Pass the PECB ISO 27001 ISO-IEC-27001-Lead-Auditor Questions and answers with ExamsMirror

The following are guidelines to protect your password, except for easy recall use the same password for company and personal accounts; do not share passwords with anyone. Using the same password for company and personal accounts is not a guideline to protect your password, as it increases the risk of compromising your password if one of your accounts is hacked or breached. You should use different and unique passwords for each account, and change them regularly. Sharing passwords with anyone is not a guideline to protect your password, as it reduces the security and accountability of your password. You should keep your password confidential and never disclose it to anyone, even if they claim to be authorized or trustworthy. Don’t use the same password for various company system security access is a guideline to protect your password, as it prevents unauthorized access or misuse of your password if one of the systems is compromised or breached. You should use different and complex passwords for each system, and follow the password policies and standards of the organization. Change a temporary password on first log-on is a guideline to protect your password, as it prevents unauthorized access or misuse of your password if the temporary password is intercepted or leaked. You should change the temporary password to a personal and secure password as soon as possible, and avoid using default or predictable passwords. References: : CQI & IRCA ISO 27001:2022 Lead Auditor Course Handbook, page 43. : [ISO/IEC 27001 LEAD AUDITOR - PECB], page 15.

The following four statements are true according to ISO/IEC 27001’s risk management requirements: 12

The results of risk assessments must be maintained. This is true because clause 8.2.3 of ISO/IEC 27001:2022 requires the organisation to retain documented information of the information security risk assessment process and the results12

ISO/IEC 27001 provides an outline approach for the management of risk. This is true because clause 6.1.2 of ISO/IEC 27001:2022 specifies the general steps for the information security risk management process, which include establishing the risk criteria, assessing the risks, treating the risks, and monitoring and reviewing the risks12

The organisation must produce a risk treatment plan for every business risk identified. This is true because clause 6.1.3 of ISO/IEC 27001:2022 requires the organisation to produce a risk treatment plan that defines the actions to be taken to address the unacceptable risks, the responsibilities, the expected dates, and the resources required12

Risk assessments should be undertaken following significant changes. This is true because clause 8.2.4 of ISO/IEC 27001:2022 requires the organisation to review and update the risk assessment at planned intervals or when significant changes occur12

The following four statements are false according to ISO/IEC 27001’s risk management requirements:

Risk identification is used to determine the severity of an information security risk. This is false because risk identification is used to identify the assets, threats, vulnerabilities, and existing controls that are relevant to the information security risk management process. The severity of an information security risk is determined by the risk analysis, which evaluates the likelihood and impact of the risk scenarios12

The organisation must operate a risk treatment process to eliminate its information security risks. This is false because the organisation can choose from four options to treat its information security risks: avoid, transfer, mitigate, or accept. The organisation does not have to eliminate all its information security risks, but only those that are unacceptable according to its risk criteria12

The initial phase in an organisation’s risk management process should be information security risk assessment. This is false because the initial phase in an organisation’s risk management process should be establishing the risk management framework, which includes defining the risk management policy, objectives, scope, roles, responsibilities, and criteria. The information security risk assessment is the second phase in the risk management process12

Risks assessments should be undertaken at monthly intervals. This is false because there is no fixed frequency for conducting risk assessments in ISO/IEC 27001. The organisation should determine the appropriate intervals for reviewing and updating the risk assessment based on its risk appetite, risk profile, and operational context12

References:

1: ISO/IEC 27001:2022 Lead Auditor (Information Security Management Systems) Course by CQI and IRCA Certified Training 1 2: ISO/IEC 27001 Lead Auditor Training Course by PECB 2

According to ISO/IEC 27001 standards, if the auditee decides to accept the risk instead of implementing corrective actions for a nonconformity, this decision should be justified and documented. Documenting such decisions is essential for maintaining the integrity of the ISMS and for demonstrating that the decision was made based on informed judgment.

References: ISO/IEC 27001:2013, Clause 6.1 (Actions to address risks and opportunities)

The best action to take in this scenario is to determine whether any additional effective arrangements are in place to verify individual access to secure areas, such as CCTV. This action is consistent with the audit principle of evidence-based approach, which requires the auditor to obtain sufficient and appropriate audit evidence to support the audit findings and conclusions1. By verifying the existence and effectiveness of other security controls, the auditor can assess the extent and impact of the nonconformity observed, and determine the appropriate audit finding and recommendation.

