CISM Exam Dumps - Isaca Certification Questions and Answers

The primary goal of post-incident review (PIR) is continuous improvement. After an incident has been contained, eradicated, and systems recovered, a formal review helps identify:

What went wrong or could have been done better

What controls failed or were missing

How the response process can be improved

The goal is not only to learn from the incident but also to enhance incident response capabilities, update plans, and prevent future occurrences.

“Post-incident reviews are a key activity for improving incident response processes. The goal is continuous improvement and prevention of repeat incidents.”

— CISM Review Manual 15th Edition, Chapter 4: Incident Management, Section: Post-Incident Activities*

While incident documentation and evidence collection are components of the process, they are supportive to the broader strategic objective: learning and improving the overall security posture.

Conducting periodic testing is the best way to ensure the BCP is current because it can validate the effectiveness and efficiency of the BCP, identify any gaps or weaknesses, and provide feedback and recommendations for improvement. Testing can also verify that the BCP reflects the current business environment, processes, and requirements, and that the BCP team members are familiar with their roles and responsibilities.

Alignment to an industry security framework ensures that the organization adopts best practices and standards for security control implementation and maintenance. References = CISM Review Manual, 16th Edition, Domain 1: Information Security Governance, Chapter 1: Establish and Maintain an Information Security Strategy, Section: Information Security Frameworks

A monitoring system for a critical application can help detect and prevent incidents that could affect the availability, integrity, and confidentiality of the application and its data. The impact of downtime could include loss of revenue, reputation, customer satisfaction, and regulatory compliance. Therefore, the cost of implementing the system should be justified by the potential savings from avoiding or minimizing these impacts.

References = CISM Review Manual, 15th Edition, page 173; An Introduction to Metrics, Monitoring, and Alerting; Business-critical applications: What are they and how do you protect them from cyberattack?

Conducting a tabletop exercise is the best method to validate the completeness, accuracy, and awareness of incident response procedures. The CISM Review Manual details that tabletop exercises simulate scenarios, allowing teams to test responses, clarify responsibilities, and reveal gaps in the process in a controlled environment.

 An information security strategy is the most important element to have in place as a basis for developing an effective information security program that supports the organization’s business goals. An information security strategy is a high-level plan that defines the vision, mission, objectives, scope, and principles of information security for the organization1. It also aligns the information security program with the organization’s strategy, culture, risk appetite, and governance framework2. An information security strategy provides the direction, guidance, and justification for the information security program, and ensures that the program is consistent, coherent, and comprehensive3. An information security strategy also helps to prioritize the information security initiatives, allocate the resources, and measure the performance and value of the information security program4.

The other options are not as important as an information security strategy, because they are either derived from or dependent on the strategy. Metrics are used to drive the information security program, but they need to be based on the strategy and aligned with the goals and objectives of the program. Information security policies are the rules and standards that implement the information security strategy and define the expected behavior and responsibilities of the stakeholders. A defined security organizational structure is the way the information security roles and functions are organized and coordinated within the organization, and it should reflect the strategy and the governance model. References = 1: CISM Review Manual 15th Edition, Chapter 1, Section 1.1 2: CISM Review Manual 15th Edition, Chapter 1, Section 1.2 3: CISM Review Manual 15th Edition, Chapter 1, Section 1.3 4: CISM Review Manual 15th Edition, Chapter 1, Section 1.4 : CISM Review Manual 15th Edition, Chapter 1, Section 1.5 : CISM Review Manual 15th Edition, Chapter 1, Section 1.6 : CISM Review Manual 15th Edition, Chapter 1, Section 1.7

Data classification is the sole responsibility of the client organization when adopting a Software as a Service (SaaS) model. Data classification is the process of categorizing data based on its sensitivity, value and criticality to the organization. Data classification helps to determine the appropriate level of protection, access control and retention for different types of data. Data classification is an essential part of data governance and risk management, as it enables the organization to comply with legal and regulatory requirements, protect its intellectual property and reputation, and optimize its data storage and usage costs.

In a SaaS model, the client organization has the least control and responsibility over the cloud infrastructure, platform and application, as these are fully managed by the cloud service provider (CSP). The client organization only has control and responsibility over its own data and users. Therefore, the client organization is responsible for defining and implementing data classification policies and procedures, and ensuring that its data is properly labeled and handled according to its classification level. The client organization is also responsible for educating its users about the importance of data classification and the best practices for data security and privacy.

