Episode Details

How a machine learning project navigates the tension between expensive frontier models and free local alternatives. We revisit a failed experiment from episode 11 that consumed zero dollars—tested overnight on a laptop while Joey slept—and unpack the elegant constraint that shapes their entire approach: money only moves while he's at the keyboard. 00:00 - Opening: The correction we owe you 03:00 - The failed experiment: Paid stage vs. the local whistle chain 08:30 - The insight: Zero-cost overnight testing and what it revealed 12:00 - The core structure: Day (keyboard, paid) vs. Night (asleep, free) 18:00 - Living with this tension: Missing frontier tech vs. staying lean --- Sources & further reading: • game-senser-fable — docs/podcast/LEARNING-CONTEXT.md §11 (§11.0 token law + • resolution scope note + the whistle kill; §11.1 the two-track rhythm and the replay • boundary; §11.2 the archive audit; §11.4 audio; §11.5 the no-verdict) • game-senser-fable — docs/touch-arc/v91/EXP-1-WHISTLE-BOUNDARY-REFINE.md (the headline • table, the pad artefact and the two checks that caught it, oracle-vs-picked whistle • 615-for-38, the abstention design, the three-lever table) • game-senser-fable — docs/touch-arc/frontier-touches/EXP-10-11-AUDIO.md (shifted-track • nulls, the +20 lift across thresholds, 41%/32%, 0.065s timing, the killed snap, the • missed-vs-found control table, the ~75% ceiling, the 1.3× gap density) • game-senser-fable — src/token_law.py and the token-law section of • docs/touch-arc/frontier-touches/EXP-13-GAPSCAN-RESULT.md (two slopes, 1,458 calls • 63.6 + 27.8, confirmed-not-superseded) • game-senser-fable — src/run_archive.py + src/out/RUNS.jsonl ($12.84 over 14 runs, the • three audit gaps, the deliberate non-backfill, per-model pricing) • guist-bot — data/series/ml-volleyball/ERRATA.md (ep 10's [UNVERIFIED] decomposition • claim and the named muted-audio test this episode pays off) This podcast episode was fully generated by AI — research, script, voices, and production. Built with Claude, Piper TTS, and automated pipeline tooling.