24748-6-2023 is a focused technical standard for systems and software integration, with the subtitle Part 6: Systems and Software Integration pointing to the interface between engineered hardware and the software that controls or supports it. It is relevant where components, circuits, devices, and systems must work together reliably under defined requirements. For teams managing integration, verification, or documentation, 24748-6-2023 helps provide a clearer basis for consistent technical alignment and controlled implementation.

What is 24748-6-2023?

This standard addresses the integration stage where system behavior depends on both physical components and software functions. In practical terms, 24748-6-2023 is useful for understanding how requirements are translated into an integrated solution, how interfaces are defined, and how software-related behavior is checked against system expectations. As part 6 of the 24748 series, it suggests a structured approach to systems and software integration rather than a purely hardware-only or software-only specification.

Where is 24748-6-2023 used?

24748-6-2023 is typically used in engineering environments where embedded software, control logic, or integrated electronics must operate as part of a larger system. That may include product development, system engineering, integration testing, and technical review work for devices or assemblies that combine circuits, software, and operational controls. It is especially relevant when teams need a common reference for coordinating interfaces, checking integration results, and managing implementation across disciplines.

Why is 24748-6-2023 important?

This standard matters because integration issues often appear late in development and can affect performance, reliability, and compliance. 24748-6-2023 supports more controlled design decisions by giving teams a shared framework for system-software interaction, which can reduce ambiguity during testing and acceptance. It also helps procurement and engineering groups communicate more precisely about expectations, making it easier to compare solutions and manage technical risk in complex systems.

• Systems and software integration focus
• Interface definition and coordination
• Support for verification and acceptance
• Relevant to integrated electronic systems
• Helps manage implementation consistency