment typically involves scanning the network devices, such as routers, switches, firewalls, servers, and workstations, using automated tools that compare the device configurations, software versions, and patch levels against a database of known vulnerabilities. A network vulnerability assessment can also include manual testing and verification of the network architecture, design, policies, and procedures. One of the main objectives of a network vulnerability assessment is to detect and report any misconfiguration and missing updates in the network devices that could pose a security risk1. Misconfiguration refers to any deviation from the recommended or best practice settings for the network devices, such as weak passwords, open ports, unnecessary services, default accounts, or incorrect permissions. Missing updates refer toany outdated or unsupported software or firmware that has not been patched with the latest security fixes or enhancements from the vendors2. Misconfiguration and missing updates are common sources of network vulnerabilities that can be exploited by attackers to gain unauthorized access, executemalicious code, causedenial of service, or escalate privileges on the network devices3. Therefore, an IS auditor should expect to see misconfiguration and missing updates in a network vulnerability assessment. The other options are less relevant or incorrect because:

B. Malicious software and spyware are not usually detected by a network vulnerability assessment, as they are more related to the content and behavior of the network traffic rather than the configuration and patch level of the network devices. Malicious software and spyware are programs that infect or monitor the network devices or their users for malicious purposes, such as stealing data, displaying ads, or performing remote commands. Malicious software and spyware can be detected by other security tools, such as antivirus software, firewalls, or intrusion detection systems4.

C. Zero-day vulnerabilities are not usually detected by a network vulnerability assessment, as they are unknown or undisclosed vulnerabilities that have not been reported or patched by the vendors or the security community. Zero-day vulnerabilities are rare and difficult to discover, as they require advanced techniques and skills to exploit them. Zero-day vulnerabilities can be detected by other security tools, such as intrusion prevention systems, anomaly detection systems, or artificial intelligence systems5.

D. Security design flaws are not usually detected by a network vulnerability assessment, as they are more related to the logic and functionality of the network rather than the configuration and patch level of the network devices. Security design flaws are errors or weaknesses in the network architecture, design, policies, or procedures that could compromise the security objectives of the network. Securitydesign flaws can be detected by other security methods, such as security reviews, audits, or assessments6. References: Network VulnerabilityAssessment - ISACA, Network Vulnerability Scanning - NIST, Network Vulnerabilities - SANS, Malware - ISACA, Zero-Day Attacks - ISACA, Security Design Principles - NIST

 Data leakage prevention (DLP) is the process of preventing unauthorized access, disclosure, or transfer of sensitive data. In a multi-tenant cloud environment, where multiple customers share the same infrastructure and resources, DLP is a critical challenge. One of the best methods to enforce DLP in such an environment is to require tenants to implement data classification policies. Data classification policies define the types and levels of sensitivity of data, and the corresponding security controls and measures to protect them. By implementing data classification policies, tenants can ensure that their data is properly labeled, encrypted, segregated, and monitored according to their specific requirements and compliance standards. This can help prevent data leakage from accidental or malicious actions by other tenants, cloud service providers, or external parties.

The most likely application input control that would detect data input errors in the customer account number field during the processing of an accounts receivable transaction is a validity check. A validity check is a type of application control that verifieswhether the data entered in an application matches a predefined set of values or criteria1. For example, a validity check can compare the customer account number entered by the user with a list of existing customer account numbers stored in a database, and reject any input that does not match any of the valid values2.

The other options are not as likely to detect data input errors in the customer account number field, because they do not compare the input with a predefined set of values or criteria. A limit check is a type of application control that verifies whether the data entered in an application falls within a specified range or limit1. For example, a limitcheck can ensure that the amount entered for an invoice does not exceed a certainmaximum value2. A parity check is a type of application control that verifies whether the data entered in an application has an even or odd number of bits1. For example, a parity check can detect transmission errors in binary data by adding an extra bit to the data and checking whether the number of bits is consistent3. A reasonableness check is a type of applicationcontrol that verifies whether the data entered in anapplication is logical or sensible based on other related data or information1. Forexample, a reasonableness check can ensure that the date entered for an order is not in the future or before the date of creation of the customer account2. References:

What are application controls? Definition, examples and best practices1

General Control Vs Application Control: Key Differences and Example …4

Parity Check - an overview | ScienceDirect Topics

The correct answer is B. Discuss the matter with IS audit management and executive management.

