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Contents of ISO/IEC 27002:2013
In more detail, here is a breakdown summarizing the standard’s 19 sections or chapters (21 if you include the unnumbered foreword and bibliography). Click the diagram to jump to the relevant description.
Briefly mentions ISO/IEC JTC1/SC 27, the committee that wrote the standard, and notes that this “second edition cancels and replaces the first edition (ISO/IEC 27002:2005), which has been technically and structurally revised”.
This lays out the background, mentions three origins of information security requirements, notes that the standard offers generic and potentially incomplete guidance that should be interpreted in the organization’s context, mentions information and information system lifecycles, and points to ISO/IEC 27000 for the overall structure and glossary for ISO27k.
The standard gives recommendations for those who are responsible for selecting, implementing and managing information security. It may or may not be used in support of an ISMS specified in ISO/IEC 27001 .
ISO/IEC 27000 is the only standard considered absolutely indispensable for the use of ISO/IEC 27002. However, various other standards are mentioned in the standard, and there is a bibliography.
All the specialist terms and definitions are now defined in ISO/IEC 27000 and most apply across the entire ISO27k family of standards.
Security control clauses
Of the 21 sections or chapters of the standard, 14 specify control objectives and controls. These 14 are the ‘security control clauses’.
There is a standard structure within each control clause: one or more first-level subsections, each one stating a control objective, and each control objective being supported in turn by one or more stated controls, each control followed by the associated implementation guidance and, in some cases, additional explanatory notes. The amount of detail is responsible for the standard being nearly 90 A4 pages in length.
ISO/IEC 27002 specifies some 35 control objectives (one per ’security control category’) concerning the need to protect the confidentiality, integrity and availability of information.
The control objectives are at a fairly high level and, in effect, comprise a generic functional requirements specification for an organization’s information security management architecture.
Few professionals would seriously dispute the validity of the control objectives, or, to put that another way, it would be difficult to argue that an organization need not satisfy the stated control objectives in general. However, some control objectives are not applicable in every case and their generic wording is unlikely to reflect the precise requirements of every organization, especially given the very wide range of organizations and industries to which the standard applies. This is why ISO/IEC 27001 requires the SoA (Statement of Applicability), laying out unambiguously which information security controls are or are not required by the organization, as well as their implementation status.
Each of the control objectives is supported by at least one control, giving a total of 114. However, the headline figure is somewhat misleading since the implementation guidance recommends numerous actual controls in the details.
The control objective relating to the relatively simple sub-subsection 9.4.2 “Secure log-on procedures”, for instance, is supported by choosing, implementing and using suitable authentication techniques, not disclosing sensitive information at log-on time, data entry validation, protection against brute-force attacks, logging, not transmitting passwords in clear over the network, session inactivity timeouts, and access time restrictions. Whether you consider that to be one or several controls is up to you. It could be argued that ISO/IEC 27002 recommends literally hundreds of distinct information security controls, although some support multiple control objectives, in other words some controls have several purposes.
Furthermore, the wording throughout the standard clearly states or implies that this is not a totally comprehensive set. An organization may have slightly different or completely novel information security control objectives, requiring other controls (sometimes known as ‘extended control sets’) in place of or in addition to those stated in the standard.
5.1 Management direction for information security
Management should define a set of policies to clarify their direction of, and support for, information security. At the top level, there should be an overall “information security policy” as specified in ISO/IEC 27001 section 5.2.
6.1 Internal organization
The organization should lay out the roles and responsibilities for information security, and allocate them to individuals. Where relevant, duties should be segregated across roles and individuals to avoid conflicts of interest and prevent inappropriate activities. There should be contacts with relevant external authorities (such as CERTs and special interest groups) on information security matters. Information security should be an integral part of the management of all types of project.
6.2 Mobile devices and teleworking
There should be security policies and controls for mobile devices (such as laptops, tablet PCs, wearable ICT devices, smartphones, USB gadgets and other Boys Toys) and teleworking (such as telecommuting, working-from home, road-warriors, and remote/virtual workplaces). [I don’t know how this ended up under section 6, but here it is.]
7.1 Prior to employment
Information security responsibilities should be taken into account when recruiting permanent employees, contractors and temporary staff ( e.g. through adequate job descriptions, pre-employment screening) and included in contracts (e.g. terms and conditions of employment and other signed agreements defining security roles and responsibilities, compliance obligations etc.).
7.2 During employment
Managers should ensure that employees and contractors are made aware of and motivated to comply with their information security obligations. A formal disciplinary process is necessary to handle information security incidents allegedly caused by workers.
7.3 Termination and change of employment
Security aspects of a person’s departure from the organization, or significant changes of roles within it, should be managed, such as returning corporate information and equipment in their possession, updating their access rights, and reminding them of their ongoing obligations under privacy and intellectual property laws, contractual terms etc. plus ethical expectations.
8.1 Responsibility for assets
All information assets should be inventoried and owners should be identified to be held accountable for their security. ‘Acceptable use’ policies should be defined, and assets should be returned when people leave the organization.
