24748-2-2012 is a standards document for systems and software engineering that focuses on life cycle management and the application of ISO/IEC 15288 system life cycle processes. In the computing and processing field, it helps clarify how organizations can interpret and apply process guidance across a system’s life cycle. This makes 24748-2-2012 useful for teams that need a structured reference for managing system development, integration, operation, and support activities with more consistency.

What is 24748-2-2012?

This standard is part of the 24748 series and is centered on systems and software engineering life cycle management. Its subtitle shows that it serves as a guide to applying ISO/IEC 15288, which defines system life cycle processes. In practice, 24748-2-2012 is not a product specification but a technical guide that helps organizations align process activities, terminology, and lifecycle decisions. It is especially relevant where system engineering work must be organized around formal process models and controlled management practices.

Where is 24748-2-2012 used?

24748-2-2012 is commonly used in environments that develop or manage complex computer-based systems, including software-intensive platforms, embedded systems, and integrated engineering workflows. It is relevant where life cycle process definitions must be applied across planning, development, verification, deployment, and maintenance activities. The standard may also support supplier and buyer discussions when project teams need a shared basis for system life cycle management and process alignment in computing and processing projects.

Why is 24748-2-2012 important?

This standard matters because life cycle guidance helps reduce ambiguity in systems and software engineering work. By supporting a consistent application of ISO/IEC 15288 processes, 24748-2-2012 can improve coordination, traceability, and control across project stages. That is valuable for compliance-minded teams, procurement reviews, and organizations that want clearer expectations for engineering activities. It also helps limit process gaps that may lead to rework, schedule risk, or inconsistent system outcomes.

• Systems and software engineering guidance
• Life cycle management focus
• Application of ISO/IEC 15288 processes
• Relevant to computing and processing projects
• Superseded standard