docs: the full campaign on 20260903211413, 56 of 56, authorized

The campaign the release gate asks for, run on one flash with nothing
inherited and nothing hot-deployed. The entry records how the pause test
passed, not only that it did: its emission trail drains to zero and stays
there, against the earlier run's second kernel run inside the pause, and
the difference between them is that the actuator made the presses.

Also recorded: the two harness faults found on the way, the actuator
dropping off the network twice and being asked for silently, and what
now goes in the record so a repeat is answerable.

BRINGUP moves to the campaign image and drops the campaign from the owed
list, leaving the push and the pin bumps.

docs/CAMPAIGN-LOG.md

@@ -7787,6 +7787,56 @@ covered the presses by hand until a power cycle brought it back, and it
 resumed taking the arm press immediately. Pinning its address in the config
 would keep a failed name query from hiding it.
 
+## 2026-09-03: the full campaign on 20260903211413, 56 of 56, authorized
+
+The campaign the release gate asks for, on the image as built: nothing
+inherited, nothing hot-deployed, both halves run on one flash.
+
+  campaign     c-20260903212054-4063
+  image        20260903211413 (dev)
+  manifest     c802d7639ac236f1fbf03fb7d65216f32aa395c0dcb04bce9a12d6274b0f0c61
+
+Forty-five unattended, then the attended eleven, all PASS. The inherited
+results were invalidated before the start: the earlier runs were taken on a
+harness whose press routing has since changed, and the catalog hash does not
+cover that, so carrying them forward would have been the very inheritance the
+campaign model exists to prevent.
+
+The arm-acknowledgment fix held under live fire again, and its witness is the
+line that says nothing happened: `idle_airflow_fire` empty, so no sample
+showed emission while the cooling engine was in a phase that runs the fans at
+idle duty. Emission peaked at 155.
+
+The pause test passed this time, and how it passed is the point. Its trail
+reads 90, 90, 90, 65, 65, 65, 65, then zero and zero for the rest of the four
+seconds: the latched sample window draining, and then real darkness. The run
+that failed earlier read 153, 12, 99, 152 - a second kernel run inside the
+pause, which the controller log confirmed. The difference between the two runs
+is who pressed the button. Here the actuator did, on the operator's behalf,
+after a single presence press: the evidence records `presence` by the operator
+at the gate and every press after it by the fixture. That does not prove the
+earlier failure was a double press rather than a machine fault; it does mean
+the press count is no longer a matter of anyone's memory, so a repeat would be
+answerable.
+
+Two harness faults were found and fixed along the way, neither of them the
+machine. The kill drill calls the shared arm-and-fire helper twice, and the
+helper holds the ready gate, so the new presence gate asked the operator for a
+second press mid-test while the actuator stood by holding the presses. That is
+fixed: presence is proved once per test, and the second gate returns at once
+with its setup line still shown in case the scrap wants moving. The kill drill
+is the only test in the catalog with two ready gates.
+
+The bench actuator dropped off the network twice during the earlier attended
+runs, and both times the harness fell back to asking the operator without
+saying so. That silence is what made the first pause failure unanswerable. A
+lost actuator is now said out loud, in the log and in the evidence. Its
+address is pinned in the bench config, so a failed name query can no longer
+hide a box that is present. And its wifi signal, which reads -82 to -83 dBm
+here, now goes into every run's record beside its uptime, so the next drop
+says whether the link faded or the box restarted rather than only that it was
+gone.
+
 ## Reference notes
 
 ### Head-IRQ source validation — the beam-emission hypothesis