Risk management is the process of identifying, analyzing, evaluating, treating, monitoring, and communicating the risks that may affect the achievement of an organization's objectives. Risk management helps to optimize the risk exposure and performance of the organization, and support the business objectives and strategies. The primary reason to engage business unit managers in risk management processes is to enable better-informed business decisions, which are the decisions that incorporate the risk information and analysis into the strategic and operational choices of the organization. By engaging business unit managers in risk management processes, the organization can ensure that the business unit managers have the insight and understanding of the current and potential risks, their likelihood and impact, their interrelationships and dependencies, and their alignment with the risk appetite and tolerance. This can help the business unit managers to prioritize the risks, allocate the resources, select the risk responses, monitor the risk performance, and evaluate the risk outcomes. References = 5

Key risk indicators (KRIs) are metrics that provide an early warning of increasing risk exposure in various areas of the organization. They help to monitor changes in the level of risk and enable timely actions to mitigate the risk. The most useful information for developing KRIs is the possible causes of materialized risk, which are the factors or events that trigger or contribute to the occurrence of a risk. By identifying the possible causes of materialized risk, an organization can design KRIs that measure the likelihood and impact of the risk, and alert the management when the risk exceeds the acceptable level. References = CRISC Review Manual, 7th Edition, page 101.

The primary goal of conducting a business impact analysis (BIA) as part of an overall continuity planning process is to identify critical business processes and the degree of reliance on support services. A BIA is a process of assessing the potential impact and consequences of a disruption or interruption of the business activities, operations, or functions. A continuity planning process is a process of developing, implementing, and maintaining a plan to ensure the continuity and recovery of the business activities, operations, or functions in the event of a disruption or interruption. The primary goal of conducting a BIA is to identify critical business processes and the degree of reliance on support services, which are the business processes that are essential for the survival and success of the business, and the support services that are required to enable or facilitate the critical business processes, such as IT systems, human resources, facilities, or suppliers. Identifying critical business processes and the degree of reliance on support services helps to determine the priorities and requirements for the continuity and recovery of the business activities, operations, or functions, and to select and implement the appropriate continuity and recovery strategies and solutions.
Obtaining the support of executive management, mapping the business processes to supporting IT and other corporate resources, and documenting the disaster recovery process are not the primary goals of conducting a BIA, as they are either the benefits or the outputs of the BIA process, and they do not address the primary need of assessing the impact and consequences of the business disruption or interruption. References = CRISC Review Manual, 6th Edition, ISACA, 2015, page 50.

Data leakage is the unauthorized or accidental disclosure of sensitive or confidential data to unauthorized parties. Data leakage can cause serious damages or losses to the organization, such as data breaches, fines, lawsuits, reputational harm, or loss of customer trust. Data leakage can occur due to various reasons, such as human errors, malicious attacks, or inadequate controls1.
An organization that uses a vendor to destroy hard drives faces a risk of data leakage, as the vendor may not properly or securely destroy the hard drives, or may access or misuse the data stored on them. The best way to reduce this risk is to use an accredited vendor to dispose of the hard drives, because it means that the vendor:
Has been certified or verified by a reputable or recognized authority or organization, such as ISACA, NAID, or R2, to provide hard drive destruction services Follows the industry standards and best practices for hard drive destruction, such as NIST 800-88 or DoD
5220.22-M, and ensures the compliance with the legal and regulatory requirements, such as HIPAA, PCI DSS, or GDPR Provides a secure and transparent process for hard drive destruction, such as using a specialized shredder, issuing a certificate of destruction, or allowing the customer to witness the destruction Maintains a high level of professionalism and integrity, and does not compromise the confidentiality or security of the customer's data234 The other options are not the best ways to reduce the risk of data leakage, but rather some of the steps or aspects of hard drive destruction. Require the vendor to degauss the hard drives is a step that can help to erase the data on the hard drives by using a strong magnetic field. However,degaussing may not be effective or reliable for some types of hard drives, such as solid state drives (SSDs), and it may not prevent the vendor from accessing or misusing the data before degaussing5. Implement an encryption policy for the hard drives is an aspect that can help to protect the data on the hard drives by using a cryptographic algorithm to make it unreadable without a key. However, encryption may not be sufficient or applicable for some types of data, such as metadata, and it may not prevent the vendor from accessing or misusing the key or the encrypted data6. Require confirmation of destruction from the IT manager is a step that can help to verify that the hard drives have been destroyed by the vendor, and to document the process and the outcome. However, confirmation of destruction may not be accurate or authentic, and it may not prevent the vendor from accessing or misusing the data before destruction7. References = Data Leakage - ISACA Hard Drive Shredding Services | Hard Drive Destruction & Disposal Hard Drive Shredding and Destruction Service | CompuCycle Electronic Destruction & Recycling | Shred Nations Degaussing - ISACA Encryption - ISACA Certificate of Destruction - ISACA
[CRISC Review Manual, 7th Edition]

Preparing a risk response that is aligned to the organization's risk tolerance is the next step after completing a risk assessment and reporting the validated vulnerability findings that require mitigation to the application owner, because it helps to define and implement the appropriate actions to reduce or eliminate the risk, or to prepare for and recover from the potential consequences. A risk response is a strategy or tactic for managing the identified risks, such as avoiding, transferring, mitigating, or accepting the risk. A risk response should be aligned to the organization's risk tolerance, which is the acceptable level of variation from the organization's objectives or expectations. A vulnerability is a weakness or flaw in an IT system or application that can be exploited by a threat or attack to cause harm or damage. A vulnerability finding is a result of a vulnerability assessment, which is a process of identifying and evaluating the vulnerabilities in an IT system or application.
A vulnerability finding requires mitigation, which is a type of risk response that involves applying controls or countermeasures to reduce the likelihood or impact of the risk. Therefore, preparing a risk response that is aligned to the organization's risk tolerance is the next step, as it helps to address the vulnerability findings and to achieve the desired level of risk. Reporting the findings to executive management, reassessing each vulnerability, and conducting a penetration test are all possible steps to perform after preparing a risk response, but they are not the next step, as they depend on the results and approval of the risk response. References = Risk and Information Systems Control Study Manual, Chapter 3, Section 3.4.2, page 103