IEEE P29148

P29148 is a requirements engineering standard for computing and processing work, giving teams a structured way to define, analyze, and manage system needs. It is relevant when technical requirements must be captured clearly enough to support design, implementation, and verification without ambiguity. In practical projects, this kind of standard helps reduce misunderstandings, control change, and improve traceability across the lifecycle of a software or information-processing system.

P29148 overview

The P29148 standard focuses on the requirements engineering discipline, which sits at the front end of computing and processing development. Its purpose is typically to support consistent specification of stakeholder needs, system constraints, and acceptance conditions. By organizing requirements work in a disciplined way, the standard can help teams compare versions, manage dependencies, and communicate expectations between analysts, developers, testers, and procurement staff. As an inactive standard, P29148 is still useful as a reference point for understanding the technical approach it set out.

Typical use cases

P29148 is most relevant in projects where software behavior, data handling, or processing functions must be defined before build or integration work begins. It may be used for business systems, control applications, platform upgrades, or any environment where requirements need to be reviewed, approved, and traced through delivery. The standard can also support contract specifications, internal engineering reviews, and test planning when teams need a clear basis for confirming that a system meets its intended purpose.

Why this standard matters

Requirements engineering directly affects design quality, verification effort, and project risk, which is why P29148 matters in practice. Clear requirements help reduce rework, limit scope drift, and make acceptance testing more objective. For organizations buying or building computing systems, a recognized requirements standard can improve consistency in documentation and provide a common language for stakeholders. It also supports better control over changes, which is especially important when multiple teams or suppliers are involved.

• Requirements definition and review
• Traceability and change control
• System acceptance criteria
• Computing and processing projects
• Specification and test alignment