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 The business process owner is the person who is responsible for overseeing and managing the business processes and functions that are essential for the organization’s operations and objectives. The business process owner has the most direct and detailed knowledge of the inputs, outputs, dependencies, resources, and performance indicators of the business processes and functions. Therefore, the business process owner is the best person to calculate the recovery time and cost estimates when performing a business impact analysis (BIA), which is a process of identifying and quantifying the potential losses, damages, or consequences that could result from a disruption or an incident that affects the availability, integrity, or confidentiality of the information assets and systems that support the business processes and functions. The recovery time and cost estimates are the measures that indicate the time and money that are needed to resume and restore the normal business operations and functions after the disruption or incident. The recovery time and cost estimates can help to prioritize and protect the critical activities and resources, to allocate the appropriate budget and resources, to implement the necessary controls and measures, and to evaluate the effectiveness and efficiency of the business continuity and disaster recovery plans.

The business continuity coordinator, the senior management, and the information security manager are all important roles in the BIA process, but they are not the best ones to calculate the recovery time and cost estimates. The business continuity coordinator is the person who is responsible for coordinating and facilitating the BIA process, as well as the development, implementation, and maintenance of the business continuity and disaster recovery plans. The business continuity coordinator can help to define and communicate the scope, objectives, and methodology of the BIA, to collect and analyze the data and information from the business process owners and other stakeholders, to report and present the BIA results and recommendations, and to provide feedback and suggestions for improvement and optimization of the BIA and the plans. The senior management is the group of people who have the ultimate authority and accountability for the organization’s strategy, direction, and performance. The senior management can help to approve and support the BIA process and the plans, to provide the strategic guidance and vision for the business continuity and disaster recovery, to allocate the necessary budget and resources, to oversee and monitor the BIA and the plans, and to make the final decisions and approvals. The information security manager is the person who is responsible for ensuring the security of the information assets and systems that support the business processes and functions. The information security manager can help to identify and assess the information security risks and issues that could affect the BIA and the plans, to implement and manage the security controls and measures that are needed to protect and recover the information assets and systems, to coordinate and collaborate with the business process owners and other stakeholders on the security aspects of the BIA and the plans, and to provide the security expertise and advice. References = CISM Review Manual 15th Edition, pages 228-2291; CISM Practice Quiz, question 1722

When a new cybersecurity regulation has been introduced, an information security manager should first consult corporate legal counsel to understand the scope, applicability, and implications of the regulation for the organization. Legal counsel can also advise on the compliance obligations and deadlines, as well as the potential penalties or sanctions for non-compliance. Based on this information, the information security manager can then perform a gap analysis to assess the current state of compliance and identify any areas that need improvement. The information security policy can then be updated accordingly to reflect the new regulatory requirements. References: https://www.isaca.org/credentialing/cism https://www.wiley.com/en-us/CISM+Certified+Information+Security+Manager+Study+Guide-p-9781119801948

A validation of the current firewall rule set is the best method for determining whether a firewall has been configured to provide a comprehensive perimeter defense because it verifies that the firewall rules are consistent, accurate, and effective in allowing or blocking traffic according to the security policies and standards of the organization. A port scan of the firewall from an internal source is not a good method because it does not test the firewall’s behavior from an external perspective, which is more relevant for perimeter defense. A ping test from an external source is not a good method because it only tests the firewall’s availability and responsiveness, not its security or functionality. A simulated denial of service (DoS) attack against the firewall is not a good method because it only tests the firewall’s resilience and performance under high traffic load, not its security or functionality. References: https://www.isaca.org/resources/isaca-journal/issues/2016/volume-4/technical-security-standards-for-information-systems https://www.isaca.org/resources/isaca-journal/issues/2017/volume-2/the-value-of-penetration-testing https://www.isaca.org/resources/isaca-journal/issues/2016/volume-5/security-scanning-versus-penetration-testing

= Patch management is the process of applying updates to software and hardware systems to fix security vulnerabilities and improve functionality. Patch management is one of the best ways to prevent the exploitation of system vulnerabilities, as it reduces the attack surface and closes the gaps that attackers can exploit. Patch management also helps to ensure compliance with security standards and regulations, and maintain the performance and availability of systems.