The other options are not the best actions to take in this scenario, because they are either premature or inappropriate. For example:

•Option A is inappropriate, because it is not the auditor’s role to suggest specific solutions or improvements to the auditee, but rather to report the audit findings and recommendations based on the audit criteria and objectives2. A large sign in reception may not be an effective or feasible solution to address the issue of tailgating, and it may not reflect the root cause of the problem.

•Option C is premature, because it assumes that the control A.7.1 ‘security perimeters’ is not adequately implemented, without verifying the existence and effectiveness of other security controls that may compensate for the observed nonconformity. The auditor should not jump to conclusions based on a single observation, but rather gather sufficient and appropriate audit evidence to support the audit finding3.

•Option D is premature, because it assumes that the control A.7.6 ‘working in secure areas’ is not adequately implemented, without verifying the existence and effectiveness of other security controls that may compensate for the observed nonconformity. The auditor should not jump to conclusions based on a single observation, but rather gather sufficient and appropriate audit evidence to support the audit finding3.

•Option E is inappropriate, because it is not related to the observed nonconformity, which is about the access control to secure areas, not the information security requirements agreed upon with the supplier. The auditor should not raise a nonconformity based on irrelevant or incorrect audit criteria4.

•Option F is inappropriate, because it is not the auditor’s role to suggest specific solutions or improvements to the auditee, but rather to report the audit findings and recommendations based on the audit criteria and objectives2. Requiring contractors to be accompanied at all times when accessing secure facilities may not be an effective or feasible solution to address the issue of tailgating, and it may not reflect the root cause of the problem.

References: 1: ISO 19011:2018, 5.2; 2: ISO 19011:2018, 6.6; 3: ISO 19011:2018, 6.2; 4: ISO 19011:2018, 6.3; : ISO 19011:2018; : ISO 19011:2018; : ISO 19011:2018; : ISO 19011:2018

An audit finding is the result of the evaluation of the collected audit evidence against audit criteria.

Jack collected mathematical evidence when he identified nonconformities by comparing the number of purchased invoices for software licenses with the software inventory. This type of evidence involves numerical, quantifiable data that highlights discrepancies and supports findings of compliance or non-compliance.

References: ISO/IEC 27001:2013 Standard, general guidelines on auditing

The non-conformity you have identified relates to the organization's failure to implement adequate operational controls to ensure that service and regulatory requirements for data protection are met. This situation is particularly critical given the nature of the items being shipped, which include sensitive medical information and government documents. The fact that 15% of returned parcels have labels for different addresses, potentially exposing sensitive information to incorrect recipients, underscores the lack of effective information security practices.

The best description of the non-conformity, based on the details provided and the requirements of ISO/IEC 27001:2022, particularly clause 8.1 which deals with operational planning and control, would be:

C. The organisation does not have an effective process in place that ensures service requirements and regulatory requirements for data protection are met. Records show that 15% of returned parcels have disclosed information intended for another party to the recipient (which may include sensitive medical information or government department communications) without adequate operational controls to meet information security requirements.

This option accurately captures the essence of the non-conformity by highlighting the lack of effective operational controls to protect sensitive information, leading to potential unauthorized disclosure of information intended for another party. This is a direct violation of information security management principles, particularly those related to the protection of confidentiality and integrity of information as mandated by ISO/IEC 27001:2022.

The scenario described is a classic example of a phishing attack, which is a type of social engineering threat where attackers masquerade as a trustworthy entity in an electronic communication. The goal is to trick individuals into providing sensitive information. This represents an unauthorized action type of threat because it involves an attacker attempting to gain unauthorized access to personal information. References: = This understanding of phishing as a threat is consistent with the principles of information security management systems and is supported by resources that describe phishing attacks and their prevention

Comprehensive and Detailed In-Depth Explanation:

A. Correct Answer:

ISO 19011:2018 allows auditors to report significant issues that impact the audit scope, even if they arise outside the predefined scope.

Security Training Department nonconformities directly affected CloudWebvue's ISMS, justifying its inclusion in the audit report.

B. Incorrect:

Transparency is crucial in audits, and Keith correctly informed the auditee before reporting.

C. Incorrect:

Issues affecting ISMS implementation must be reported, as they pose risks to the certification scope.

Relevant Standard Reference:

ISO 19011:2018 Clause 6.6.1 (Audit Reporting on Nonconformities Outside Scope but with Impact)

Materiality in the context of an audit involves assessing what level of nonconformities or failures, including those related to legal and contractual compliance, would be significant enough to affect the audit conclusions. Costs related to these issues are considered when determining materiality.

References: ISO 19011:2018, Guidelines for auditing management systems