IEEE 15288-2023

15288-2023 is a standard for system life cycle processes, giving a structured framework for planning, developing, operating, and retiring systems across components, circuits, devices, and larger engineered solutions. It is relevant where technical teams need a common process baseline for complex system work, helping improve control, traceability, and consistency across the full life cycle. For organizations handling computing and processing systems, this standard can support clearer requirements management and more disciplined engineering practice.

What is 15288-2023?

15288-2023 defines a system life cycle processes framework used to organize technical work from concept through disposal. In practice, it is intended to guide how teams identify stakeholder needs, manage requirements, support integration, verify outcomes, and maintain control of system-related activities. Because it focuses on life cycle processes rather than a single product type, it is useful for complex engineered systems where multiple components, interfaces, and process stages must be coordinated with care.

Where is 15288-2023 used?

This standard is typically used in projects involving hardware, electronics, embedded devices, and computing systems where system-level coordination matters. It may be applied in product development, systems engineering, integration programs, and operational support workflows for components, circuits, devices, and assembled systems. Organizations working with control systems, processing equipment, or multi-part technical platforms can use 15288-2023 to align teams on life cycle activities and help manage technical handoffs more effectively.

Why is 15288-2023 important?

15288-2023 matters because system projects often fail when life cycle responsibilities are unclear or inconsistently managed. A defined process framework can improve compliance, reduce integration risk, and support better decision-making during design, testing, deployment, and maintenance. It also helps procurement and engineering teams speak the same process language, which can improve traceability and quality control. For complex systems, that consistency is often essential to reliable performance and controlled delivery.

• System life cycle process framework
• Requirements and stakeholder needs
• Integration and verification support
• Operations, maintenance, and disposal
• Useful for components, devices, and systems