Residual risk is the risk remaining after management has implemented a risk response. Risk acceptance must be made within the organization’s risk appetite and risk tolerance. ISACA defines risk acceptance as a decision to accept risk according to the risk appetite and tolerance set by senior management, where the enterprise can assume the risk and absorb any losses.

If the IS auditor believes management accepted a risk level that is not appropriate, the auditor should not ignore the issue or simply document it without further discussion. The appropriate first step is to discuss the matter with IS audit management and executive management. This gives the organization an opportunity to reassess the decision, confirm whether the risk is within appetite, and determine whether additional treatment is required.

Option A may become appropriate later if executive management continues to accept a risk that exceeds risk appetite. ISACA guidance on follow-up activities states that when accepted risk is greater than the enterprise’s risk appetite, it should be discussed with senior management and brought to the attention of the audit committee or board if necessary.

Option C is incorrect because taking no further action would be inappropriate when the auditor believes the accepted residual risk is excessive. Option D is also incorrect because the audit report should fairly represent management’s response, including risk acceptance, rather than omitting it.

This question maps to Information Systems Auditing Process because it concerns audit judgment, communication of audit findings, escalation, and reporting.

A digital signature is a cryptographic technique that uses the sender’s private key to generate a unique code for a message or document. The receiver can use the sender’s public key to verify the authenticity and integrity of the message or document. A digital signature can prevent unauthorized change, as any modification to the message or document will invalidate the signature and alert the receiver of tampering.

References

What is a digital signature?

Digital Signature - an overview | ScienceDirect Topics

ISACA CISA Review Manual, 27th Edition, page 253

 Problem management is an IT service management activity that is most likely to help with identifying the root cause of repeated instances of network latency. Problem management involves analyzing incidents that affect IT services and finding solutions to prevent them from recurring or minimize their impact. Change management is an IT service management activity that involves controlling and documenting any modifications to IT services or infrastructure. Incident management is an IT service management activity that involves restoring normal service operation as quickly as possible after an incident has occurred. Configuration management is an IT service management activity that involves identifying and maintaining records of IT assets and their relationships. References: ISACA, CISA Review Manual, 27th Edition, 2018, page 334

Comprehensive and Detailed Explanation:

When verifying the integrity of a bit-for-bit copy of digital evidence, hashing algorithms are used. The primary factors in selecting a hashing algorithm are speed and collision resistance.

MD5 (Message Digest 5): While not cryptographically secure for all modern applications due to collision vulnerabilities, it is very fast and still acceptable in forensic integrity verification where speed is critical and the probability of collision is negligible for one-time checks.

SHA-1 / SHA-2: Provide stronger cryptographic assurance but are slower than MD5. They are preferred for long-term integrity assurance but not when processing speed is the top priority.

AES (Advanced Encryption Standard): AES is an encryption algorithm, not a hashing algorithm, and therefore is not appropriate for integrity verification.

???? ISACA Reference: CISA Review Manual 27th Edition, Domain 5 (Protection of Information Assets), section on cryptographic controls for evidence integrity.

 The best process for continuous auditing for a large financial institution is validating access controls for real-time data systems. This is because access controls are critical for ensuring the confidentiality, integrity, and availability of the financial data that is processed and transmitted by the real-time data systems. Real-time data systems are systems that provide timely and accurate information to support decision-making and transactions in a dynamic and complex environment. Examples of real-time data systems in the financial sector include payment systems, trading platforms, risk management systems, and fraud detection systems. Continuous auditing of access controls can help detect and prevent unauthorized access, data leakage, data manipulation, or data loss that could compromise the security, reliability, or compliance of the real-time data systems.