8.2 Information classification
Information should be classified and labelled by its owners according to the security protection needed, and handled appropriately.
8.3 Media handling
Information storage media should be managed, controlled, moved and disposed of in such a way that the information content is not compromised.
9.1 Business requirements of access control
The organization’s requirements to control access to information assets should be clearly documented in an access control policy and procedures. Network access and connections should be restricted.
9.2 User access management
The allocation of access rights to users should be controlled from initial user registration through to removal of access rights when no longer required, including special restrictions for privileged access rights and the management of passwords (now called “secret authentication information”) plus regular reviews and updates of access rights.
9.3 User responsibilities
Users should be made aware of their responsibilities towards maintaining effective access controls e.g. choosing strong passwords and keeping them confidential.
9.4 System and application access control
Information access should be restricted in accordance with the access control policy e.g. through secure log-on, password management, control over privileged utilities and restricted access to program source code.
10.1 Cryptographic controls
There should be a policy on the use of encryption, plus cryptographic authentication and integrity controls such as digital signatures and message authentication codes, and cryptographic key management.
11.1 Secure areas
Defined physical perimeters and barriers, with physical entry controls and working procedures, should protect the premises, offices, rooms, delivery/loading areas etc. against unauthorized access. Specialist advice should be sought regarding protection against fires, floods, earthquakes, bombs etc.
“Equipment” (meaning ICT equipment, mostly) plus supporting utilities (such as power and air conditioning) and cabling should be secured and maintained. Equipment and information should not be taken off-site unless authorized, and must be adequately protected both on and off-site. Information must be destroyed prior to storage media being disposed of or re-used. Unattended equipment must be secured and there should be a clear desk and clear screen policy.
12.1 Operational procedures and responsibilities
IT operating responsibilities and procedures should be documented. Changes to IT facilities and systems should be controlled. Capacity and performance should be managed. Development, test and operational systems should be separated.
12.2 Protection from malware
Malware controls are required, including user awareness.
Appropriate backups should be taken and retained in accordance with a backup policy.
12.4 Logging and monitoring
System user and administrator/operator activities, exceptions, faults and information security events should be logged and protected. Clocks should be synchronized.
12.5 Control of operational software
Software installation on operational systems should be controlled.
12.6 Technical vulnerability management
Technical vulnerabilities should be patched, and there should be rules in place governing software installation by users.
12.7 Information systems audit considerations
IT audits should be planned and controlled to minimize adverse effects on production systems, or inappropriate data access.
13.1 Network security management
Networks and network services should be secured, for example by segregation.
13.2 Information transfer
There should be policies, procedures and agreements (e.g. non-disclosure agreements) concerning information transfer to/from third parties, including electronic messaging.
14.1 Security requirements of information systems
Security control requirements should be analyzed and specified, including web applications and transactions.
14.2 Security in development and support processes
Rules governing secure software/systems development should be defined as policy. Changes to systems (both applications and operating systems) should be controlled. Software packages should ideally not be modified, and secure system engineering principles should be followed. The development environment should be secured, and outsourced development should be controlled. System security should be tested and acceptance criteria defined to include security aspects.
Note: there is a typo in 14.2.8: the reference to section 14.1.9 should read 14.2.9. See the status update below, or technical corrigendum 2 for the official correction.
14.3 Test data
Test data should be carefully selected/generated and controlled.
15.1 Information security in supplier relationships
There should be policies, procedures, awareness etc. to protect the organization’s information that is accessible to IT outsourcers and other external suppliers throughout the supply chain, agreed within the contracts or agreements.
15.2 Supplier service delivery management
Service delivery by external suppliers should be monitored, and reviewed/audited against the contracts/agreements. Service changes should be controlled. [Exactly the same point applies to services delivered by internal suppliers, by the way!]
16.1 Management of information security incidents and improvements
There should be responsibilities and procedures to manage (report, assess, respond to and learn from) information security events, incidents and weaknesses consistently and effectively, and to collect forensic evidence.
17.1 Information security continuity
The continuity of information security should be planned, implemented and reviewed as an integral part of the organization’s business continuity management systems.
IT facilities should have sufficient redundancy to satisfy availability requirements.
18.1 Compliance with legal and contractual requirements
The organization must identify and document its obligations to external authorities and other third parties in relation to information security, including intellectual property, [business] records, privacy/personally identifiable information and cryptography.
18.2 Information security reviews
The organization’s information security arrangements should be independently reviewed (audited) and reported to management. Managers should also routinely review employees’ and systems’ compliance with security policies, procedures etc. and initiate corrective actions where necessary.
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Note: Closed Circuit Television Cameras (CCTV) are used to monitor and record images of what takes place in specific locations in real time. The images collected are sent to a monitor and recorded on video tape or as digital information. The cameras can be fixed or set to scan an area or they can be operated by controllers. Monitors can be watched by controllers or left unmonitored. The recorded information can be stored and/or reviewed by those who have access to the recordings at their convenience.