
USENIX Security 2026 artifact for the paper SoK: Colluding Adversaries in Machine Learning Pipelines. Reproduces three empirical studies on unintended interactions between independent attacks against machine-learning models: Part A (paper §5.2, Table 5): data-poisoning vs. model extraction on CIFAR-10/100 — negative collusion. Part B (paper §5.3, Table 6): model extraction vs. distribution inference on CelebA/UTKFace — positive collusion. Part C (paper §5.4): data reconstruction (Geiping NeurIPS 2020 gradient inversion) vs. membership, attribute, and distribution inference on CIFAR-10 and CelebA/UTKFace — positive collusion. Targets all three USENIX Security 2026 badges (Artifacts Available, Functional, Results Reproducible). Single locked Python environment (pyproject.toml + uv.lock) pinning amuletml==0.5.1. One setup.sh covers all three parts; each part ships a smoke test (~3-10 min) and a full reproduction script. See README.md for claims, requirements, time budgets, and reference numbers.
machine learning security, systematization of knowledge, data poisoning, colluding adversaries, USENIX Security 2026, attribute inference, model extraction, distribution inference, data reconstruction, membership inference
machine learning security, systematization of knowledge, data poisoning, colluding adversaries, USENIX Security 2026, attribute inference, model extraction, distribution inference, data reconstruction, membership inference
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