ISO/IEC TS 25052-1:2022 provides a structured quality model for cloud services within the Systems and software engineering SQuaRE framework. For teams evaluating cloud service requirements, it is useful as a technical document that helps organize quality-related expectations into a form suitable for engineering review, procurement screening, and documented evaluation. Because it focuses on quality modeling rather than implementation detail, it can support clearer technical assessment and more consistent conformity assessment preparation when comparing service offerings or defining internal quality workflows.

Purpose of ISO/IEC TS 25052-1:2022

The purpose of ISO/IEC TS 25052-1:2022 is to define how cloud service quality can be modeled in a way that supports systematic review and validation. As part of ISO/IEC TS 25052, it is aligned with quality requirements and evaluation practices used in software and systems engineering. Organizations may use it to frame technical criteria for reliability, operational consistency, and service suitability before deeper verification activities begin. It is most relevant where teams need a common quality reference for technical review and risk management.

Compliance applications of ISO/IEC TS 25052-1:2022

ISO/IEC TS 25052-1:2022 is commonly relevant in cloud procurement, supplier assessment, and internal compliance workflows where service quality needs to be documented and compared. It may support engineering documentation used for product evaluation, technical validation, and regulatory preparation when cloud capabilities affect business or system performance. Laboratories, auditors, and buyers can use the quality model as a compliance reference to structure questions, evidence collection, and testing workflows, especially when evaluating operational behavior, service consistency, and quality-related claims from providers.

Benefits of ISO/IEC TS 25052-1:2022

By giving cloud services a defined quality model, ISO/IEC TS 25052-1:2022 helps reduce ambiguity in technical communication and assessment. That can improve testing consistency, support procurement decisions, and strengthen quality assurance activities across engineering teams. It is useful when organizations need a defensible basis for conformity assessment preparation or comparative technical review. The document also helps align expectations across stakeholders, which can lower integration risk and make documented evaluation more repeatable during supplier qualification and service acceptance.

• Supports structured quality modeling for cloud service evaluation
• Useful for procurement review, supplier comparison, and technical assessment
• Helps define evidence needs for documented evaluation and verification activities
• Assists quality workflows that rely on consistent service criteria and review records