Seven days, 400 commits, four parallel programs — simulator, aerodynamics, language-learning app, and infrastructure — all advanced in the same sprint. The bottleneck is not capability; it is authorization throughput and a handful of open engineering calls that only Aaron can close.
400 commits across 7 days represents sustained multi-lane parallel execution: simulator physics, CFD solves, app development, and infrastructure running concurrently. Output tokens (new reasoning, code, analysis) drove the substantive work — new physics fixes, the tone-scoring rebuild, the security audit, and the harness features. Cache tokens (re-reading stable context like hangar specs, runway data, and the sim's physics contracts) kept each lane orientated without re-deriving shared ground truth on every turn; in stakeholder terms, cache is the cost of continuity, output is the cost of progress. The dominant spend categories were the sim physics loop (multiple diagnosis-fix-verify cycles on windmill latch and map coverage), the Mandarin Lab pipeline rebuild, and CFD campaign management. ⟦d:commit_count_400_7day⟧
Demonstration document — standalone sample with illustrative signature states; not connected to a live report system.