The whole design turns on when the counter starts, and Jules Robineau, writing on dev.to, puts it at awareness [5]. Everything after that is budget arithmetic. The early warning is due at hour 24 and only has to name the product and the nature of the issue [3]. The full notification is due at hour 72, carrying an assessment and the measures taken [3]. That leaves 48 hours between the two documents [26], and 336 hours in total before the final report, which is owed once the fix is available [27][3]. The 14-day figure is a fix window. The 24-hour figure is a query window, and the query has to already work on day zero.
An SBOM is the machine-readable inventory of what a product actually ships, and Robineau's argument is that without one you cannot answer "are you affected by CVE X" inside 24 hours, while with one it is a lookup [14]. The condition he lists but does not dwell on is archival: generated on every build, archived per version [19]. Without that archive, the same question turns into a rebuild of every version still in the field, performed during the incident.
The sharpest line in the post is about the manifest. go.mod lists what you declare, not what you deliver, and a static Go binary ships everything [17]. So the command he gives scans the compiled artifact rather than the repository, emitting CycloneDX from the binary [18]. That is the difference between an inventory you can cite in an early warning and one you have to caveat.
govulncheck only alerts when your code actually calls the affected function [15]. For triage that is the right default, because it suppresses advisories for paths you never compile in. The actual trigger is different: the duty attaches to active exploitation of your product or a severe incident affecting its security [6], and news of exploitation arrives from outside your CI. Hence the coordinated disclosure policy, with a reachable security contact, which the post treats as a free alert source rather than a compliance box [21].
Robineau reckons a serious security pipeline already covers half the work [30]. That transfers only if the pipeline scans on a schedule instead of on push, and keeps per-version SBOMs [19]. A pipeline that only scans what someone pushed this week tells you nothing about the release a customer is still running.
He states plainly that he is not a lawyer, and that his dates and scope come from primary sources listed at the end of the post [23]. Treat it as a runbook, meant to be followed rather than interpreted. It tells teams to write their own definition of what counts as becoming aware: which alerts, on which channel, read by whom, within what delay [20]. It does not quote a regulatory definition of the term [31]. A definition you wrote yourself produces a defensible timeline rather than an agreed threshold. That is why the stopwatch matters: it is the cheapest piece of test equipment in this entire plan.
Reporting starts roughly 15 months before the December 2027 CE marking deadline [28]. For most vendors, the first CRA artifact anyone outside the company ever reads will be an incident timeline written against a clock, which is the thing Robineau says to rehearse with a fake CVE while it still costs nothing [20].
