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IEEE P1633/D5

IEEE Draft Recommended Practice for Software Reliability Prepared by the Software Reliability Engineering Working Group of the Definitions and Recommended Practices Committee of the Reliability Society

Standard by IEEE, 2006

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  • Language: English
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About This Item

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IEEE P1633/D5 is a draft recommended practice focused on software reliability in computing and processing environments. It provides guidance for defining, evaluating, and improving the dependability of software systems, with attention to how reliability is engineered and measured. As a draft technical document, IEEE P1633/D5 is relevant for teams that need a structured approach to reliability goals, defect control, and verification practices in software-intensive products.

IEEE P1633/D5 overview

This draft recommended practice from the Software Reliability Engineering Working Group of the Definitions and Recommended Practices Committee of the Reliability Society addresses software reliability as an engineering discipline. IEEE P1633/D5 is intended to help organizations apply consistent methods when planning reliability activities, assessing operational behavior, and interpreting results from testing or analysis. In practice, it supports clearer expectations around failure reduction, reliability growth, and the technical language used in software reliability work.

Typical use cases

IEEE P1633/D5 is commonly used when software reliability needs to be defined for complex computing systems, embedded applications, or control software where failures can affect service continuity. It may support reliability planning during development, test design for fault-prone modules, and review of operational data after release. The standard can also be useful for engineering teams documenting reliability requirements, comparing software performance trends, or aligning internal practices across projects with similar risk profiles.

Why this standard matters

Reliable software is often essential to consistent system performance, controlled risk, and credible acceptance testing. IEEE P1633/D5 matters because it gives a shared framework for discussing reliability objectives and the methods used to evaluate them. That can improve design control, reduce ambiguity in procurement or contract language, and support more disciplined decisions during verification and maintenance. For organizations managing software in technical environments, it helps make reliability work more repeatable and easier to audit.

  • Draft recommended practice for software reliability
  • Prepared by the Reliability Society working group
  • Relevant to computing and processing systems
  • Supports reliability planning and evaluation
  • Useful for testing, analysis, and design review
SKU: 4c139a2f31df

  • Publication Date: 2006
  • Standard Status: Inactive
  • Publisher: IEEE
  • Subject: Computing and Processing
  • Official IEEE: Doi link
  • New Version Available: P1633 (2016)
  • Previous Version: P1633 (2016)
  • Previous Version: P1633 (2007)
  • Previous Version: P1633 (2007)
  • Previous Version: P1633 (2007)
  • Previous Version: P1633 (2007)
  • This Version: P1633 (2006)

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