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| Section | Objectives |
|---|---|
| Topic 1: Closing the Audit | - Audit reporting and follow-up
|
| Topic 2: Information Security Management System (ISMS) based on ISO/IEC 27001 | - ISO/IEC 27001 requirements (Clauses 4–10)
|
| Topic 3: Planning and Initiating an Audit | - Audit program and planning activities
|
| Topic 4: Conducting an Audit | - Audit execution
|
| Topic 5: Fundamentals of Information Security Auditing | - Audit principles based on ISO 19011
|
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NEW QUESTION # 47
You are conducting an ISMS audit in the despatch department of an international logistics organisation that provides shipping services to large organisations including local hospitals and government offices. Parcels typically contain pharmaceutical products, biological samples, and documents such as passports and driving licences. You note that the company records show a very large number of returned items with causes including mis-addressed labels and, in 15% of company cases, two or more labels for different addresses for the one package. You are interviewing the Shipping Manager (SM).
You: Are items checked before being dispatched?
SH: Any obviously damaged items are removed by the duty staff before being dispatched, but the small profit margin makes it uneconomic to implement a formal checking process.
You: What action is taken when items are returned?
SM: Most of these contracts are relatively low value, therefore it has been decided that it is easier and more convenient to simply reprint the label and re-send individual parcels than it is to implement an investigation.
You raise a nonconformity. Referencing the scenario, which six of the following Appendix A controls would you expect the auditee to have implemented when you conduct the follow-up audit?
Answer: A,D,F,H,I,K
Explanation:
B) 8.12 Data leakage protection. This is true because the auditee should have implemented measures to prevent unauthorized disclosure of sensitive information, such as personal data, medical records, or official documents, that are contained in the parcels. Data leakage protection could include encryption, authentication, access control, logging, and monitoring of data transfers12.
D) 6.3 Information security awareness, education, and training. This is true because the auditee should have ensured that all employees and contractors involved in the shipping process are aware of the information security policies and procedures, and have received appropriate training on how to handle and protect the information assets in their custody. Information security awareness, education, and training could include induction programmes, periodic refreshers, awareness campaigns, e-learning modules, and feedback mechanisms13.
E) 7.10 Storage media. This is true because the auditee should have implemented controls to protect the storage media that contain information assets from unauthorized access, misuse, theft, loss, or damage. Storage media could include paper documents, optical disks, magnetic tapes, flash drives, or hard disks14. Storage media controls could include physical locks, encryption, backup, disposal, or destruction14.
F) 8.3 Information access restriction. This is true because the auditee should have implemented controls to restrict access to information assets based on the principle of least privilege and the need-to-know basis. Information access restriction could include identification, authentication, authorization, accountability, and auditability of users and systems that access information assets15.
I) 7.4 Physical security monitoring. This is true because the auditee should have implemented controls to monitor the physical security of the premises where information assets are stored or processed. Physical security monitoring could include CCTV cameras, alarms, sensors, guards, or patrols16. Physical security monitoring could help detect and deter unauthorized physical access or intrusion attempts16.
J) 5.13 Labelling of information. This is true because the auditee should have implemented controls to label information assets according to their classification level and handling instructions. Labelling of information could include markings, tags, stamps, stickers, or barcodes1 . Labelling of information could help identify and protect information assets from unauthorized disclosure or misuse1 .
Reference:
ISO/IEC 27002:2022 Information technology - Security techniques - Code of practice for information security controls ISO/IEC 27001:2022 Information technology - Security techniques - Information security management systems - Requirements ISO/IEC 27003:2022 Information technology - Security techniques - Information security management systems - Guidance ISO/IEC 27004:2022 Information technology - Security techniques - Information security management systems - Monitoring measurement analysis and evaluation ISO/IEC 27005:2022 Information technology - Security techniques - Information security risk management ISO/IEC 27006:2022 Information technology - Security techniques - Requirements for bodies providing audit and certification of information security management systems
[ISO/IEC 27007:2022 Information technology - Security techniques - Guidelines for information security management systems auditing]
NEW QUESTION # 48
Your organisation is currently seeking ISO/IEC27001:2022 certification. You have just qualified as an Internal ISMS auditor and the ICT Manager wants to use your newly acquired knowledge to assist him with the design of an information security incident management process.
