What is ISO/IEC 27001:2022?

ISO/IEC 27001:2022 is the internationally recognized standard for establishing, implementing, maintaining, and continually improving an Information Security Management System (ISMS). It provides organizations with a structured framework for identifying and managing information security risks while protecting the confidentiality, integrity, and availability of data.

As organizations increasingly operate across cloud platforms, distributed applications, data pipelines, and third-party services, information security has become more complex. ISO 27001 helps organizations address these challenges through a risk-based approach that combines governance, policies, processes, and technical controls into a comprehensive security management program.

The 2022 version of the standard includes 93 security controls organized into four categories:

• 37 organizational controls
• 8 people controls
• 14 physical controls
• 34 technological controls

These controls help organizations establish consistent security practices across areas such as risk management, access control, monitoring, incident response, supplier relationships, and cloud service governance.

Information security incidents can disrupt operations, expose sensitive data, damage customer trust, and create regulatory or contractual risks. ISO 27001 provides organizations with a repeatable framework for managing these risks and demonstrating a commitment to security best practices.

Many organizations also use ISO 27001 certification to satisfy customer, partner, supplier, and procurement requirements. Across industries such as healthcare, financial services, manufacturing, technology, and the public sector, ISO 27001 is widely recognized as a benchmark for effective information security management.

For organizations delivering cloud services, SaaS platforms, or data-driven applications, certification can help provide assurance that security risks are being managed through documented and auditable processes.

The 2022 revision modernized the standard to better reflect current technology environments and security challenges.

Among the most significant updates was the reorganization of Annex A controls into four themes that simplify implementation and mapping. The revision also introduced new controls covering areas such as:

• Threat intelligence
• Information security for cloud services
• ICT readiness for business continuity
• Data masking
• Data leakage prevention
• Monitoring activities
• Secure coding

One control that has received particular attention is Control 5.23, Information security for use of cloud services. This control requires organizations to establish governance processes for selecting, using, monitoring, and terminating cloud services throughout their lifecycle.

The update reflects the reality that cloud services now play a central role in most organizations' technology environments and require dedicated oversight beyond traditional IT security practices.

While the framework itself is well established, implementation has become increasingly complex as organizations adopt cloud-native architectures, hybrid environments, and distributed systems.

Distributed infrastructure creates visibility challenges

Modern applications and data platforms often span multiple cloud providers, containers, microservices, APIs, and on-premises systems. Security-relevant information is distributed across numerous tools and environments.

For example, logs and monitoring data may originate from Kubernetes clusters, cloud services, application platforms, databases, and networking infrastructure. Demonstrating effective oversight across these environments can become difficult when information is fragmented across multiple monitoring and security tools.

Evidence collection becomes operationally expensive

One of the most common challenges organizations face is proving that security controls are operating effectively over time.

Audit preparation frequently requires collecting evidence from logging systems, monitoring platforms, cloud providers, security tools, ticketing systems, and governance documentation. As environments grow, gathering and validating this evidence can become a significant operational burden.

Organizations increasingly look for ways to centralize operational visibility and reduce the manual effort associated with compliance reporting and audit preparation.

Technical controls alone are not enough

Organizations often focus heavily on technical safeguards such as encryption, access controls, vulnerability management, and monitoring. While these controls are important, ISO 27001 evaluates the effectiveness of the overall management system.

Successful implementations require documented policies, risk assessments, ownership models, incident response processes, management reviews, and continuous improvement activities. Many organizations discover that governance and process maturity—not technology—represent the largest gaps during certification efforts.

Managing cloud services requires ongoing governance

The introduction of Control 5.23 highlights the growing importance of cloud governance.

Organizations must establish processes for evaluating cloud providers, defining responsibilities within shared responsibility models, monitoring service usage, and ensuring appropriate handling of data throughout the service lifecycle. This often requires coordination between security, engineering, legal, procurement, and business stakeholders.

While ISO 27001 certification depends on organizational governance, observability and security platforms can help support many operational aspects of compliance programs.

Supporting logging and monitoring requirements

Controls such as 8.15 (Logging) and 8.16 (Monitoring activities) require organizations to maintain visibility into system activity and security-relevant events.

Centralized observability platforms can help organizations collect, retain, analyze, and correlate telemetry from applications, infrastructure, cloud services, and security tools. This visibility can support ongoing monitoring efforts while helping teams generate operational evidence for audits and reviews.

Improving cloud governance visibility

Cloud environments are dynamic and constantly changing. Understanding which services exist, how they interact, and where sensitive data flows can be challenging.

Observability platforms can help organizations maintain visibility into cloud resources, dependencies, and service relationships. This information can support governance activities related to cloud service oversight, risk assessment, and operational monitoring.

Strengthening access oversight and audit readiness

Access control remains a foundational component of information security management. Organizations must demonstrate that access is appropriately managed and that changes can be audited when necessary.

Role-based access controls, activity tracking, and audit logging capabilities can help organizations support internal reviews and compliance initiatives while maintaining accountability across teams.

Integrating security into operational workflows

Many organizations are working to reduce the separation between security operations and IT operations. Runtime visibility into applications, infrastructure, and user activity can help security teams understand the operational context of vulnerabilities, misconfigurations, and threats.

By combining observability and security data, organizations can often improve incident response, investigation workflows, and risk management activities while supporting broader compliance objectives.

Dynatrace provides unified observability and security capabilities that can help organizations improve visibility across complex cloud-native and hybrid environments.

Capabilities that may support ISO 27001-related operational activities include:

• Centralized collection and analysis of logs, metrics, traces, and security data
• OpenTelemetry-based telemetry ingestion across diverse technology environments
• Real-time topology mapping and dependency visualization
• Cloud monitoring across AWS, Microsoft Azure, and Google Cloud Platform
• Role-based access controls and audit logging
• Sensitive data protection and masking capabilities
• Application security analytics and runtime threat visibility

While technology alone does not achieve ISO 27001 compliance or certification, centralized observability can help organizations reduce operational complexity, improve monitoring coverage, and simplify evidence collection across distributed environments.

• ISO/IEC 27001:2022 is the international standard for information security management systems (ISMS).
• The framework helps organizations manage information security risks through a combination of governance, processes, and technical controls.
• Modern cloud-native and hybrid environments make compliance more challenging due to distributed infrastructure, shared responsibility models, and fragmented operational data.
• Logging, monitoring, cloud governance, risk management, and access control are important elements of a successful ISO 27001 program.
• Observability platforms can help organizations support compliance efforts by providing centralized visibility, monitoring data, and operational evidence across complex environments.
• ISO 27001 certification ultimately depends on organizational governance, processes, and continuous improvement—not technology alone.

Although ISO 27001 is often associated with certification, its broader value lies in helping organizations establish repeatable, risk-based security practices that improve resilience and reduce operational risk.

As cloud environments continue to increase in scale and complexity, maintaining visibility into systems, services, and data flows becomes increasingly important. By combining strong governance with modern observability and security practices, organizations can strengthen their security posture while making compliance activities more efficient and sustainable over time.