Intrusion detection is the process of monitoring network or system activities for signs of malicious or unauthorized behavior. Intrusion detection can help to detect and respond to attacks, but it does not prevent them from happening in the first place. Log monitoring is the process of collecting, analyzing and reviewing log files generated by various systems and applications. Log monitoring can help to identify anomalies, errors and security incidents, but it does not prevent them from occurring. Antivirus software is the program that scans files and systems for viruses, malware and other malicious code. Antivirus software can help to protect systems from infection, but it does not prevent the exploitation of system vulnerabilities that are not related to malware.

Therefore, patch management is the best security process to prevent the exploitation of system vulnerabilities, as it addresses the root cause of the problem and reduces the risk of compromise. References = CISM Review Manual, 16th Edition eBook | Digital | English1, Chapter 4: Information Security Program Development and Management, Section 4.3: Information Security Program Resources, Subsection 4.3.1: Information Security Infrastructure and Architecture, Page 204.

Risk management is the most important factor for the effectiveness of an information security program, as it provides a systematic and consistent approach to identify, assess, treat, and monitor the information security risks that could affect the organization’s objectives. Risk management also helps to align the security program with the business strategy, prioritize the security initiatives and resources, and communicate the value of security to the stakeholders.

References = CISM Review Manual 2022, page 3071; CISM Exam Content Outline, Domain 4, Knowledge Statement 4.1

Eradication is the phase of incident response where the incident team removes the threat from the affected systems and restores them to a secure state. If this phase is not successful, the malware may persist or reappear on the systems, causing further damage or compromise. Therefore, eradication is the correct answer.

Data encryption standards are the best information security initiative for creating an enterprise strategy for protecting data across multiple data repositories and different departments because they help to ensure the confidentiality, integrity, and availability of data in transit and at rest. Data encryption is a process of transforming data into an unreadable format using a secret key or algorithm, so that only authorized parties can access and decrypt it. Data encryption standards are the rules or specifications that define how data encryption should be performed, such as the type, strength, and mode of encryption, the key management and distribution methods, and the compliance requirements. Data encryption standards help to protect data from unauthorized access, modification, or theft, as well as to meet the regulatory obligations for data privacy and security. Therefore, data encryption standards are the correct answer.

Unexpected outcomes may arise in production when using only sanitized data for the testing of applications. Sanitized data is data that has been purposely and permanently deleted or modified to prevent unauthorized access or misuse. Sanitized data may not reflect the real characteristics, patterns, or behaviors of the original data, and thus may not be suitable for testing applications that rely on data quality and accuracy. According to NIST, data sanitization methods can affect the usability of data for testing purposes1. The other options are not risks introduced by using sanitized data for testing applications, but rather risks that can be mitigated by using sanitized data. Data loss, data disclosure, and breaches of compliance obligations are possible consequences of using unsanitized data that contains sensitive or confidential information. References: 2: What is Data Sanitization? | Data Erasure Methods | Imperva 3: Data sanitization techniques: Standards, practices, legislation 1: Data sanitization – Wikipedia

Exploit code for one of the vulnerabilities is publicly available presents the greatest concern because it means that anyone can easily exploit the vulnerability and compromise the web application. This increases the risk of data breach, denial of service, or other malicious attacks. Therefore, exploit code for one of the vulnerabilities is publicly available is the correct answer.

