CISA-KR 문제 221
Data caching is the most likely cause of poor performance, data inconsistency and integrity issues in an IT application, because it involves storing frequently accessed data in a temporary memory location (cache) to reduce the latency and bandwidth consumption of retrieving data from the original source. However, data caching can also introduce problems such as stale data (when the cache is not updated with changes made to the original source), cache coherence (when multiple caches store copies of the same data and need to be synchronized), and cache corruption (when the cache is damaged or tampered with).
Database clustering is not a likely cause of poor performance, data inconsistency and integrity issues, because it involves distributing data across multiple servers or nodes to improve availability, scalability and load balancing of database operations. Database clustering can also enhance data consistency and integrity by using replication and synchronization mechanisms to ensure that all nodes have the same view of the data.
Reindexing of the database table is not a likely cause of poor performance, data inconsistency and integrity issues, because it involves rebuilding or reorganizing indexes on tables or views to improve query performance and reduce fragmentation of index pages. Reindexing can also improve data consistency and integrity by ensuring that indexes reflect the current state of the data in the tables or views.
Load balancing is not a likely cause of poor performance, data inconsistency and integrity issues, because it involves distributing workloads across multiple servers or resources to optimize resource utilization, throughput and response time of applications. Load balancing can also enhance data consistency and integrity by using algorithms and protocols to route requests to the most appropriate server or resource based on availability, capacity and performance.
References:
Data Caching
Database Clustering
Reindexing Database Tables in SQL Server
[Load Balancing]
CISA-KR 문제 222
The best evidence of an IT strategy correction's effectiveness is the synchronization of IT activities with corporate objectives. The IT strategy correction is a process of reviewing and adjusting the IT strategy to ensure that it aligns with and supports the corporate strategy and objectives. The synchronization of IT activities with corporate objectives means that the IT activities are consistent with and contribute to the achievement of the corporate goals and vision. The IS auditor can measure and evaluate the IT strategy correction's effectiveness by comparing the IT activities with the corporate objectives, and assessing whether they are aligned, integrated, and coordinated. The other options are not as good evidence of an IT strategy correction's effectiveness, because they either do not reflect the alignment of IT and business, or they are inputs or outputs of the IT strategy correction process rather than outcomes or results. References: CISA Review Manual (Digital Version)1, Chapter 1, Section 1.2.1
CISA-KR 문제 223
The IS auditor's best course of action in this situation is to determine whether the alternative controls sufficiently mitigate the risk. Alternative controls are different from those originally discussed and agreed with the audit function, but they may still achieve the same objective of addressing the audit issue or reducing the risk to an acceptable level. The IS auditor should evaluate whether the alternative controls are appropriate, effective, and sustainable before closing the audit finding or escalating it to senior management. The other options are not appropriate for resolving this situation, as they do not consider whether the alternative controls are adequate or reasonable. Re-prioritizing the original issue as high risk and escalating to senior management is a drastic step that may undermine the relationship between the auditor and management, and it should be done only after exhausting other means of resolving the issue. Scheduling a follow-up audit in the next audit cycle is unnecessary, as follow-up activities should be performed as soon as possible after management has implemented corrective actions. Postponing follow-up activities and escalating the alternative controls to senior audit management is premature, as follow-up activities should be completed before reporting any findings or recommendations to senior audit management. References: CISA Review Manual (Digital Version), Chapter 2, Section 2.4
CISA-KR 문제 224
An IT balanced scorecard is a strategic management tool that aligns IT objectives with business goals and measures the performance of IT processes using key performance indicators (KPIs). It is the most effective means of monitoring governance of enterprise IT, which is the process of ensuring that IT supports the organization's strategy and objectives. Governance of enterprise IT covers aspects such as IT value delivery, IT risk management, IT resource management, and IT performance measurement. An IT balanced scorecard can help monitor these aspects and provide feedback to improve IT governance. References: ISACA Frameworks: Blueprints for Success, CISA Review Manual (Digital Version)
CISA-KR 문제 225
The best course of action for a security administrator who is called in the middle of the night by the on-call programmer who needs access to the live system is to give the programmer an emergency ID for temporary access and review the activity. This is because:
Requiring that a change request be completed and approved may delay the resolution of the problem and cause further damage or disruption to the system or business operations. A change request is a formal document that describes the proposed change, its rationale, impact, benefits, risks, costs, and approval process. A change request is usually required for planned or scheduled changes, not for emergency or urgent changes.
Giving the programmer read-only access to investigate the problem may not be sufficient or effective, as the programmer may need to perform actions or tests that require write or execute permissions.
Read-only access means that the user can only view or copy data or files, but cannot modify or delete them.
Reviewing activity logs the following day and investigating any suspicious activity may not prevent or detect any unauthorized or malicious actions by the programmer in real time. Activity logs are records of events and actions that occur within a system or network. Activity logs can provide evidence and accountability for system activities, but they are not proactive or preventive controls.
Therefore, giving the programmer an emergency ID for temporary access and reviewing the activity is the best course of action, as it allows the programmer to access the live system and resolve the problem quickly, while also ensuring that the security administrator can monitor and verify the programmer's activity and revoke the access when it is no longer needed. An emergency ID is a temporary account that grants a user elevated privileges or access to a system or resource for a specific purpose and duration. An emergency ID should be:
Created and authorized by a security administrator or manager
Assigned to a specific user and purpose
Limited in scope and time
Logged and audited
Revoked and deleted after use
Some of the best practices for emergency access to live systems are12:
Establish clear policies and procedures for requesting, approving, granting, monitoring, reviewing, and revoking emergency access Define criteria and scenarios for emergency access, such as severity, impact, urgency, and risk Implement controls to prevent unauthorized or unnecessary use of emergency access, such as multifactor authentication, approval workflows, alerts, notifications, and time restrictions Implement controls to track and audit emergency access activities, such as logging, reporting, analysis, and investigation Implement controls to ensure accountability and responsibility for emergency access users, such as attestation, justification, documentation, and feedback
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