Does the incoming signal path preserve the original model inputs?
This review follows every incoming row through a bounded history, model features, one unchanged checkpoint and its frozen alarm. Choose a checkpoint and recording to inspect the actual results.
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Complete scope, preserved failures
The second attempt fixes only Arrow conversion of null sensor cells. Data, weights, scalers, thresholds and strict tolerances remain unchanged. Both attempts survive; reused validation is not new independent confirmation.
What the measured path includes
Eight copies add computation and establish no new observations or model promotion. The measured packet-to-alarm timer excludes file decoding and diagnostic storage. Arrival times and units are retrospective declarations; this is not a physical acquisition or device deadline test.
Inspect one complete recording
| Feature | Compared values | Outside tolerance | Different bits | Maximum finite difference |
|---|
All eight groups
These are published filename groups. Independent physical-well identities are not authenticated. No group or failed recording is omitted.
| Group | Historically eligible rows | Feature failures | Score failures | Alarm changes | Eligible with current missing channels |
|---|
Traceable evidence
The 28,672-byte ring holds numeric history only. Process-lifetime peak memory includes the reference and diagnostic harness; neither is a deployed edge memory requirement. Raw timers, first calls and outliers remain in the original output.
Immutable scientific revision:
Recovery output SHA256:
No fits, retuning or reserved-well predictions occurred. Both original and later numerical failures remain. No model is promoted, and zero alarm changes do not establish a useful detector.