IEEE P24748-1/D1, Aug 2017

P24748-1/D1, Aug 2017 is a computing and processing standard focused on Part 1: Guidelines for Life Cycle Management. It provides a structured reference for managing a product, system, or component through its planned stages of development, operation, support, and retirement. In practice, P24748-1/D1, Aug 2017 helps teams align decisions, documentation, and control activities so that lifecycle responsibilities are clearer and consistency is easier to maintain across technical workflows.

Overview of P24748-1/D1, Aug 2017

This standard addresses life cycle management guidance within the broader computing and processing domain. Its main value is in setting a framework for how lifecycle activities may be organized, monitored, and reviewed from initial definition through end-of-life considerations. P24748-1/D1, Aug 2017 is relevant where coordinated process control matters, especially when technical teams need a common basis for planning, traceability, and ongoing management across related engineering or information system activities.

Typical use cases

P24748-1/D1, Aug 2017 is typically useful for organizations managing hardware, software, or integrated computing systems that require clear lifecycle oversight. It may support internal process definition, procurement reviews, documentation planning, and change control for systems that need sustained maintenance or phased replacement. The guidance can also be applied in environments where lifecycle decisions affect interoperability, supportability, and long-term operational planning, such as enterprise IT, control systems, or engineered digital platforms.

Why it matters

Lifecycle guidance matters because it helps reduce ambiguity in how systems are specified, maintained, and transitioned over time. By using a common reference such as P24748-1/D1, Aug 2017, organizations can improve consistency in design control, testing expectations, and maintenance planning. That can support better procurement decisions, clearer compliance review, and lower operational risk. For technical teams, a defined life cycle approach also helps preserve traceability and avoid gaps between development, deployment, and support responsibilities.

• Life cycle management guidance
• Computing and processing context
• Process planning and control
• Support, change, and retirement considerations