CGEIT Exam Dumps - Certified in the Governance of Enterprise IT Exam

According to the CGEIT exam content outline1, one of the subtopics under the domain of Risk Optimization is “Risk Ownership and Accountability”. This subtopic covers the process of assigning and communicating the roles and responsibilities for risk management to the appropriate stakeholders, such as business owners, process owners, or risk owners. Risk ownership is the best way to enable effective enterprise risk management (ERM), as it ensures that the risks are identified, assessed, treated, monitored, and reported by the people who have the authority, knowledge, and interest to manage them. Risk ownership also fosters a risk-aware culture and promotes accountability and transparency for risk management23.

The other options are not as effective as risk ownership to enable ERM. A risk register is a tool that records and tracks the information about the risks, such as their description, category, impact, likelihood, status, and action plan. A risk register is useful for documenting and communicating the risks, but it does not ensure that the risks are managed properly by the responsible parties4. A risk tolerance is a measure that defines the acceptable level of variation from the expected outcome or objective. A risk tolerance is important for setting the boundaries and criteria for risk management, but it does not guarantee that the risks are aligned with the business strategy and objectives5. A risk training is a program that provides education and awareness on risk management concepts, methods, and tools. A risk training is beneficial for enhancing the skills and competencies of the risk management staff and stakeholders, but it does not ensure that they perform their roles and responsibilities effectively6.

Cost-benefit analysisis the most effective and practical approach for evaluating the value of cybersecurity investments. It allows comparison of expected benefits (risk reduction, incident cost avoidance, compliance) against the costs (investment, operations).

While NPV and IRR are solid financial tools, they are better suited to revenue-generating projects. Cybersecurity's value is often intangible or indirect, making a straightforwardcost-benefit frameworkmore suitable.

The first thing that should be done to address the issue of duplicate support contracts and underutilization of IT services is to review the enterprise IT procurement policy. This is because the IT procurement policy is a document that defines the rules, guidelines, and procedures for acquiring and managing IT products and services in an organization1. A well-designed IT procurement policy can help to:

Align IT procurement with business strategy, objectives, and priorities1

Optimize IT spending and maximize IT value1

Ensure IT quality, security, and compliance1

Avoid IT duplication, waste, and inefficiency1

Define IT roles and responsibilities and assign accountability1

By reviewing the enterprise IT procurement policy, the organization can identify and address any gaps, issues, or inconsistencies that may have led to the problem of business divisions approaching technology vendors for cloud services without proper coordination or approval. The review can also help to update and improve the IT procurement policy to reflect the current and future needs and expectations of the organization and its stakeholders. Some of the best practices for developing an effective IT procurement policy are2:

Involve all relevant stakeholders in the policy development process

Conduct a thorough analysis of the current and future IT requirements

Establish clear criteria and standards for selecting and evaluating IT vendors and services

Implement a robust approval and authorization system for IT purchases

Incorporate risk management and contingency planning into the policy

Communicate and educate the policy to all employees and stakeholders

Monitor and measure the policy implementation and outcomes

The other options, re-negotiating contracts with vendors to request discounts, requiring updates to the IT procurement process, and conducting an audit to investigate utilization of cloud services are not as effective as reviewing the enterprise IT procurement policy for addressing the issue. They are more related to the implementation and execution of the IT procurement policy, rather than its design. They may also be reactive or corrective measures, rather than proactive or preventive ones. They may not address the root cause of the problem, which is the lack of a clear and comprehensive IT procurement policy that guides and governs the acquisition and management of IT products and services in the organization.

Comprehensive and Detailed Explanation:

The CGEIT Review Manual 8th Edition, in its Risk Optimization domain, emphasizes proactive risk management to minimize future risks after incidents. After containing cyber events, understanding their causes is critical to prevent recurrence and reduce business exposure.

Option D: Perform a root cause analysis is the best approach. This involves investigating the underlying reasons for the cyber events (e.g., vulnerabilities, misconfigurations) to identify and remediate weaknesses. For example, a root cause analysis might reveal unpatched systems, leading to improved patch management. The manual likely references COBIT 2019’s APO12-Managed Risk, which includes root cause analysis as a key risk response activity.

Option A: Review the ISP contract is narrow and may not address the root causes of cyber events, which are often internal.

Option B: Purchase cybersecurity insurance mitigates financial impact but doesn’t prevent future incidents.

Option C: Conduct a BIA assesses impact but doesn’t identify causes, making it less immediate for risk reduction.

Double Verification: The answer aligns with COBIT’s risk management processes and the CGEIT domain’s focus on addressing incident causes. Root cause analysis is a standard ISACA practice post-incident.

ISACA CGEIT Review Manual 8th Edition, Domain 4: Risk Optimization (focus on incident response and risk mitigation).

COBIT 2019, APO12-Managed Risk.