He identifies the following stages in his planned process and asks you to confirm which order they should appear in.
Answer:
Explanation:
Explanation:
Step 1 = Incident logging Step 2 = Incident categorisation Step 3 = Incident prioritisation Step 4 = Incident assignment Step 5 = Task creation and management Step 6 = SLA management and escalation Step 7 = Incident resolution Step 8 = Incident closure The order of the stages in the information security incident management process should follow a logical sequence that ensures a quick, effective, and orderly response to the incidents, events, and weaknesses. The order should also be consistent with the best practices and guidance provided by ISO/IEC 27001:2022 and ISO/IEC 27035:2022. Therefore, the following order is suggested:
Step 1 = Incident logging: This step involves recording the details of the potential incident, event, or weakness, such as the date, time, source, description, impact, and reporter. This step is important to provide a traceable record of the incident and to facilitate the subsequent analysis and response. This step is related to control A.16.1.1 of ISO/IEC 27001:2022, which requires the organization to establish responsibilities and procedures for the management of information security incidents, events, and weaknesses. This step is also related to clause 6.2 of ISO/IEC 27035:2022, which provides guidance on how to log the incidents, events, and weaknesses.
Step 2 = Incident categorisation: This step involves determining the type and nature of the incident, event, or weakness, such as whether it is a hardware issue, network issue, or software issue. This step is important to classify the incident and to assign it to the appropriate resolver or team. This step is related to control A.16.1.2 of ISO/IEC 27001:2022, which requires the organization to report information security events and weaknesses as quickly as possible through appropriate management channels. This step is also related to clause 6.3 of ISO/IEC 27035:2022, which provides guidance on how to categorize the incidents, events, and weaknesses.
Step 3 = Incident prioritisation: This step involves assessing the severity and urgency of the incident, event, or weakness, and classifying it as critical, high, medium, or low. This step is important to prioritize the incident and to allocate the necessary resources and time for the response. This step is related to control A.16.1.3 of ISO/IEC 27001:2022, which requires the organization to assess and prioritize information security events and weaknesses in accordance with the defined criteria. This step is also related to clause 6.4 of ISO/IEC 27035:2022, which provides guidance on how to prioritize the incidents, events, and weaknesses.
Step 4 = Incident assignment: This step involves passing the incident, event, or weakness to the individual or team who is best suited to resolve it, based on their skills, knowledge, and availability.
This step is important to ensure that the incident is handled by the right person or team and to avoid delays or confusion. This step is related to control A.16.1.4 of ISO/IEC 27001:2022, which requires the organization to respond to information security events and weaknesses in a timely manner, according to the agreed procedures. This step is also related to clause 6.5 of ISO/IEC 27035:2022, which provides guidance on how to assign the incidents, events, and weaknesses.
Step 5 = Task creation and management: This step involves identifying and coordinating the work needed to resolve the incident, event, or weakness, such as performing root cause analysis, testing solutions, implementing changes, and documenting actions. This step is important to ensure that the incident is resolved effectively and efficiently, and that the actions are tracked and controlled. This step is related to control A.16.1.5 of ISO/IEC 27001:2022, which requires the organization to apply lessons learned from information security events and weaknesses to take corrective and preventive actions. This step is also related to clause 6.6 of ISO/IEC 27035:2022, which provides guidance on how to create and manage the tasks for the incidents, events, and weaknesses.
Step 6 = SLA management and escalation: This step involves ensuring that any service level agreements (SLAs) are adhered to while the resolution is being implemented, and that the incident is escalated to a higher level of authority or support if a breach looks likely or occurs. This step is important to ensure that the incident is resolved within the agreed time frame and quality, and that any deviations or issues are communicated and addressed. This step is related to control A.16.1.6 of ISO/IEC 27001:2022, which requires the organization to communicate information security events and weaknesses to the relevant internal and external parties, as appropriate. This step is also related to clause 6.7 of ISO/IEC
27035:2022, which provides guidance on how to manage the SLAs and escalations for the incidents, events, and weaknesses.