The other options are not the sole responsibility of the client organization in a SaaS model, as they are either shared with or delegated to the CSP. Host patching, penetration testing and infrastructure hardening are all related to the security and maintenance of the cloud infrastructure and platform, which are the responsibility of the CSP in a SaaS model. The CSP is expected to provide regular updates, patches and fixes to the host operating system, network and application components, and to conduct periodic security assessments and audits to identify and remediate any vulnerabilities or weaknesses in the cloud environment. The client organization may have some responsibility to monitor and verify the CSP’s performance and compliance with the service level agreement (SLA) and the cloud security standards and regulations, but it does not have direct control or access to the cloud infrastructure and platform. References =

Understanding the Shared Responsibilities Model in Cloud Services - ISACA, Figure 1

CISM Review Manual, Chapter 3, page 121

 The role of the information security manager in finalizing contract negotiations with service providers is to ensure that the outsourcing process is aligned with the organization’s information security policies, standards, and objectives. One of the key aspects of this process is to perform a risk analysis on the outsourcing process, which involves identifying, assessing, and mitigating the potential threats and vulnerabilities that may arise from outsourcing activities. A risk analysis can help the information security manager to determine the appropriate level of security controls and requirements for the outsourced process, as well as to monitor and evaluate its performance and compliance. A risk analysis can also help to avoid or minimize legal, financial, reputational, or operational risks associated with outsourcing1. References =

CISM Review Manual (Digital Version), Chapter 6: Information Security Program Management

CISM Review Manual (Print Version), Chapter 6: Information Security Program Management

The answer to the question is C. Risk response scenarios. This is because risk response scenarios are the predefined plans and actions that the organization will take to respond to specific types of incidents, such as cyberattacks, natural disasters, or data breaches. Risk response scenarios should be aligned with the corporate strategy, which defines the vision, mission, goals, and objectives of the organization, and guides the decision-making and resource allocation processes. By aligning the risk response scenarios with the corporate strategy, the organization can ensure that the incident response plan supports the achievement of the desired outcomes and benefits, and minimizes the impact and disruption to the business operations and performance.

Risk response scenarios are the predefined plans and actions that the organization will take to respond to specific types of incidents. Risk response scenarios should be aligned with the corporate strategy, which defines the vision, mission, goals, and objectives of the organization. (From CISM Manual or related resources)

References = CISM Review Manual 15th Edition, Chapter 4, Section 4.2.2, page 2111; CISM domain 4: Information security incident management [2022 update] | Infosec2; A Guide to Effective Incident Management Communications3

Reverse lookups can be used to prevent successful IP spoofing. IP spoofing is a type of attack in which an attacker sends packets with a false source IP address in order to disguise their identity or impersonate another system. By performing reverse lookups on the source IP address of incoming packets, the system can verify that the packets are coming from a trusted source, and any packets with an invalid or spoofed source IP can be discarded. This is an important measure for preventing IP spoofing, and can help to reduce the risk of other types of attacks, such as DoS attacks, session hacking, and phishing attacks.

The correct answer is C because an incident response team can limit impact most effectively when it understands the organization’s operational requirements, including critical systems, business priorities, dependencies, acceptable downtime, data sensitivity, and service restoration needs. Incident response decisions often require balancing containment with business continuity. For example, disconnecting a system may stop an attack but could also interrupt critical operations. Understanding operational requirements enables the team to choose response actions that reduce security impact while minimizing disruption to essential business activities. Senior management’s understanding of risk appetite is important for governance, but the response team needs practical operational knowledge during incidents. Training completion trends are useful for program monitoring, but they do not directly guide impact-limiting decisions during an event. Funding supports capability, but it is not the most immediate consideration during response. CISM incident management emphasizes business impact reduction, coordinated response, prioritization, and restoration of critical services. Therefore, understanding operational requirements is the most important consideration for limiting incident impact.

The primary objective of implementing standard security configurations is to control vulnerabilities and reduce threats from changed configurations. Standard security configurations are the baseline settings and parameters that define the desired security level and functionality of information systems and devices. By implementing standard security configurations, the organization can ensure that the information systems and devices are configured in a consistent and secure manner, and that any deviations or changes from the standard are detected and corrected. This can help to prevent or mitigate potential security incidents caused by misconfigurations, unauthorized modifications, or malicious attacks.

The primary role of an information security manager in a software development project is to assess and approve the security application architecture. The security application architecture is the design and structure of the software application that defines how the application components interact with each other and with external systems, and how the application implements the security requirements, principles, and best practices. The information security manager is responsible for ensuring that the security application architecture is aligned with the organization’s information security policies, standards, and guidelines, and that it meets the business objectives, functional specifications, and user expectations. The information security manager is also responsible for reviewing and evaluating the security application architecture for its completeness, correctness, consistency, and compliance, and for identifying and resolving any security issues, risks, or gaps. The information security manager is also responsible for approving the security application architecture before the software development project proceeds to the next phase, such as coding, testing, or deployment.

References = CISM Review Manual, 16th Edition, Chapter 3: Information Security Program Development and Management, Section: Information Security Program Development, page 1581; CISM Review Questions, Answers & Explanations Manual, 10th Edition, Question 80, page 742.

The correct answer is D because adequate funding demonstrates that senior management is actively supporting the information security strategy with the resources required for implementation and sustainability. A strategy cannot be effective unless it is backed by budget, staffing, tools, training, governance support, and operational capability. Key performance indicators help measure progress, but they do not by themselves prove management commitment. A comprehensive awareness program is valuable, but it may exist without broad strategic support. An efficient incident response program is important, but it represents one part of the overall security program. In CISM, senior management commitment is reflected through sponsorship, direction, resource allocation, accountability, and continuous support. Funding is especially important because it enables security initiatives to be executed and maintained over time. Without adequate resources, even a well-designed strategy may fail. Therefore, adequate funding for the information security program is the best indicator of ongoing senior management commitment.