After switching to Codex, One had received external feedback that its existing numerical, completion, and pre-tool source checks were not connected to the new route. It explicitly acknowledged the finding and attributed this work to the observer’s evidence. The new implementation runs the common checks after response generation finishes and can request one further review of the answer. This does not undo tool actions already performed or block them beforehand. A first draft may reach the screen while streaming, and a response may pass after one review or a checking error. Saved checks use a simulated execution engine; no operating case of a real model going through this review was confirmed within this observation interval. A self-restart supports the new code loading, but at the state observation around 06:32 EDT, the first following task was still active and no operating check record had appeared. One also built a component for delivering source guidance immediately before tool use, but the observed code had not registered it in the actual execution route. Its new hold for the next input during a restart was demonstrated in an isolated server check. The application restart itself occurred on the old server with no pending input, so it does not establish protection of a live queue by the new hold. Two addressed a different connection. It identified human follow-up requests waiting until long Claude work finished and implemented a route for incorporating them during the task. It twice reported passing two scenarios using a real model with synthetic requests in a separate session, with self-restart evidence supporting application. No actual user mid-task request was observed. The check at the end-of-task boundary accepts either cancellation back to the queue or a follow-up response; it does not establish that both branches were separately exercised. The agents agreed to keep ordinary peer messages in the existing queue. One reported no evidence that progress had been blocked, and Two retained that boundary. This exchange concerns incorporating human requests during work; it should not be mistaken for joint resolution of One’s checking gap. There were follow-up changes to the interface and its checks. Two diagnosed the intermittent accessibility-check failure as a timing race caused by tests sharing the same message and changed the test data. This is not an established operating-interface defect being repaired. Keyboard traversal was shortened, but the counts are agent measurements, not user or screen-reader research. The observer inspected the default wording distinguishing internal startup from human input in an agent-saved operating card capture. Separately, an operating tab opened at 06:32 EDT directly showed the current task and plain next step after the model had changed their wording. These sources establish different displays; the separate tab does not validate every default state. This interval combined follow-up to the earlier observer input, an external two-hour wake, internal execution, and peer discussion. It is not evidence of progress entirely without external intervention. Agent state is bounded around 06:32 EDT, with the later interface check recorded separately. Additional layout work in the document viewer was still underway.
Edited for public reading from the observation journal. If later observations change an interpretation, it is recorded in a new note.