24748-1-2018 is a technical standard for life cycle management, with the subtitle Part 1: Guidelines for life cycle management. It is relevant to computing and processing, as well as components, circuits, devices and systems, where controlled planning and documentation across the product life cycle can support better engineering decisions. As a superseded document, 24748-1-2018 remains useful for understanding the structure and intent of life cycle management guidance in technical environments.

What is 24748-1-2018?

This standard sets out guidelines for life cycle management, providing a framework that can help organize how a technical product, system, or component is defined, developed, maintained, and retired. In the context of computing and related hardware and systems, 24748-1-2018 is typically used to align life cycle activities with engineering practice, documentation, and control processes. It is a reference point for teams that need a common approach to managing technical change over time.

Where is 24748-1-2018 used?

24748-1-2018 is most relevant in environments where computing-based products and electronic systems must be managed through structured stages of design, implementation, support, and end-of-life. That may include component development, circuit-level work, embedded devices, and larger system engineering workflows. The standard can also be useful in procurement and internal compliance reviews when organizations need a clear life cycle reference for technical documentation and process consistency.

Why is 24748-1-2018 important?

Life cycle guidance matters because it helps reduce ambiguity in how technical assets are planned and controlled. Using 24748-1-2018 can support more consistent design decisions, clearer responsibilities, and better traceability across revisions and operational changes. For organizations working with components, circuits, devices, or computing systems, that consistency may improve compliance handling, testing preparation, and risk reduction. Even though the standard is superseded, it can still inform established life cycle practices.

• Guidelines for life cycle management
• Computing and processing context
• Components, circuits, devices and systems
• Supports structured engineering control
• Superseded technical reference