What sets ISO 27002 apart from other cybersecurity standards?
- The SOC 2
- Jun 3
- 4 min read

In today's rapidly evolving threat landscape, organizations require robust foundations for their information security strategies. Among the multitude of cybersecurity frameworks available, ISO 27002 stands out thanks to its comprehensive nature and pragmatic approach. Let's explore what makes this standard unique and examine the benefits it offers to organizations that implement it.
The role of ISO 27002 in the security standards ecosystem
ISO 27002 serves as a comprehensive repository of best practices and guidelines for information security controls. While ISO 27001 outlines the requirements for an Information Security Management System (ISMS), ISO 27002 takes a more practical approach by detailing how to implement specific security controls. This complementary function represents the core value of the standard.
The 2022 update brought significant changes, including renaming the document to "Information security, cybersecurity and privacy protection – Information security controls." This new title reflects its expanded scope and holistic approach to data protection, acknowledging both the evolution of digital threats and the need for comprehensive security strategies.
A streamlined control architecture
Perhaps the most striking change in ISO 27002:2022 is the reorganization of security controls. The standard streamlined its structure by reducing the number of controls from 114 to 93, while organizing them into four key categories:
Organizational controls (37 controls)
People controls (8 controls)
Physical controls (14 controls)
Technological controls (34 controls)
Far from being merely cosmetic, this restructuring embodies a modern, holistic approach to information security where technical, human, physical, and organizational aspects work in concert. Security professionals highlight that this structure significantly simplifies the implementation and management of controls across organizations of all sizes.
The groundbreaking attribute system
One of the truly innovative features of ISO 27002:2022 is its attribute system. This forward-thinking approach allows organizations to efficiently tailor their control selection to specific industry needs and regulatory requirements.
Each security control now features attributes across five key dimensions:
Control type
Information security properties (CIA model)
Cybersecurity concepts (Identify, Protect, Detect, Respond, Recover)
Operational capabilities
Security domains
As a result, ISO 27002 aligns seamlessly with other frameworks such as the NIST Cybersecurity Framework and CIS Controls, making it considerably easier to map and ensure compliance with various industry requirements. Furthermore, the ability to categorize controls according to different attributes provides organizations with the flexibility to adapt the standard to their unique needs and priorities.
New controls addressing contemporary threats
ISO 27002:2022 introduces 11 new controls that directly target the most pressing challenges in modern cybersecurity:
Threat intelligence (A.5.7) - systematic gathering and analysis of threat information
Cloud security (A.5.23) - comprehensive guidance for secure cloud service utilization
ICT readiness for business continuity (A.5.30) - ensuring technological resilience during crises
Data leakage prevention (A.8.12) - mechanisms for detecting and preventing unauthorized data transfers
Secure coding (A.8.28) - practices for hardening code against vulnerabilities and exploits
These additions clearly distinguish ISO 27002 from other standards by directly addressing emerging threats that have gained prominence in recent years. Additionally, controls such as data masking (A.8.11) and physical security monitoring (A.7.4) address specific needs across various sectors, particularly in financial and healthcare industries where protecting sensitive personal data is paramount.
A flexible implementation approach
Unlike many competing standards, ISO 27002 avoids imposing rigid requirements. Instead, it adopts a flexible, risk-based approach—allowing organizations to determine which controls to implement based on their specific business context and risk profile.
The standard defines a "control" as a measure that either modifies or maintains risk. This subtle yet crucial distinction helps clarify that while an information security policy alone may only maintain risk, actual compliance with that policy actively modifies risk within the organization.
This pragmatic approach enables companies to tailor the standard to their specific requirements without implementing controls that don't apply to their particular situation. Consequently, implementing ISO 27002 becomes both more cost-effective and practically valuable.
The tangible benefits of ISO 27002 implementation
Adopting ISO 27002 guidelines delivers several measurable advantages to organizations. First and foremost, it provides a comprehensive security framework—a detailed set of guidelines and best practices covering diverse aspects of information protection. Additionally, it enables effective risk management by offering tools to identify, assess, and mitigate information security threats.
Moreover, implementing the standard helps strengthen stakeholder trust by demonstrating a commitment to protecting sensitive data, thereby enhancing organizational credibility. The standard also supports compliance with legal and regulatory data protection requirements, which is increasingly important given the proliferation of stringent regulations such as GDPR, NIS2, and DORA.
Another significant advantage is enhanced operational resilience—reducing the likelihood of security incidents that could disrupt business operations. The standard helps organizations prepare for potential threats and minimize their impact, thus ensuring business continuity and operational stability.
In addition, ISO 27002 integrates effectively with other security frameworks, allowing organizations to unify their approach to cybersecurity. This compatibility is particularly valuable for companies operating in environments governed by multiple industry standards.
ISO 27002's relationship with other standards
Unlike ISO 27001, ISO 27002 is not a certifiable standard on its own. Its purpose is to complement ISO 27001 by providing detailed implementation guidance for security controls. This complementary relationship forms the backbone of the entire ISO 27000 family of standards.
While ISO 27001 establishes the framework for planning and designing an information security management system, ISO 27002 translates these concepts into practical applications. This symbiotic relationship means that implementing both standards equips organizations with complete tools for effective information protection.
The restructured control framework will also influence related standards, including ISO 27017 (cloud security), ISO 27701 (privacy), and various national standards that have incorporated existing requirements and guidelines. As a result, organizations utilizing these standards should monitor updates and adapt their approaches accordingly.
Conclusion
ISO 27002, particularly in its 2022 iteration, distinguishes itself among cybersecurity standards through its practical approach, innovative attribute-based structure, and comprehensive set of controls that address contemporary digital challenges.
This standard not only facilitates the development of a resilient information security environment but also evolves alongside the changing threat landscape through regular updates and revisions. For organizations seeking solid cybersecurity foundations, ISO 27002 represents an invaluable resource of best practices and implementation guidelines.
With its flexible nature, risk-focused orientation, and seamless integration with other security frameworks, ISO 27002 warrants special consideration among cybersecurity standards—especially for organizations aiming to cultivate a mature information security culture. Effectively leveraging its guidelines can significantly enhance a company's competitive position while ensuring long-term protection of critical information assets.
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