 When an organization is aligning its incident response capability with a public cloud service provider, the information security manager’s first course of action should be to review the provider’s incident definitions and notification criteria. This is because the provider’s incident definitions and notification criteria may differ from the organization’s own, and may affect the scope, severity, and urgency of the incidents that need to be reported and handled. By reviewing the provider’s incident definitions and notification criteria, the information security manager can ensure that there is a common understanding and agreement on what constitutes an incident, how it is classified, and when and how it is communicated. This will help to avoid confusion, delays, or conflicts in the incident response process, and to establish clear roles and responsibilities between the organization and the provider. References = CISM Review Manual, 16th Edition, page 1021

Reviewing the provider’s incident definitions and notification criteria is the FIRST course of action when aligning the organization’s incident response capability with a public cloud service provider. This is because the organization needs to understand how the provider defines and classifies incidents, what their roles and responsibilities are, and how they will communicate with the organization in case of an incident. This will help the organization align its own incident response processes and expectations with the provider’s and ensure a coordinated and effective response.

The correct answer is A because a social media policy is primarily intended to protect the organization from reputational, legal, confidentiality, and brand-related risks arising from employee or corporate use of social media. Social media can quickly expose the organization to public criticism, unauthorized disclosures, inappropriate statements, misinformation, privacy violations, and brand damage. While productivity may be affected by social media use, productivity is not usually the most important information security or governance concern. Monitoring employee internet activity may be one method of enforcement, but it is not the main reason for having the policy. Preventing malware is important, but malware risk is normally addressed through technical controls such as web filtering, endpoint protection, and awareness training. A social media policy defines acceptable use, responsibilities, restrictions, approval requirements, and consequences. In CISM terms, policies should address business risk and protect organizational value. Since social media misuse can significantly harm public trust and reputation, protecting the company brand is the best answer.

Initiating incident response is the first course of action for an information security manager when an employee reports the loss of a personal mobile device containing corporate information. This will help to contain the incident, assess the impact, and take appropriate measures to prevent or mitigate further damage. According to ISACA, incident management is one of the key processes for information security governance. Initiating a device reset, disabling remote access, and conducting a risk assessment are possible subsequent actions, but they should be part of the incident response plan. References: 1: Find, lock, or erase a lost Android device - Google Account Help 2: Find, lock, or erase a lost Android device - Android Help 3: Lost or Stolen Mobile Device Procedure - Information Security Office : CISM Practice Quiz | CISM Exam Prep | ISACA : 200 CISM Exam Prep Questions | Free Practice Test | Simplilearn : CISM practice questions to prep for the exam | TechTarget

= The application owner is primarily accountable for the associated task because they are responsible for ensuring that the application meets the business requirements and objectives, as well as the security and compliance standards. The application owner is also the one who defines the roles and responsibilities of the application team, including the security engineer, and oversees the development, testing, deployment, and maintenance of the application. The application owner should work with the cloud provider to address the security vulnerability and mitigate the risk. The information security manager, the data owner, and the security engineer are not primarily accountable for the associated task, although they may have some roles and responsibilities in supporting the application owner. The information security manager is responsible for establishing and maintaining the information security program and aligning it with the business objectives and strategy. The data owner is responsible for defining the classification, usage, and protection requirements of the data. The security engineer is responsible for implementing and testing the security controls and features of the application. References = CISM Review Manual 2023, Chapter 1, Section 1.2.2, page 18; CISM Review Questions, Answers & Explanations Database - 12 Month Subscription, Question ID: 115.

The risk owner (A) is best positioned to approve specific risk treatment options because they are accountable for the business process or asset affected by the risk and ultimately bear the consequences of that decision. CISM clearly distinguishes between roles that advise on risk (e.g., information security manager, risk management function) and those that own and accept risk. Senior management (D) defines risk appetite and tolerance, but day-to-day treatment decisions are delegated to risk owners within those boundaries. Approving treatment options requires an understanding of operational impact, cost, and business value—making the risk owner the appropriate authority.

