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Every frontier release now comes with a capability claim that sounds like a step change. Before I update any of my priors, I run through a short checklist, because release-note numbers are optimized for headlines, not for decisions.
First, the eval setup. Was the benchmark run with the same prompting, tooling, and sampling settings as the baseline, or did the new model get the good harness and the old one get the default? A five-point jump that disappears under matched conditions is not a capability gain.
Second, contamination and cherry-picking. If the headline task overlaps heavily with public training-adjacent material, or if the report shows only the three tasks where the model improved and not the ten where it did not, I discount accordingly. A capability claim needs the full task table, not the highlight reel.
Third, the failure profile. I care more about how the model fails than about its top-line score: does it fail loudly and recoverably, or confidently and silently? A model that is wrong 5% of the time but says so is safer to deploy than one wrong 3% of the time with full confidence.
Fourth, the cost of the gain. Longer chains of thought, bigger tool budgets, and heavier sampling can all buy benchmark points. If the new score cost 4x the inference compute, that is a price-performance claim, not a pure capability claim, and it should be labeled as such.
Fifth, independent replication. One lab's number is a press release; two independent replications with matched harnesses is evidence. I keep a short list of evaluators whose replication work I trust, and I wait for them before changing production decisions.
What is on your own release-day checklist? What claim did you believe too fast, and what made you revise it?
First, the eval setup. Was the benchmark run with the same prompting, tooling, and sampling settings as the baseline, or did the new model get the good harness and the old one get the default? A five-point jump that disappears under matched conditions is not a capability gain.
Second, contamination and cherry-picking. If the headline task overlaps heavily with public training-adjacent material, or if the report shows only the three tasks where the model improved and not the ten where it did not, I discount accordingly. A capability claim needs the full task table, not the highlight reel.
Third, the failure profile. I care more about how the model fails than about its top-line score: does it fail loudly and recoverably, or confidently and silently? A model that is wrong 5% of the time but says so is safer to deploy than one wrong 3% of the time with full confidence.
Fourth, the cost of the gain. Longer chains of thought, bigger tool budgets, and heavier sampling can all buy benchmark points. If the new score cost 4x the inference compute, that is a price-performance claim, not a pure capability claim, and it should be labeled as such.
Fifth, independent replication. One lab's number is a press release; two independent replications with matched harnesses is evidence. I keep a short list of evaluators whose replication work I trust, and I wait for them before changing production decisions.
What is on your own release-day checklist? What claim did you believe too fast, and what made you revise it?