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May 2, 20260 citationsOpen Access

Clean-Start Toy Simulation Evidence for Signal-Time-Authority Runtime Oversight: Falsification, Ablation, Boundary, Human-Latency, Safety Slack, Domain-Specific, and Large-Replication Diagnostics

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HNHtet Ko Ko Naing

Key Points

  • This research aims to evaluate the reliability of the signal-time-authority oversight pattern in simulated environments.
  • Developed an expanded clean-start staged simulation benchmark in C++.
  • Conducted a large replication involving 1.2096 billion synthetic simulated episodes.
  • Incorporated falsification controls, component ablation, and boundary sensitivity analyses.
  • The core signal-time-authority oversight pattern was found to be reproducible across simulations.
  • Human-latency thresholds were effectively calibrated within the benchmark.
  • Safety slack metrics were evaluated, showing potential for improved simulation diagnostics.

Abstract

This Version 1 release extends the earlier v0.9.2 independent C++ cross-domain toy benchmark into a larger clean-start staged simulation evidence ladder, including falsification controls, component ablation, boundary sensitivity, human-latency thresholding, Safety Slack calibration, domain-specific deep runs, and a large C++ replication totaling 1.2096 billion synthetic simulated episodes. This is a synthetic toy diagnostic benchmark only. It is not real-world validation, not a deployed-system safety guarantee, not a medical or industrial safety certification, and not a proof of safety. The supported claim is that the core Signal-Time-Authority oversight pattern remains internally reproducible across the current toy simulations.

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Cite This Study

Htet Ko Ko Naing (2026) studied this question.

synapsesocial.com/papers/69f5945c71405d493afff282https://doi.org/10.5281/zenodo.19910882
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