Testing encryption standards on the disaster recovery system is not the best process for continuous auditing for a large financial institution. Encryption standards are important for protecting the data stored or transmitted by the disaster recovery system, which is a system that provides backup and recovery capabilities in case of a disruption or disaster. However, testing encryption standards is not a continuous process, but rather a periodic or event-driven process that can be performed as part of the disaster recovery plan testing or validation.

Performing parallel testing between systems is not the best process for continuous auditing for a large financial institution. Parallel testing is a process of comparing the results of two or more systems that perform the same function or task, such as a new system and an old system, or a primary system and a backup system. Parallel testing can help verify the accuracy, consistency, and compatibility of the systems. However, parallel testing is not a continuous process, but rather a temporary or transitional process that can be performed as part of the system implementation or migration.

Validating performance of help desk metrics is not the best process for continuous auditing for a large financial institution. Help desk metrics are indicators that measure the efficiency, effectiveness, and quality of the help desk service, which is a service that provides technical support and assistance to the users of information systems and technology. Help desk metrics can include metrics such as response time, resolution time, customer satisfaction, and service level agreement (SLA) compliance. Validating performance of help desk metrics can help evaluate and improve the help desk service. However, validating performance of help desk metrics is not a continuous auditing process, but rather a continuous monitoring process that can be performed by the help desk management or quality assurance team.

The primary reason an IS auditor should discuss observations with management before delivering a final report is A. Validate the audit observations. This is because discussing the observations with management can help the auditor to ensure that the findings are accurate, complete, and supported by sufficient evidence1. It can also help the auditor to obtain management’s perspective and feedback on the issues and risks identified, and to avoid any misunderstandings or surprises when the final report is issued2.

When auditing the alignment of IT to the business strategy, it is most important for the IS auditor to evaluate deliverables of new IT initiatives against planned business services. This can help the IS auditor to assess whether the IT initiatives are meeting the business needs and expectations, delivering value and benefits, and supporting the business objectives and goals. Comparing the organization’s strategic plan against industry best practice is a possible technique for auditing the alignment of IT to the business strategy, but it is not the most important thing for the IS auditor to do, as industry best practice may not be applicable or relevant to the specific context or situation of the organization. Interviewing senior managers for their opinion of the IT function is a possible technique for auditing the alignment of IT to the business strategy, but it is not the most important thing for the IS auditor to do, as senior managers’ opinions may be subjective or biased, and may not reflect the actual performance or outcomes of the IT function. Ensuring an IT steering committee is appointed to monitor new IT projects is a possible control for ensuring the alignment of IT to the business strategy, but it is not the most important thing for the IS auditor to do, as an IT steering committee may not be effective or efficient in monitoring new IT projects, and may not have sufficient authority or influence over the IT function. 

 Providing security certification for a new system should include an evaluation of the configuration management practices prior to the system’s implementation. Configuration management is a process that ensures that the system’s components are identified, controlled, and tracked throughout the system’s lifecycle. Configuration management helps to maintain the security and integrity of the system by preventing unauthorized or unintended changes. End-user authorization to use the system in production is not part of security certification, but rather a post-implementation activity that grants access rights to authorized users. External audit sign-off on financial controls is not part of security certification, but rather a verification activity that ensures that the system complies with financial reporting standards. Testing of the system within the production environment is not part of securitycertification, but rather a validation activity that ensures that the system meets the functional and performance requirements. References:

CISA Review Manual, 27th Edition, pages 449-4501

CISA Review Questions, Answersand Explanations Database, Question ID: 2572

Using analytical tools to produce exception reports from the system and performance monitoring software is the most effective plan of action for a company that purchased and implemented system and performance monitoring software. Exception reports are reports that highlight deviations or anomalies from predefined thresholds or standards. Using analytical tools to produce exception reports can help to reduce the size and complexity of the system and performance monitoring reports, as well as to focus on the most relevant and critical information for review and action. The other options are less effective plans of action, as they may involve unnecessary costs, risks, or efforts. References:

