01
Make the requirement testable.
Turn source text, technical standards, and deadlines into explicit product decisions.
Cyber Resilience Act software.
Engineering for named requirements, connected systems, and the operational evidence that has to survive after launch.
A 24-hour clock that assumes the pipeline already exists.
The Cyber Resilience Act's vulnerability-reporting duties are unusually fast for EU regulation: manufacturers of covered products with digital elements must notify ENISA of an actively exploited vulnerability within 24 hours of becoming aware of it, followed by a more detailed report within 72 hours, and a final report once a corrective measure is available — timelines that assume the reporting workflow already exists before the first incident, not one built during it.
Meeting that clock means wiring vulnerability intake, severity triage, the ENISA/CSIRT notification format and internal sign-off into one traceable pipeline ahead of time, plus keeping the technical documentation and SBOM the CRA separately requires in a state that can actually support a 72-hour report rather than a multi-week evidence-gathering exercise.
A delivery path your team can inspect.
Cyber Resilience Act should end in a system people can operate, not a document that creates another translation step.
02
Fit the systems already in place.
Map owners, data sources, approvals, and failure paths before choosing the software shape.
03
Ship evidence with the feature.
Include the operational trail, documentation, and maintainable architecture the requirement demands.
Start with the system you have.
If cyber resilience act software is on your roadmap, describe what you run today and where the requirement gets stuck. An engineer will answer with a concrete first move.