IEEE P24748-1

P24748-1 is an English-language standard for systems and software engineering focused on life cycle management, specifically the guide for life cycle management in part 1 of the series. It addresses how life cycle activities are planned, coordinated, and controlled across software-intensive systems, helping organizations manage complexity, traceability, and delivery over time. For computing and processing work, this standard can support more consistent decisions across development, operation, and maintenance.

P24748-1 overview

This inactive standard provides guidance on life cycle management within the systems and software engineering domain. Its subtitle shows that it is intended as a practical guide rather than a narrow product specification, making it relevant to process planning, coordination, and governance across a system’s life cycle. P24748-1 is most useful where teams need a shared framework for managing activities from early concept through implementation, use, and ongoing change in computing-related environments.

Typical use cases

P24748-1 is commonly used when organizations need a structured approach to managing software and system life cycles in engineering projects. It may support planning for development workflows, maintenance planning, configuration control, verification activities, and cross-team coordination. Typical contexts include software-intensive platforms, embedded systems, enterprise computing solutions, and other processing environments where life cycle responsibilities must be clearly defined and consistently applied across project stages.

Why this standard matters

In practice, this standard matters because life cycle management affects cost, quality, and long-term supportability. Using a common guide can help reduce gaps between design, implementation, deployment, and maintenance activities, which may lower project risk and improve consistency in procurement or supplier alignment. For organizations working with complex computing systems, P24748-1 can provide a clearer basis for compliance discussions, process reviews, and controlled engineering change.

• Life cycle planning guidance
• Systems and software engineering context
• Process coordination across project stages
• Maintenance and change management support
• Consistent control of engineering activities