The Standardisation Board (SB) released its 2022.1 update to provide a clear picture of the lifecycle stage of every standard under its remit. The Standards Status table introduced in SB2022.1 classifies standards into four primary categoriesActive, Draft, Withdrawn, and Deprecatedand adds a set of substatuses that describe transitional states such as Under Review or Pending Publication. Understanding these categories is essential for manufacturers, testing laboratories, and regulatory bodies that rely on uptodate technical specifications.
In fastmoving sectors like automotive, aerospace, and medical devices, a single standard can affect product design, testing, certification, and market access. The SB2022.1 framework helps stakeholders:
An Active standard is currently recognised by the SB as the authoritative reference for its scope. It may be cited in regulations, contracts, or certification schemes. Active standards can be further qualified as:
Draft standards are documents that have passed the initial proposal stage and are undergoing public consultation or technical development. They are not yet enforceable, but many organisations use them to align future designs with emerging requirements. Drafts are marked with one of the following modifiers:
A Withdrawn status indicates that the standard has been formally removed from the SB catalogue. Reasons include:
When a standard is withdrawn, the SB publishes a transition note linking to the recommended replacement, if one exists.
Deprecated standards are still technically valid but are no longer recommended for new projects. They remain in the catalogue for legacy support and to allow existing certified products to retain their status until a migration path is completed. Deprecation is usually announced at least two years before a standard is withdrawn.
Beyond the four main categories, SB2022.1 introduces several substatuses that provide finer granularity:
The SB website now hosts an interactive Status Dashboard. The process to locate a specific standard is:
For automotive manufacturers, the distinction between Active and Deprecated is critical for typeapproval processes. The SB2022.1 update clarified that the UN/ECE Regulation 79 (electromagnetic compatibility) will transition from Active to Deprecation in 2025, with UN/ECE Reg792 as its replacement. Companies are therefore required to begin integrating the new test methods by the end of 2024.
Aerospace suppliers often rely on standards such as AS 9100. SB2022.1 marked the upcoming revision of AS9100D as a Draft (Public Draft) with a targeted publication date of Q32023. Early adoption is encouraged for futureproofing certification audits.
Regulations in the EU and the United States reference ISO standards for risk management and biocompatibility. The 2022.1 rollout announced that ISO109935 (Cytotoxicity) will be Withdrawn after December2024, superseded by a new series of tests under ISO109935A. Manufacturers should adjust their validation plans accordingly.
Each standard follows a defined governance loop:
The SB2022.1 document also introduced a new Rapid Review pathway for standards that address emerging technologies such as electricvehicle charging, AIdriven diagnostics, and quantumsecure communications. These standards can move from Draft to Active within 12months, provided they meet a set of predefined criteria.
The Standards Status framework introduced in SB2022.1 brings transparency and predictability to the lifecycle of technical standards. By categorising documents as Active, Draft, Withdrawn, or Deprecatedand by adding precise substatusesthe SB equips all stakeholders with the information needed to manage compliance, plan product development, and minimise the risk of using outdated specifications. Regular consultation of the interactive dashboard and subscription to SB updates ensures that organisations stay aligned with the latest requirements and can respond promptly to any changes that affect their market participation.