CISA Review Manual (Digital Version), Chapter 4, Section 4.2.21

CISA Review Questions, Answers and Explanations Database, Question ID 219

A maturity model for a technology organization is a tool that measures the progress and capability of the IT function in relation to its goals, processes, and practices. A maturity model can help identify gaps and areas for improvement, as well as benchmark the IT function against industry standards or best practices. One of the key aspects of a maturity model is the definition and clarity of roles and responsibilities for the IT function and its stakeholders. A roles and responsibility matrix, such as a RACI matrix, is a document that clarifies who is responsible, accountable, consulted, and informed for each task or deliverable in a project or process. A roles and responsibility matrix can help avoid confusion, duplication, or omission of work, as well as ensure accountability and communication among the IT function and its customers, partners, and suppliers. Therefore, an IS auditor should focus on reviewing the roles and responsibility matrix when evaluating the maturity model for a technology organization.

A standard operating procedure (SOP) is a document that describes the steps and instructions for performing a routine or repetitive task or process. SOPs are important for ensuring consistency, quality, and compliance in the IT function, but they are not directly related to the maturity model. A service level agreement (SLA) is a contract that defines the expectations and obligations between an IT service provider and its customers. SLAs are important for ensuring customer satisfaction, performance measurement, and dispute resolution in the IT function, but they are not directly related to the maturity model. A business resiliency plan is a document that outlines how an IT function will continue to operate or recover from a disruption or disaster. Business resiliency is important for ensuring availability, reliability, and security in the IT function, but it is not directly related to the maturity model. References: 1: Maturity Models for IT and Technology | Splunk 2: Responsibility assignment matrix - Wikipedia 3: Roles and Responsibilities Matrix - SDLCforms

 The greatest concern with this situation is that a business-critical application does not currently have any level of fault tolerance and thus has a single point of failure. A single point of failure is a component or element of a system that, if it fails, will cause the entire system to stop functioning. Fault tolerance is the ability of a system to continue operating without interruption or degradation in the event of a failure of one or more of its components or elements. Fault tolerance can be achieved by using techniques such as redundancy, replication, backup, or failover. A business-critical application should have a high level of fault tolerance to ensure its availability, reliability, and continuity. References:

CISA Review Manual (Digital Version), Chapter 5, Section 5.51

CISA Online Review Course,Domain 3, Module 3, Lesson 22

The best answer is C. Changes are approved after being moved to production.

ISACA guidance on change management emphasizes reviews, testing, approvals, and segregation of duties before moving changes forward. If changes are moved into production before approval, the organization has effectively bypassed one of the most important preventive controls in the change process. That creates direct risk of unauthorized, untested, or harmful changes reaching production.

Option A is a documentation weakness. Option B reduces efficiency and prioritization discipline. Option D is a concern for emergency changes, but it is still less severe than routinely approving changes only after implementation. In audit terms, post-production approval represents a fundamental control breakdown.

References (Official ISACA):

ISACA Journal, Speeding Up Software Delivery With Effective Change Management.

The best way to reduce the risk of inaccurate or misleading data proliferating through business intelligence systems is to establish rules for converting data from one format to another, because this ensures that the data quality and integrity are maintained throughout the data transformation process. Data conversion rules define the standards, procedures, and methods for transforming data from different sources and formats into a common format andstructure that can be used by the business intelligence systems12. Implementing data entry controlsfor new and existing applications, implementing a consistent database indexing strategy, and developing a metadata repository to store and access metadata are not the best ways to reduce the risk of inaccurate or misleading dataproliferating through business intelligence systems, becausethey do not address the issue of dataconversion, which is a critical step in the data integration process for business intelligence systems. References: 1: CISA Review Manual (Digital Version), Chapter 4, Section 4.3.3 2: CISA Online Review Course, Module 4, Lesson 3

