IEEE P24748-2/D1, Aug 2017

IEEE P24748-2/D1, Aug 2017 is a draft IEEE standard focused on guidelines for applying ISO/IEC/IEEE 15288 to system life cycle processes in computing and processing environments. It is intended to help practitioners interpret the base system life cycle framework in a practical way, supporting more consistent process use across development, integration, operation, and maintenance activities. For organizations working with complex systems, it can help align technical decisions with structured life cycle expectations.

Overview of IEEE P24748-2/D1, Aug 2017

This technical document addresses the application of ISO/IEC/IEEE 15288 rather than replacing it, making it relevant to teams that need guidance on how the system life cycle model is used in practice. IEEE P24748-2/D1, Aug 2017 sits within the systems engineering context for computing and processing, where clear process interpretation can improve planning, traceability, and coordination. Because it is an inactive draft, it is best viewed as a reference for understanding the intended guidance and structure.

Typical use cases

This standard may be used when defining system life cycle processes for software-intensive platforms, integrated computing systems, or other engineered solutions that need disciplined development and operational support. It is also useful when teams are mapping internal procedures to a recognized systems engineering framework, especially during requirements planning, verification activities, and lifecycle review preparation. IEEE P24748-2/D1, Aug 2017 can help organizations establish a common process language across engineering, procurement, and project management functions.

Why it matters

In practice, the value of IEEE P24748-2/D1, Aug 2017 is in promoting clearer and more consistent application of life cycle processes. That can reduce ambiguity during design and integration, support better compliance evidence, and improve coordination between suppliers and stakeholders. For complex computing and processing systems, a well-understood process reference may also help with risk reduction, change control, and testing alignment. Even as an inactive document, it can remain useful for historical reference and process comparison.

• Guidance for applying ISO/IEC/IEEE 15288
• System life cycle process interpretation
• Computing and processing context
• Support for structured engineering workflows
• Reference value for review and compliance planning