New Release CGEIT Isaca Certification Questions

An operational risk assessment is the most effective way of assessing enterprise risk, as it evaluates the potential losses and impacts that may arise from inadequate or failed internal processes, people, systems, or external events. An operational risk assessment also helps to identify and prioritize the key risk indicators (KRIs), risk scenarios, and mitigation strategies for the enterprise12. References := CGEIT Exam Content Outline, Domain 4, Subtopic B: IT Risk Management, Task 1: Ensure that an IT risk management framework exists to identify, analyze, mitigate, manage, monitor, and communicate IT-related business risk, and that the framework for IT risk management is in alignment with the enterprise risk management (ERM) framework.

 Process owners are responsible for ensuring the regular review of quality management performance against defined quality metrics, as they are accountable for the design, implementation and improvement of the processes they own. Risk management team, internal auditors and executive management have other roles and responsibilities in relation to quality management, such as providing assurance, oversight and direction. References: : CGEIT Review Manual (Digital Version), Chapter 3: Benefits Realization, Section 3.2: IT Investment Management, Subsection 3.2.4: IT Investment Management Process, Page 104 : CGEIT Review Manual (Digital Version), Chapter 3: Benefits Realization, Section 3.4: Quality Management, Subsection 3.4.1: Quality Management Overview, Page 120

 Loss of data confidentiality represents the greatest risk for a large financial institution that is considering outsourcing customer call center operations, as it would expose sensitive customer and business information to unauthorized access, disclosure, or misuse by the chosen vendor or other third parties. Data confidentiality is especially important for financial institutions, as they deal with personal, financial, and transactional data that are subject to strict regulatory and legal requirements, such as the General Data Protection Regulation (GDPR) and the Payment Card Industry Data Security Standard (PCI DSS). A breach of data confidentiality could result in reputational damage, customer dissatisfaction, legal liability, and financial loss for the financial institution. The other options are not as great, as they are more related to the operational or performance aspects of outsourcing, rather than the security or compliance aspects of it. References: : CGEIT Review Manual (Digital Version), Chapter 4: Risk Optimization, Section 4.3: IT Risk Management, Subsection 4.3.1: IT Risk Management Overview, Page 153 : CGEIT Review Manual (Digital Version), Chapter 5: Resource Optimization, Section 5.3: Security Resource Management, Subsection 5.3.1: Security Resource Management Overview, Page 192 : Offshore bank call centers face risks around privacy, resilience amid COVID-191 : Call Center Outsourcing Risks and How to Mitigate Them

Enterprise architecture (EA) is a discipline that defines and organizes the components, relationships, principles, and standards of an organization’s IT environment. EA can help to align IT with business strategy and objectives, optimize IT performance and value, and manage IT complexity and change12.

One of the benefits of EA is that it can help to address the concern of duplicate IT applications and services across an enterprise. EA can help to identify and eliminate the redundancies, inconsistencies, and inefficiencies in the IT landscape, by providing a holistic and integrated view of the current and future state of IT. EA can also help to rationalize and consolidate the IT applications and services, by establishing a common framework, taxonomy, and governance for IT decision making. EA can also help to improve the integration and interoperability of IT applications and services, by defining the interfaces, protocols, and standards for data exchange123.

Some examples of how EA can help to address the concern of duplicate IT applications and services are:

• EA can help to conduct an inventory and assessment of the existing IT applications and services, to determine their purpose, scope, functionality, quality, cost, and value. EA can also help to compare and contrast the IT applications and services across different business units, to identify the overlaps, gaps, or conflicts among them4.
• EA can help to define and prioritize the business needs and requirements for IT applications and services, to ensure that they support the business goals and processes. EA can also help to evaluate and select the best IT solutions for each business need, based on criteria such as feasibility, suitability, scalability, security, compliance, etc5.
• EA can help to design and implement a target IT architecture that eliminates or minimizes the duplicate IT applications and services, by using approaches such as application portfolio management (APM), service-oriented architecture (SOA), or cloud computing. EA can also help to plan and execute a migration strategy that ensures a smooth transition from the current to the target state .
• EA can help to monitor and control the IT applications and services, by using metrics, indicators, and reports to measure their performance, availability, reliability, quality, and value. EA can also help to review and update the IT applications and services regularly, by using feedback mechanisms and continuous improvement practices .

References:

What is Enterprise Architecture? Definition & Frameworks. Enterprise Architecture: Definition & Best Practices. How Enterprise Architecture Can Help You Eliminate Technical Debt. Application Inventory: Definition & Best Practices. Business Requirements: Definition & Best Practices. [Application Portfolio Management: Definition & Best Practices]. [Service-Oriented Architecture: Definition & Benefits]. [IT Performance Management: Definition & Best Practices]. [Continuous Improvement: Definition & Best Practices].