The greatest concern for an IS auditor when auditing an organization’s IT strategy development process is that information security was not included as a key objective in the IT strategic plan. Information security is a vital component of IT strategy, as it ensures the confidentiality, integrity and availability of information assets, and supports the business objectives and regulatory compliance. The other options are not as significant as the lack of information security in the IT strategic plan. References: CISA Review Manual (Digital Version), Chapter 1, Section 1.31

A mobile device awareness program would best enable an organization to address the security risks associated with a recently implemented bring your own device (BYOD) strategy. A mobile device awareness program is a set of activities that aim to educate and inform the employees about the benefits, challenges, and best practices of using their personal mobile devices for work purposes. A mobile device awareness program can help the organization to:

Communicate the organization’s policies and expectations regarding BYOD, such as which devices are allowed, what data can be accessed or stored, and what security measures are required.

Raise the employees’ awareness of the potential threats and vulnerabilities that affect their mobile devices, such as malware, phishing, data leakage, or device loss.

Provide the employees with guidance and tips on how to protect their mobile devices and the organization’s data, such as using strong passwords, encryption, antivirus software, remote wipe, or VPN.

Encourage the employees to report any incidents or issues related to their mobile devices, such as suspicious messages, unauthorized access, or device damage.

A mobile device awareness program can help the organization to reduce the security risks associated with BYOD by enhancing the employees’ knowledge, skills, and behavior in using their mobile devices securely and responsibly. Amobile device awareness program can also help the organization to comply with relevant regulations and standards that governdata privacy and security in the cloud1.

The other options are not as effective as a mobile device awareness program in enabling an organization to address the security risks associated with BYOD. Option A, mobile device tracking program, is a tool that allows the organization to monitor and locate the employees’ mobile devices in case of loss or theft. However, this tool may not prevent or detect other types of security risks, such as malware infection or data breach. Option B, mobile device upgrade program, is a process that ensures that the employees’ mobile devices are running the latest versions of operating systems and applications. However, this process may not address other aspects of security, such as user behavior or data protection. Option C, mobile device testing program, is a method that verifies the functionality and compatibility of the employees’ mobile devices with the organization’s systems and networks. However, this method may not cover all the scenarios or factors that may affect the security of the mobile devices or the organization’s data2.

 An organization’s audit charter primarily describes the auditors’ authority to conduct audits. The audit charter is a formal document that defines the purpose, scope, responsibilities, and reporting relationships of the internal audit function. It also establishes the auditors’ right of access to information, records, personnel, and physical properties relevant to their work. The audit charter provides the basis for the auditors’ independence and accountability to the governing body and senior management. 

After migrating infrastructure to the cloud, it ' s imperative to test the disaster recovery plan (DRP) to ensure its effectiveness in the new environment. Without evidence of DRP testing post-migration, the organization cannot be certain that it can recover and continue operations during a disaster. While updating the DRP and configuring redundancy are essential steps, their effectiveness can only be validated through rigorous testing. Retaining previous infrastructure is less relevant if the cloud environment is properly configured and tested for disaster recovery.

A quality assurance (QA) team is a group of professionals who are responsible for ensuring that the products or services of an organization meet the quality standards and expectations of customers and stakeholders1. A QA team performs various activities, such as:

Planning, designing, and executing quality tests and audits to verify the quality of the products or services1

Identifying, analyzing, and reporting quality issues, defects, or non-conformities1

Recommending and implementing corrective and preventive actions to resolve quality problems and prevent recurrence1

Monitoring and measuring the effectiveness and efficiency of the quality processes and improvements1

Establishing and maintaining quality documentation, records, and reports1

Providing quality training, guidance, and support to the staff and management1

One of the primary responsibilities of a QA team is to implement procedures to facilitate adoption of quality management best practices. Quality management best practices are the methods, techniques, or tools that have been proven to be effective in achieving and maintaining high-quality standards in an organization2. Some examples of quality management best practices are:

Adopting a customer-focused approach that aims to meet or exceed customer requirements and satisfaction2

Implementing a process approach that manages the interrelated activities as a coherent system2

Applying continuous improvement methods that seek to enhance the performance and value of the products or services2

