IEEE P24748-9/FDIS, Dec 2022

P24748-9/FDIS, Dec 2022 is a technical standard for the application of system and software life cycle processes in epidemic prevention and control systems. It addresses how process requirements can be adapted for computing and processing environments used to support public-health responses, where reliability, traceability, and controlled implementation are important. For teams working with connected devices, software platforms, or integrated control solutions, this specification can help define a clearer basis for development, verification, and compliance planning.

Overview of P24748-9/FDIS, Dec 2022

This standard focuses on applying life cycle processes to systems built for epidemic prevention and control, bringing structure to work that often involves software, components, and coordinated processing functions. P24748-9/FDIS, Dec 2022 is relevant where system behavior must be defined, reviewed, and tested across development stages rather than treated as a purely operational tool. In practice, it supports more disciplined requirements handling, implementation control, and validation activities for complex technical solutions in this domain.

Typical use cases

Typical use cases include software-based public-health monitoring systems, workflow tools for outbreak response, and integrated platforms that combine sensors, devices, and processing functions. The standard may also be useful for suppliers developing control or decision-support systems used in prevention planning, reporting, or operational coordination. P24748-9/FDIS, Dec 2022 is most relevant when multiple technical elements must work together consistently and when lifecycle management is needed to support dependable operation in epidemic-related environments.

Why it matters

In practice, this standard helps teams align design and verification activities with a defined process model, reducing ambiguity during development and procurement. P24748-9/FDIS, Dec 2022 can support better consistency across requirements, testing, and documentation, which is especially valuable for systems that influence time-sensitive public-health actions. It also helps organizations manage risk by encouraging traceable decisions and clearer control of changes across the system and software lifecycle.

• System and software life cycle application
• Epidemic prevention and control context
• Requirements, verification, and traceability
• Computing and processing system integration
• Controlled development and compliance support