Cloud computing — Part 1: Vocabulary – ISO/IEC 22123-1:2023
This standard serves as the definitive consolidated and harmonized cloud computing lexicon that standardizes terminology across all cloud computing standards. This comprehensive standard works to eliminate confusion and enhance collaboration by providing consistent terms and definitions across ISO, IEC, and other Standards Development Organizations. A clear, shared language serves as the foundation for effective communication and successful standards adoption, ensuring alignment among all stakeholders while minimizing misinterpretations in policy, procurement, and technical integration throughout the expansive cloud ecosystem. The standard’s unified approach to terminology has become instrumental in facilitating clearer understanding and more efficient implementation of cloud computing technologies across global organizations.
Cloud computing — Part 2: Concepts – ISO/IEC 22123-2:2023
Deepen your understanding of cloud computing with this standard, which establishes a comprehensive understanding of cloud computing fundamentals, detailing essential characteristics, deployment models (including public, private, hybrid, and community clouds), and the intricate relationships between various roles and parties in the cloud ecosystem. Building upon the standardized terminology established in Part 1 and working in concert with Part 3’s reference architecture, this cornerstone document serves as an authoritative guide for organizations at any stage of their cloud adoption journey. The standard provides critical insights that enable stakeholders to develop robust technical strategies, enhance interoperability between cloud services, and make well-informed decisions in an ever-evolving global cloud computing landscape.
Cloud computing — Part 3: Reference architecture – ISO/IEC 22123-3:2023
Gain a powerful blueprint for designing and evaluating cloud services through the definitive Cloud computing reference architecture (CCRA) that defines the essential building blocks, components, and relationships within cloud computing systems. CCRA provides a framework that defines essential architectural viewpoints for understanding and implementing cloud computing systems. The standard focuses on two primary views: the user view, which addresses the relationships between parties, roles, activities, and cross-cutting aspects; and the functional view, which organizes cloud computing capabilities into four distinct layers – user, access, service, and resource. CCRA serves as a technology-neutral reference point that defines what cloud services provide and how components interact, enabling stakeholders to understand operational intricacies, compare cloud services, and develop system-specific architectures using a common framework. This foundational document supports the broader cloud computing standardization effort by facilitating consistent understanding across the international community while maintaining flexibility for various implementation approaches.
Cloud computing — Concepts for multi-cloud and the use of multiple cloud services – ISO/IEC 5140:2024
Navigate the foundational concepts and framework for understanding cloud computing environments that involve multiple cloud service providers (CSPs). The standard defines and differentiates between various multiple-CSP deployment models, including multi-cloud (both CSC-mediated and CSP-connected), federated cloud, hybrid cloud, and inter-cloud. It elaborates on how cloud service customers (CSCs) can create solutions using services from multiple CSPs to enhance availability, resilience, fault-tolerance, and geographic reach, while addressing the inherent challenges of increased complexity in management, integration, and security. The standard provides detailed guidance on the interactions between parties, the responsibilities of each entity, and the considerations for implementing effective multi-CSP cloud solutions, serving as an essential reference for organizations planning to leverage multiple cloud services in their IT infrastructure.
Cloud computing — Interoperability and portability – ISO/IEC 19941:2017
This standard is a key to unlocking true flexibility in cloud environments, defining the essential principles and mechanisms for seamless interaction and movement of data and services between different cloud systems. In today’s multi-cloud world, it’s crucial for organizations to avoid vendor lock-in; this standard empowers you to reduce migration risks and foster a competitive, adaptable cloud ecosystem, ensuring your data and applications are always where you need them, when you need them.
Cloud computing and distributed platforms Data flow, data categories and data use — Part 1: Fundamentals – ISO/IEC 19944-1:2020
Gain a foundational understanding of how data flows within cloud and distributed platforms, with this standard establishing a structured approach to defining data types, flows, and usage patterns. In an era dominated by privacy and compliance concerns, transparency in data handling is paramount; this standard provides a vital framework for organizations to effectively manage data responsibilities across cloud service agreements, fostering better governance and building trust.
Cloud computing and distributed platforms — Data sharing agreement (DSA) framework – ISO/IEC 23751:2022
Unlock the power of secure and structured data collaboration with this comprehensive framework for developing and managing data sharing agreements across distributed platforms. As data sharing becomes the bedrock of innovation in fields like AI and smart cities, this standard guides organizations in establishing clear and secure terms, ensuring compliance and protection in complex multi-stakeholder environments
Cloud computing — Service level agreement (SLA) framework — Part 1: Overview and concepts – ISO/IEC 19086-1:2016
Master the art of clear customer-provider relationships in the cloud with this standard, which lays out a unified conceptual model and terminology for creating and interpreting Service Level Agreements (SLAs). This essential framework empowers organizations to establish precise expectations and measurable criteria for cloud service performance, ensuring business needs are met and reducing contractual ambiguities by aligning technical performance with strategic goals.