Using evidence-based decision making that relies on factual data and information2

Developing a culture of engagement and empowerment that involves and motivates the people in the organization2

By implementing procedures to facilitate adoption of quality management best practices, a QA team can help the organization achieve the following benefits:

Improve the quality and reliability of the products or services2

Reduce the costs and risks associated with poor quality or non-compliance2

Increase the customer loyalty and retention2

Enhance the reputation and competitiveness of the organization2

Foster a culture of excellence and innovation in the organization2

The other options are not primary responsibilities of a QA team. Creating test data to facilitate the user acceptance testing (UAT) process is a task that can be performed by a QA team, but it is not their main duty. UAT is a process in which the end users test the product or service to ensure that it meets their needs and expectations before it is released or deployed3. A QA team can create test data to simulate real-world scenarios and conditions for UAT, but they are not directly involved in conducting UAT. Managing employee onboarding processes and background checks is not a responsibility of a QA team. Employee onboarding is a process in which new hires are integrated into the organization, while background checks are screenings that verify the identity, credentials, and history of potential employees4. These processes are usually handled by the human resources department or an external agency, not by a QA team. Advising the steering committee on quality management issues and remediation efforts is not a primary responsibility of a QA team. A steering committee is a group of senior executives or managers who provide strategic direction, oversight, and support for a project or program5. A QA team can advise the steering committee on quality management issues and remediation efforts, but they are not accountable for making decisions or implementing actions. Therefore, option D is the correct answer.

The best answer is D.

ISACA guidance on shadow AI and emerging technology risk highlights data breaches, privacy risk, and data leakage as major concerns when employees use unapproved public AI tools. Public cloud AI use can expose sensitive data through prompts, uploads, or output handling, making data leakage the greatest immediate concern from an audit and control perspective.

Option A is a concern because AI outputs can be inaccurate, but poor reliability usually does not create the same immediate confidentiality exposure as leaking internal data. Option B is less severe. Option C can matter in some use cases, but the most significant enterprise risk identified in ISACA’s public guidance is unauthorized disclosure of data.

References (Official ISACA):

ISACA, From Shadow IT to Shadow AI: Navigating the New Frontier of Enterprise Risk.

ISACA, Navigating the Hype and Risk of Emerging Technologies.

ISACA, Collaboration and the New Triad of AI Governance.

AnIT strategymust bealigned with business objectives, not solely based onmarket trends.

Strategic IT Goals Derived Solely from Market Trends (Correct Answer – D)

IT strategy should supportorganizational goals, not justfollow industry trends.

Example:A company investing inAIjust because it’strendy, without considering business needs.

Previous Year’s IT Goals Not Achieved (Incorrect – A)

A concern, butdoes not indicate a fundamental strategy flaw.

Target Architecture Defined at a Technical Level (Incorrect – B)

Technical details are important for implementation.

Financial Estimates Included (Incorrect – C)

Cost transparency is agood practice.

The correct answer is A. be protected.

An emergency power-off switch is an important safety control, but it can also create a serious availability risk if activated accidentally or maliciously. Therefore, it should be clearly identifiable to authorized personnel but physically protected from accidental activation. Protection may include a cover, guard, alarm, restricted access, or placement that prevents accidental contact while still allowing emergency use.

Option B is not the best answer because remote accessibility may increase the risk of unauthorized or accidental shutdown. Option C is usually not practical in an emergency, because requiring dual control could delay urgent action. Option D is incorrect because emergency controls must be identifiable during a crisis. The key is that they should be identified but protected.

This maps mainly to Protection of Information Assets because physical and environmental controls support the confidentiality, integrity, and availability of information processing facilities. ISACA’s CISA Exam Content Outline includes physical and environmental security controls under protection-related knowledge areas.

