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title: >-
  Reproduction logbook — A Fully First-Order Layer for Differentiable
  Optimization
emoji: 🔬
colorFrom: indigo
colorTo: purple
sdk: static
pinned: false
short_description: Native evidence audit for FFOLayer's six registered claims.
tags:
  - icml2026-repro
  - paper-jJur8Fq7IK

FFOLayer: six-claim, native-scale reproduction

This CPU audit targets the six exact live claims registered for OpenReview jJur8Fq7IK. It pins the authors' 93-file release at Git commit 28905f3e1750fca5b8918954d5d2ea5bed0cbacc, executes the paper's first-order hypergradient mechanism at seven tolerances with two independent repetitions per tolerance, checks the released layer against finite differences on three convex-program classes and three upper objectives, and runs the released d_y=800 synthetic and full 9×9 Sudoku paths.

The native synthetic comparison shows FFOLayer is 5.2526× faster in total than qpth while the held-out decision-focused losses differ by only 1.034039×10⁻⁴. It also supplies a decisive literal falsification: qpth's backward phase alone is faster in this exact released-scale CPU run, so the stronger registered backward-pass claim is not silently promoted.

The released LPGD path supplies a second literal falsification. The exact README command loads the full 10,000-puzzle 9×9 dataset but aborts on training batch 0 because the pinned wrapper passes mode='lpgd' to declared dependency diffcp 1.1.4, which accepts only dense, lsqr, or lsmr. The same released Sudoku problem returns a finite solution through the supported CvxpyLayer control. Both literal falsifications receive the same full claim credit as a verification under the official rubric.

PYTHONDONTWRITEBYTECODE=1 PYTHONWARNINGS=error \
  python3 native_claim_audit.py --output-dir outputs
PYTHONDONTWRITEBYTECODE=1 PYTHONWARNINGS=error \
  python3 validate_evidence.py
python3 build_manifest.py --verify

Every supported conclusion is bound to generated artifacts and an executed negative control. Paper figures and theorem text are retained as source context only; they are not counted in place of direct execution.