ISACA Glossary (for definitions of root cause analysis), available at https://www.isaca.org/resources/glossary.

After receiving recommendations, thefirst logical step is to evaluate the feasibility—this includes assessing alignment with strategic goals, resource availability, risk tolerance, and operational impact.

Implementing or planning without a feasibility assessment may result in impractical or misaligned actions.

Comprehensive and Detailed Explanation:

The CGEIT Review Manual 8th Edition, in its Governance of Enterprise IT domain, addresses vendor management in regulated environments. Third-party audit reports provide independent verification that cloud vendors comply with stringent regulatory requirements (e.g., GDPR, HIPAA), offering evidence of controls and certifications (e.g., SOC 2, ISO 27001). These reports are critical for due diligence. The manual likely references COBIT 2019’s APO10-Managed Vendors, which emphasizes third-party assurance for compliance.

Option A: Stage gate reviews are project management checkpoints, not vendor compliance tools.

Option B: Risk assessment evaluates risks but lacks independent verification.

Option C: Internal audit report assesses internal controls, not vendor compliance.

Double Verification: The answer aligns with COBIT’s APO10 and the CGEIT domain’s focus on vendor governance. Third-party audits are a standard ISACA requirement for vendor compliance.

ISACA CGEIT Review Manual 8th Edition, Domain 1: Governance of Enterprise IT (focus on vendor management).

COBIT 2019, APO10-Managed Vendors.

ISACA Glossary (for definitions of third-party audit), available at https://www.isaca.org/resources/glossary.

Comprehensive and Detailed Explanation:

The CGEIT Review Manual 8th Edition, in its Governance of Enterprise IT domain, covers the governance of information assets, including their management across the entire lifecycle (creation, storage, use, archival, disposal). A life cycle approach ensures that information assets are managed systematically to align with business needs, reduce risks, and optimize resources.

Option D: Overall costs are optimized is the greatest benefit. By governing information assets through their lifecycle, enterprises can minimize costs associated with storage, maintenance, and compliance (e.g., avoiding penalties for improper data retention). For example, the approach identifies redundant data for deletion, optimizes storage solutions, and ensures cost-effective compliance with regulations. The manual likely references COBIT 2019’s BAI09-Managed Assets, which emphasizes lifecycle management to achieve cost efficiency.

Option A: Information availability is improved is a benefit, but it’s not the greatest, as availability is just one aspect of governance (e.g., via access controls).

Option B: Operational costs are maintained is inaccurate, as the goal is to reduce, not merely maintain, costs.

Option C: Compliance with regulatory requirements is ensured is a significant benefit, but cost optimization encompasses compliance (e.g., avoiding fines) and other savings, making it broader.

Double Verification: The answer aligns with COBIT’s focus on asset management and the CGEIT domain’s emphasis on cost-effective governance. Cost optimization is a recurring theme in ISACA’s frameworks for lifecycle management.

ISACA CGEIT Review Manual 8th Edition, Domain 1: Governance of Enterprise IT (focus on information asset management).

COBIT 2019, BAI09-Managed Assets.

ISACA Glossary (for definitions of lifecycle management), available at https://www.isaca.org/resources/glossary.

A product life cycle is the length of time from a product first being introduced to consumers until it is removed from the market. It consists of four or five stages, depending on the source: introduction, growth, maturity, decline, and sometimes development1. A product life cycle information can help the enterprise to estimate the ongoing maintenance costs of IT-enabled business investments, as well as their expected benefits, risks, and returns. By requiring business cases to have product life cycle information, the enterprise can prioritize IT-enabled business investments based on their long-term value and alignment with the enterprise’s objectives2.

A balanced scorecard is a management system that clarifies the strategy and vision of an organization, translating them into action that can be tracked. It uses four perspectives: financial, customer, internal business process, and knowledge, education, and growth3. A balanced scorecard for the IT project portfolio can help the enterprise to measure the performance and value of IT projects, but it does not necessarily consider the ongoing maintenance costs of IT-enabled business investments.

A portfolio manager is a specialized project manager who focuses on IT projects. They are responsible for keeping projects within budget, optimizing time management for IT teams, and allocating resources appropriately4. Establishing a portfolio manager role to monitor and control the IT projects can help the enterprise to manage its IT project portfolio more effectively, but it does not address the issue of prioritizing IT-enabled business investments based on their ongoing maintenance costs.

An enterprise architecture (EA) is a conceptual blueprint that defines the structure and operation of an organization. It describes the current and future state of the organization in terms of its strategy, processes, information systems, and technology infrastructure5. Mandating an EA review with business stakeholders can help the enterprise to align its IT-enabled business investments with its strategic goals and ensure compliance with defined security rules, but it does not solve the problem of considering the ongoing maintenance costs of IT-enabled business investments.