IEEE P828/D2 is an approved IEEE draft standard for Software Configuration Management Plans, addressing how software teams define, organize, and control configuration activities in computing and processing projects. As a revision of IEEE 828-1998, it is relevant where disciplined change control, version tracking, and plan-based management are needed to keep software baselines consistent. IEEE P828/D2 helps formalize expectations for documentation and coordination, which can support clearer delivery, review, and maintenance practices.

Overview of IEEE P828/D2

IEEE P828/D2 focuses on the structure and content of a Software Configuration Management Plan, giving project teams a technical reference for managing software items and related changes. In computing and processing environments, such plans are commonly used to define responsibilities, control procedures, status accounting, and audit-related practices. The standard is especially useful when multiple versions, updates, or configuration states must be tracked consistently across development and maintenance work. IEEE P828/D2 provides a draft basis for that planning discipline.

Typical use cases

This standard is typically used in software engineering projects where controlled configuration management is important, such as embedded systems, enterprise applications, or process-control software. It may also support organizations preparing project documentation, supplier requirements, or internal quality procedures tied to software baselines. Teams use it when they need a clear SCM plan for version control, change approval, release coordination, and traceability across development or maintenance workflows in computing and processing settings.

Why it matters

Software configuration management affects consistency, accountability, and risk reduction throughout a project lifecycle. IEEE P828/D2 matters because it helps teams describe SCM responsibilities and controls in a structured way, which can improve compliance with internal procedures and procurement expectations. For projects with frequent updates or shared deliverables, a clear plan reduces confusion over what changed, who approved it, and which version is current. That can support more reliable testing, release management, and maintenance decisions.

• Software Configuration Management Plan structure
• Version and baseline control
• Change approval and traceability
• Status accounting and reporting
• Revision of IEEE 828-1998