Performing a bit-by-bit backup of the hard disk using a write-blocking device is the first step to do when a forensic examination of a PC is required, but the PC has been switched off because it helps to create a forensically sound copy of the original evidence without altering or damaging it. A bit-by-bit backup, also known as a physical or raw image, is a complete copy of every bit on the hard disk, including the unallocated or deleted data. A write-blocking device is a hardware or software tool that prevents any write operations to the hard disk, such as updating timestamps or changing file attributes. Performing a bit-by-bit backup of the hard disk using a write-blocking device ensures the integrity and authenticity of the evidence and allows the forensic analysis to be conducted on the duplicate image rather than the original source. Therefore, performing a bit-by-bit backup of the hard disk using a write-blocking device is the correct answer.

The most important information to present to senior management when reporting on the performance of the initiative to mitigate risk associated with ransomware is the cost and associated risk reduction, which means showing the value and effectiveness of the technical and administrative controls in terms of reducing the likelihood and impact of ransomware incidents and data extortion, and comparing them with the investment and resources required to implement and maintain them. The cost and associated risk reduction can help senior management to evaluate the return on investment (ROI) and the alignment with the business objectives and risk appetite of the initiative.

References = Ransomware Risk Management - NIST, #StopRansomware Guide | CISA

Gap analysis is the MOST helpful tool for understanding where to focus efforts when developing an information security strategy for an organization, because it helps to identify the current state and the desired state of the information security governance, and the gaps between them. Gap analysis also helps to prioritize the actions and resources needed to close the gaps and achieve the information security objectives.

References =

CISM Review Manual, 16th Edition, ISACA, 2020, p. 36: “Gap analysis is the process of comparing the current state and the desired state of information security governance and identifying the gaps that need to be addressed.”

CISM Review Manual, 16th Edition, ISACA, 2020, p. 37: “Gap analysis should be performed periodically to assess the effectiveness and efficiency of the information security strategy and program and to identify the areas for improvement.”

CISM domain 1: Information security governance [Updated 2022] - Infosec Resources: “Gap analysis: This is a comparison of the current state of security with the desired state. It helps to identify the gaps in security and prioritize the actions required to close them.”

 A gap analysis is a process of comparing the current state of an organization’s security posture with the desired or required state, and identifying the gaps or discrepancies that need to be addressed. A gap analysis helps to determine the current level of compliance with relevant regulations, standards, and best practices, and to prioritize the actions and resources needed to achieve the desired level of compliance1. A gap analysis should be performed first when developing a security strategy in support of a new service that is subject to regulations, because it provides the following benefits2:

It helps to understand the scope and impact of the new service on the organization’s security objectives, risks, and controls.

It helps to identify the legal, regulatory, and contractual requirements that apply to the new service, and the potential penalties or consequences of non-compliance.

It helps to assess the effectiveness and efficiency of the existing security controls, and to identify the gaps or weaknesses that need to be remediated or enhanced.

It helps to align the security strategy with the business goals and objectives of the new service, and to ensure the security strategy is consistent and coherent across the organization.

It helps to communicate the security requirements and expectations to the stakeholders involved in the new service, and to obtain their support and commitment.

The other options, such as determining security controls for the new service, establishing a compliance program, or hiring new resources to support the service, are not the first steps when developing a security strategy in support of a new service that is subject to regulations, because they depend on the results and recommendations of the gap analysis. Determining security controls for the new service requires a clear understanding of the security requirements and risks associated with the new service, which can be obtained from the gap analysis. Establishing a compliance program requires a systematic and structured approach to implement, monitor, and improve the security controls and processes that ensure compliance, which can be based on the gap analysis. Hiring new resources to support the service requires a realistic and justified estimation of the human and financial resources needed to achieve the security objectives and compliance, which can be derived from the gap analysis. References = 1: What is a Gap Analysis? | Smartsheet 2: CISM Review Manual 15th Edition, page 121 : CISM Review Manual 15th Edition, page 122 : CISM Review Manual 15th Edition, page 123 : CISM Review Manual 15th Edition, page 124 : CISM Review Manual 15th Edition, page 125

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