Step 7 = Incident resolution: This step involves applying a temporary workaround or a permanent solution to resolve the incident, event, or weakness, and restoring the normal operation of the information and information processing facilities. This step is important to ensure that the incident is resolved completely and satisfactorily, and that the information security is restored to the desired level.
This step is related to control A.16.1.7 of ISO/IEC 27001:2022, which requires the organization to identify the cause of information security events and weaknesses, and to take actions to prevent their recurrence or occurrence. This step is also related to clause 6.8 of ISO/IEC 27035:2022, which provides guidance on how to resolve the incidents, events, and weaknesses.
Step 8 = Incident closure: This step involves closing the incident, event, or weakness, after verifying that it has been resolved satisfactorily, and that all the actions have been completed and documented.
This step is important to ensure that the incident is formally closed and that no further actions are required. This step is related to control A.16.1.8 of ISO/IEC 27001:2022, which requires the organization to collect evidence and document the information security events and weaknesses, and the actions taken. This step is also related to clause 6.9 of ISO/IEC 27035:2022, which provides guidance on how to close the incidents, events, and weaknesses.
References:
ISO/IEC 27001:2022, Information technology - Security techniques - Information security management systems - Requirements1 PECB Candidate Handbook ISO/IEC 27001 Lead Auditor2 ISO 27001:2022 Lead Auditor - PECB3 ISO 27001:2022 certified ISMS lead auditor - Jisc4 ISO/IEC 27001:2022 Lead Auditor Transition Training Course5 ISO 27001 - Information Security Lead Auditor Course - PwC Training Academy6 ISO/IEC 27035:2022, Information technology - Security techniques - Information security incident management
NEW QUESTION # 49
You are performing an ISMS audit at a residential nursing home that provides healthcare services. The next step in your audit plan is to verify the information security incident management process. The IT Security Manager presents the information security incident management procedure and explains that the process is based on ISO/IEC 27035-1:2016.
You review the document and notice a statement "any information security weakness, event, and incident should be reported to the Point of Contact (PoC) within 1 hour after identification". When interviewing staff, you found that there were differences in the understanding of the meaning of "weakness, event, and incident".
You sample incident report records from the event tracking system for the last 6 months with summarized results in the following table.
You would like to further investigate other areas to collect more audit evidence. Select two options that will not be in your audit trail.
Answer: B,C
Explanation:
Explanation
According to ISO/IEC 27001:2022, which specifies the requirements for establishing, implementing, maintaining and continually improving an information security management system (ISMS), clause 4.2 requires an organization to determine the needs and expectations of interested parties that are relevant to its ISMS1. This includes identifying the legal, regulatory, contractual and other requirements that apply to its information security activities1. Therefore, collecting more evidence on what the service requirements of healthcare monitoring are may not be relevant to verifying the information security incident management process, as it is not directly related to the audit objective or criteria. This option will not be in the audit trail.
NEW QUESTION # 50
Scenario 4: SendPay is a financial company that provides its services through a network of agents and financial institutions. One of their main services is transferring money worldwide. SendPay, as a new company, seeks to offer top quality services to its clients. Since the company offers international transactions, it requires from their clients to provide personal information, such as their identity, the reason for the transactions, and other details that might be needed to complete the transaction. Therefore, SendPay has implemented security measures to protect their clients' information, including detecting, investigating, and responding to any information security threats that may emerge. Their commitment to offering secure services was also reflected during the ISMS implementation where the company invested a lot of time and resources.
Last year, SendPay unveiled their digital platform that allows money transactions through electronic devices, such as smartphones or laptops, without requiring an additional fee. Through this platform, SendPay's clients can send and receive money from anywhere and at any time. The digital platform helped SendPay to simplify the company's operations and further expand its business. At the time, SendPay was outsourcing its software operations, hence the project was completed by the software development team of the outsourced company.
The same team was also responsible for maintaining the technology infrastructure of SendPay.
Recently, the company applied for ISO/IEC 27001 certification after having an ISMS in place for almost a year. They contracted a certification body that fit their criteria. Soon after, the certification body appointed a team of four auditors to audit SendPay's ISMS.
