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| Section | Weight | Objectives |
|---|---|---|
| Planning an ISMS implementation | 15-20% | - Gap analysis and scope definition - Implementation plan and resource allocation - Risk assessment and risk treatment |
| Continual improvement | 5-10% | - Improvement processes - Nonconformity and corrective action |
| Monitoring, measurement and evaluation | 10-15% | - Management review - Performance measurement and internal audit - Compliance evaluation |
| Fundamental principles and concepts of an ISMS | 10-15% | - Structure, requirements and benefits of ISO/IEC 27001 - Concepts of information security, ISMS, risk management - Relationship with ISO/IEC 27002 and other standards |
| Implementing the ISMS | 20-25% | - Applying controls and managing operations - Operational implementation and training - Documentation development |
| Preparation for certification audit | 5-10% | - Addressing audit findings - Audit preparation and evidence gathering - Audit principles and process |
| ISMS requirements and controls | 15-20% | - Control selection and justification - Understanding ISO/IEC 27001 clauses 4–10 - Annex A controls and categories |
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NEW QUESTION # 215
Scenario 7: Incident Response at Texas H&H Inc.
Once they made sure that the attackers do not have access in their system, the security administrators decided to proceed with the forensic analysis. They concluded that their access security system was not designed tor threat detection, including the detection of malicious files which could be the cause of possible future attacks.
Based on these findings. Texas H$H inc, decided to modify its access security system to avoid future incidents and integrate an incident management policy in their Information security policy that could serve as guidance for employees on how to respond to similar incidents.
Based on the scenario above, answer the following question:
Texas H&H Inc. decided to assign an internal expert for their forensic analysis. Is this acceptable? Refer lo scenario 7.
Answer: A
NEW QUESTION # 216
Scenario 3: Socket Inc is a telecommunications company offering mainly wireless products and services. It uses MongoDB. a document model database that offers high availability, scalability, and flexibility.
Last month, Socket Inc. reported an information security incident. A group of hackers compromised its MongoDB database, because the database administrators did not change its default settings, leaving it without a password and publicly accessible.
Fortunately. Socket Inc. performed regular information backups in their MongoDB database, so no information was lost during the incident. In addition, a syslog server allowed Socket Inc. to centralize all logs in one server. The company found out that no persistent backdoor was placed and that the attack was not initiated from an employee inside the company by reviewing the event logs that record user faults and exceptions.
To prevent similar incidents in the future, Socket Inc. decided to use an access control system that grants access to authorized personnel only. The company also implemented a control in order to define and implement rules for the effective use of cryptography, including cryptographic key management, to protect the database from unauthorized access The implementation was based on all relevant agreements, legislation, and regulations, and the information classification scheme. To improve security and reduce the administrative efforts, network segregation using VPNs was proposed.
Lastly, Socket Inc. implemented a new system to maintain, collect, and analyze information related to information security threats, and integrate information security into project management.
Socket Inc. has implemented a control for the effective use of cryptography and cryptographic key management. Is this compliant with ISO/IEC 27001' Refer to scenario 3.
Answer: A
Explanation:
Explanation
According to ISO/IEC 27001:2022, Annex A.8.24, the control for the effective use of cryptography is intended to ensure proper and effective use of cryptography to protect the confidentiality, authenticity, and/or integrity of information. This control can include cryptographic key management, which is the process of generating, distributing, storing, using, and destroying cryptographic keys in a secure manner. Cryptographic key management is essential for ensuring the security and functionality of cryptographic solutions, such as encryption, digital signatures, or authentication.
The standard provides the following guidance for implementing this control:
A policy on the use of cryptographic controls should be developed and implemented.
The policy should define the circumstances and conditions in which the different types of cryptographic controls should be used, based on the information classification scheme, the relevant agreements, legislation, and regulations, and the assessed risks.
The policy should also define the standards and techniques to be used for each type of cryptographic control, such as the algorithms, key lengths, key formats, and key lifecycles.
The policy should be reviewed and updated regularly to reflect the changes in the technology, the business environment, and the legal requirements.
The cryptographic keys should be managed through their whole lifecycle, from generation to destruction, in a secure and controlled manner, following the principles of need-to-know and segregation of duties.
The cryptographic keys should be protected from unauthorized access, disclosure, modification, loss, or theft, using appropriate physical and logical security measures, such as encryption, access control, backup, and audit.
The cryptographic keys should be changed or replaced periodically, or when there is a suspicion of compromise, following a defined process that ensures the continuity of the cryptographic services and the availability of the information.
The cryptographic keys should be securely destroyed when they are no longer required, or when they reach their end of life, using methods that prevent their recovery or reconstruction.
References:
ISO/IEC 27001:2022 Lead Implementer Course Guide1
ISO/IEC 27001:2022 Lead Implementer Info Kit2
ISO/IEC 27001:2022 Information Security Management Systems - Requirements3 ISO/IEC 27002:2022 Code of Practice for Information Security Controls4 Understanding Cryptographic Controls in Information Security5
NEW QUESTION # 217
What should an organization demonstrate through documentation?
Answer: C
NEW QUESTION # 218
Scenario 10: NetworkFuse develops, manufactures, and sells network hardware. The company has had an operational information security management system (ISMS) based on ISO/IEC 27001 requirements and a quality management system (QMS) based on ISO 9001 for approximately two years. Recently, it has applied for a j
P.S. Free 2026 PECB ISO-IEC-27001-Lead-Implementer dumps are available on Google Drive shared by Pass4sures: https://drive.google.com/open?id=1TAe_oIX1UnnRZsUO654_ztWao5ZjS04Z