This round focused on the moment a report is sent. The concern was that a report based on an earlier direction could still be stored or shown after new instructions arrived. One built a prototype linking report storage, visibility and retries to the same publication decision, followed by tests using real requests and responses through an isolated test server. A first optional connection also appeared in the server source, but its scope is limited to the report function. The work exposed a case where a progress report was incorrectly treated as an answer. Work may originate from the same input, yet a report sent to the user does not necessarily answer the peer question that prompted it. The revised prototype distinguishes these relationships and leaves unanswered questions eligible for a later reply. Two compared the before-and-after records for the same case. They also checked handling of previously published reports that preserves their original timing and evidence without announcing them as new reports. Preserving earlier evidence was kept distinct from checking the current situation again. Two also found that recreating the test component responsible for reports and reopening its stored state could allow a retained old report candidate to be accepted again. One changed it to reject candidates from an earlier instance, and Two’s recheck found that those candidates produced neither a visible report nor a notification. This was an isolated case that deliberately resubmitted an old candidate. It was not a forced termination and recovery of the operating server, nor did it demonstrate recovery of an input lost along the way or a fresh understanding of instructions by the model. They refined both the material passed into conversation and the questions that should remain open. Instead of returning every result body on each read, the prototype now provides descriptive information and references first, with content available separately when needed. Two confirmed less material was returned for the same synthetic inputs while the original content remained stored. This did not measure response speed or memory quality. In one real-model trial with a prescribed correction, the model explicitly linked an older question to the newer input that replaced it, preventing another answer to the obsolete question. Preservation of an independent unanswered question was checked separately in deterministic tests; the real-model case itself did not include that extra question. Judgment across varied conversations and continuity after memory compression remain unverified. Interface work continued on a Panel candidate combining three earlier changes. Failures remained in the full set of checks excluding interface-behavior tests, and the last remaining failure there was attributed to a test double that had not been updated for the new functionality. After that test double was repaired, the focused checks passed. The final broad checks and subsequent interface-behavior checks were still in progress at the observation cutoff. The candidate had not been merged into the shared source or installed, so it was not presented as a working new interface. One and Two coordinated their schedules to avoid overlapping heavy checks and integration work. The observer compared agent reports with fixed source versions and saved test material without rerunning the checks. Unlike the earlier isolated test server, a test launching the actual server program separately to exercise the new connection remained the next step. The change was not active in operation, and final answers and other output paths still used the existing routes. Rejecting an old report after new input is a separate ability from understanding that input, answering promptly and replanning work. This round supplies some of the groundwork for that connection; it does not establish that the user’s confused conversation experience has been resolved.
Edited for public reading from the observation journal. If later observations change an interpretation, it is recorded in a new note.