During the audit, among others, the following situations were observed:
1.The outsourced software company had terminated the contract with SendPay without prior notice. As a result, SendPay was unable to immediately bring the services back in-house and its operations were disrupted for five days. The auditors requested from SendPay's representatives to provide evidence that they have a plan to follow in cases of contract terminations. The representatives did not provide any documentary evidence but during an interview, they told the auditors that the top management of SendPay had identified two other software development companies that could provide services immediately if similar situations happen again.
2.There was no evidence available regarding the monitoring of the activities that were outsourced to the software development company. Once again, the representatives of SendPay told the auditors that they regularly communicate with the software development company and that they are appropriately informed for any possible change that might occur.
3.There was no nonconformity found during the firewall testing. The auditors tested the firewall configuration in order to determine the level of security provided by these services. They used a packet analyzer to test the firewall policies which enabled them to check the packets sent or received in real-time.
Based on this scenario, answer the following question:
Why could SendPay not restore their services back in-house after the contract termination? Refer to scenario 4.
Answer: C
Explanation:
SendPay's inability to restore their services immediately after the contract termination indicates a lack of a comprehensive business continuity plan that addresses the potential impacts of such terminations. This oversight can result in significant operational disruptions, as observed.
References: ISO/IEC 27001:2013 Standard, Clause A.17 (Information security aspects of business continuity management)
NEW QUESTION # 51
You are an experienced ISMS audit team leader guiding an auditor in training. Your team has just completed a third-party surveillance audit of a mobile telecom provider. The auditor in training asks you how you intend to prepare for the Closing meeting. Which four of the following are appropriate responses?
Answer: A,B,F,G
Explanation:
According to ISO 19011:2018, which provides guidelines for auditing management systems, clause 6.6 requires the audit team leader to conduct a closing meeting with the auditee's representatives at the end of the audit to present the audit conclusions and any findings1. The closing meeting should also provide an opportunity for the auditee to ask questions, clarify issues, acknowledge the findings, and comment on the audit process1. Therefore, when preparing for the closing meeting, an ISMS auditor should consider the following actions:
I will advise the auditee that the purpose of the closing meeting is for the audit team to communicate our findings. It is not an opportunity for the auditee to challenge these: This action is appropriate because it reflects the fact that the auditor has followed a systematic and consistent approach to collecting and evaluating audit evidence and reaching audit conclusions. The auditor should advise the auditee that the purpose of the closing meeting is for the audit team to communicate their findings, which are based on objective evidence and professional judgement. The auditor should also explain that it is not an opportunity for the auditee to challenge these findings, as they have already been discussed and confirmed during the audit. However, the auditor should also invite the auditee to ask questions, clarify issues, acknowledge the findings, and comment on the audit process1.
I will schedule a closing meeting with the auditee's representatives at which the audit conclusions will be presented: This action is appropriate because it reflects the fact that the auditor has followed a planned and agreed audit programme and schedule. The auditor should schedule a closing meeting with the auditee's representatives at which the audit conclusions will be presented, in accordance with clause 6.6 of ISO 19011:20181. The auditor should also ensure that the closing meeting is attended by those responsible for managing or implementing the ISMS, as well as any other relevant parties1.
I will discuss any follow-up required with my audit team: This action is appropriate because it reflects the fact that the auditor has followed a risk-based approach to determining and reporting any follow-up actions required by the auditee or the certification body. The auditor should discuss any follow-up required with their audit team, such as verifying corrective actions for nonconformities or conducting a subsequent audit1. The auditor should also document any follow-up actions in the audit report1.
I will review and, as appropriate, approve my teams audit conclusions: This action is appropriate because it reflects the fact that the auditor has followed a rigorous and professional process to reaching and reporting audit conclusions. The auditor should review and, as appropriate, approve their teams audit conclusions, which are based on objective evidence and professional judgement. The auditor should also ensure that their teams audit conclusions are consistent with the audit objectives and scope, and reflect the overall performance and conformity of the ISMS1.
NEW QUESTION # 52
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