A test plan for the BCP is essential to ensure that the plan is effective, updated and aligned with the current business needs and objectives. A change in organizational structure with significant impact to business processes may require a revision of the BCP and a new test plan to validate its adequacy. The lack of a test plan for the BCP for two years indicates a high risk of failure in the event ofa disaster or disruption. Therefore, this should be the auditor’s greatest concern among the given options. References:

ISACA, IT Control Objectives for Sarbanes-Oxley, 4th Edition, section 5.3.21

ISACA, CISA Review Manual, 27th Edition, chapter 5, section 5.42

The IS auditor’s next course of action should be to report this control process weakness to senior management, as it may indicate a lack of oversight and accountability for the reporting system. Read-only users may have access to sensitive or confidential information that should be restricted or monitored. Periodic reviews of read-only users are a good practice to ensure that the access rights are still valid and appropriate for the users’ roles and responsibilities. Reporting this weakness to senior management will also allow them to take corrective actions or implement compensating controls if needed.

Option A is incorrect because reviewing the list of end users and evaluating for authorization is not the IS auditor’s responsibility, but rather the system owner’s or administrator’s. The IS auditor should only verify that such reviews are performed and documented by the responsible parties.

Option C is incorrect because verifying management’s approval for this exemption is not sufficient to address the control process weakness. Even if there is a valid reason for not performing periodic reviews of read-only users, the IS auditor should still report this as a potential risk and recommend mitigating controls.

Option D is incorrect because obtaining a verbal confirmation from IT for this exemption is not adequate evidence or documentation. The IS auditor should obtain written approval from management and verify that it is aligned with the organization’s policies and standards.

Here ' s the breakdown, considering

the need for DLP visibility in the cloud:

Verified Answer

C. Employ a cloud access security broker (CASB).

Very Short Explanation

CASBs are specifically designed to enhance visibility and control over cloud-based data. They can monitor data flows, enforce security policies, and often have DLP capabilities built-in, making them the ideal solution in this scenario.

References

ISACA Resources (Glossary): Definitions of Cloud Access Security Broker (CASB) highlight their role in cloud security and governance.

Industry Research (Gartner, etc.): Research on CASB tools emphasizes their ability to address visibility and control challenges for cloud data.

Asset life cycle management is a technique of asset management where facility managers maximize the usable life of assets throughplanning, purchasing, using, maintaining, and disposing of assets1. The mainaim of assetlife cycle management is to reduce costs and increase productivity by optimizing the performance, reliability, and lifespan of assets2. Asset life cycle management can help prevent the situation of having unused applications by ensuring that the applications are aligned with the business needs, objectives, and strategies, and that they are regularly reviewed, updated, or retired as necessary3.

The other options are not as effective as asset life cycle management for preventing unused applications. A formal request for proposal (RFP) process is a method of soliciting bids from potential vendors or suppliers for a project or service. A RFP process can help select the best application for a specific requirement, but it does not ensure that the application will be used or maintained throughout its lifecycle. Business case development procedures are a set of steps that involve defining the problem, analyzing the alternatives, and proposing a solution for a project or initiative. Business case development procedures can help justify the need and value of an application, but they do not guarantee that the application will be utilized or supported after its implementation. An information asset acquisition policy is a document that outlines the rules and standards for acquiring information assets such as applications. An information asset acquisition policy can help ensure that the applications are acquired in a consistent and compliant manner, but it does not address how the applications will be managed or disposed of after their acquisition.

Shadow IT often arises when approved software does not meet user requirements (Option D), leading employees to seek alternative solutions.

ISACA CISA Reference: IT governance frameworks stress the need for user-centric IT policies to mitigate shadow IT risks.

Risk Implication: Shadow IT introduces security vulnerabilities, compliance risks, and potential data breaches.

 Write access to production program libraries presents the greatest risk when granted to a new member of the system development staff. Production program libraries contain executable code that runs on live systems and supports critical business functions. Write access allows a user to modify or delete existing programs, or add new programs to the library. If a user were to make unauthorized or erroneous changes to production programs, it could cause serious disruptions, errors, or security breaches in the organization’s operations. Therefore, writeaccess to production program libraries should be restricted to authorized personnel only, and subject to strict change management controls.