The Standardized Perturbation Protocol v1.0 is the frozen, canonical specification governing how stress, shocks, and deformation are introduced into SCFL‑aligned simulations and measurement environments. It defines the complete perturbation family—its classes, bounds, timing rules, and adversarial behaviors—ensuring that all downstream analyses are scientifically valid, reproducible, and immune to post‑hoc tuning. This protocol formalizes: A complete taxonomy of perturbation classes, including environmental noise, adversarial shocks, topology shifts, agent loss, resource scarcity, and deception attempts Magnitude and frequency bounds that prevent arbitrary or researcher‑selected shock intensities Adversarial behavior classes with frozen rules for spoofing, misdirection, and destabilization attempts Noise‑injection policies that ensure non‑drifting, replayable randomness A fixed time horizon and cadence, preventing retroactive adjustment of stress windows A seam‑defined integration model that ensures perturbations interact consistently with SCFL’s Simulation Architecture The protocol is designed to eliminate ambiguity, prevent adversarial reinterpretation, and provide a neutral, reviewer‑safe foundation for necessity claims, brittleness analysis, recoverability benchmarking, and comparative invariant testing. All parameters are locked ex‑ante and must never be altered retroactively. This artifact is frozen as v1.0 and serves as the foundational stress‑generation layer for all SCFL simulations, substitution experiments, and falsification protocols.
Ronald Brogdon (2026) studied this question.