SekitCrosswalk
ISO/IEC 27001:2022 · derived mapping target

A.8.32Change management

Manage changes to systems and applications through a controlled process, so changes are reviewed, tested and approved before they go live.

Mapped from the Sekit CSF

The Sekit controls that cover this requirement, lens by lens.

RCF-0056CMDB quality · ProcesssupportsThis Sekit process control updates the asset repository as a routine part of every change, keeping records accurate the way this ISO control expects change management to maintain them.RCF-0057CMDB quality · TechnicalsupportsThe Sekit technical control synchronises the asset repository automatically with real infrastructure state, reducing the manual drift this ISO control's change process is meant to prevent.RCF-0116Secure SDLC policy · ProcesssupportsThis Sekit process control performs security activities like code review on every release, one of the checks this ISO control requires before a change reaches production.RCF-0131CI/CD hardening · ProcesssupportsThe Sekit process control applies and periodically verifies pipeline security controls on every deployment, keeping the change pipeline this ISO control governs from degrading after initial setup.RCF-0400Change management · PolicysupportsThis Sekit policy requires in writing that no change reaches production without prior review and approval, the written mandate the testing, records and rollback this ISO control requires are built on.RCF-0401Change management · ProcesssupportsThe Sekit process control routes every production change through submission, review and approval with a record kept, carrying out in practice the change control this ISO control requires.RCF-0402Change management · TechnicalsupportsThis Sekit technical control blocks unapproved changes to production rather than merely discouraging them, the enforcement mechanism this ISO control expects behind a written approval requirement.RCF-0403Release management · PolicysupportsThe Sekit policy defines in writing how software and configuration updates are packaged, approved and released, naming who authorizes a release rather than leaving that decision to whoever happens to be available.RCF-0404Release management · ProcesssupportsThis Sekit process control puts every release through testing and approval with records kept, applying the change discipline this ISO control requires to the release step specifically.RCF-0405Release management · TechnicalsupportsThe Sekit technical control automates deployments with rollback capability for failed releases, giving the change process this ISO control requires a fast recovery path when a change goes wrong.

NIST CSF 2.0 counterparts

Reached through the Sekit CSF controls both map to — a mapping, not a formal equivalence.

ISO/IEC 42001:2023 — Annex A counterparts

Cyber Essentials counterparts

Evidence that proves this control

What an auditor, or Sekit's evidence engine, asks for.

CI/CD pipeline security
The security controls in the automated build-and-deploy process, including containers and infrastructure-as-code.
Change and release management records
The process to review and approve changes to production systems before applying them, and how new versions are released in a controlled way.
From the Sekit evidence catalog

In practice

Change management works when the approval step is technically enforced, not only written into a procedure that busy engineers route around under deadline pressure. Auditors want to see the change and release records showing review and approval before production changes, matched against the asset repository to confirm it was updated as part of the same change rather than months later during a stock-take. Deployments should run through a pipeline that produces repeatable releases with a fast rollback path, because a change that cannot be reversed quickly turns a minor mistake into an extended outage. The recurring gap is an emergency change process used for routine work because the standard approval flow feels too slow.

Common gaps

The emergency change process, meant for genuine incidents, is used routinely for changes that could have gone through standard review and approval instead.
Deployment pipeline technical controls block unauthorized changes, but a handful of admins retain direct production access that bypasses the pipeline entirely.
The asset repository is updated inconsistently after changes, so several production systems no longer match their recorded configuration.

Questions your auditor will ask

Does every change to production go through review and approval first?
Yes, no change reaches production systems without prior review and approval, and who may approve what is defined in writing.
What happens if a released change causes a problem?
Deployments run through a pipeline that produces repeatable releases and can roll back to the previous working version quickly when a release goes wrong.
How do you keep your asset records accurate as changes happen?
The asset repository is updated as a routine part of every change, so records of assets, configurations and their relationships stay current.
Can an unapproved change reach production, or only get flagged after the fact?
The change workflow is enforced technically so unapproved changes to production are blocked rather than merely discouraged by policy.

Where regulation demands it

NIS2 art. 6.4 requires a controlled process for change management, repairs and maintenance, and ENS op.exp.1 requires an accurate asset inventory kept current through that same process.

Related controls

Via the shared Sekit CSF topic, not the framework's own index.

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