24748-9-2023 is a technical standard focused on the application of system and software life cycle processes in epidemic prevention and control systems. It is relevant where computing and processing functions, control logic, and connected components must support reliable public-health operations. By setting a structured approach to lifecycle activities, it helps organizations align design, implementation, verification, and maintenance practices for systems that may be used in time-sensitive epidemic response environments.

About 24748-9-2023

This standard addresses how system and software life cycle processes can be applied to epidemic prevention and control systems, with attention to the practical needs of complex computing and control-based solutions. The scope suggests a focus on process consistency across planning, development, integration, validation, and upkeep, rather than on a single device or component. For teams managing 24748-9-2023, the value lies in having a clearer framework for lifecycle control and engineering discipline in a specialized application area.

Where is 24748-9-2023 used?

24748-9-2023 is most relevant in epidemic prevention and control systems that combine software, processing equipment, and control functions. That may include monitoring platforms, coordinated response systems, decision-support tools, and related automation workflows used by health, emergency, or infrastructure operators. It can also be useful where multiple subsystems must work together under defined processes, especially when reliability, traceability, and controlled changes matter during deployment and operation.

Importance in practice

In practice, the standard supports more consistent engineering and procurement decisions by giving stakeholders a common reference for lifecycle process expectations. This can reduce implementation risk, improve verification planning, and help teams manage updates or interface changes more predictably. For organizations working with epidemic response technology, 24748-9-2023 offers a way to approach compliance and quality control with greater discipline, which may be important when performance and coordination affect operational outcomes.

• System and software life cycle processes
• Epidemic prevention and control applications
• Computing and control-oriented system context
• Verification, integration, and maintenance focus
• Process consistency for operational reliability