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arXiv · 2604.16081

Veritas-RPM: Provenance-Guided Multi-Agent False Positive Suppression for Remote Patient Monitoring

Aswini Misro·Vikash Sharma·Shreyank N Gowda
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Abstract

We present Veritas-RPM, a provenance-guided multi-agent architecture comprising five processing layers: VeritasAgent (ground-truth assembly), SentinelLayer (anomaly detection), DirectorAgent (specialist routing), six domain Specialist Agents, and MetaSentinelAgent (conflict resolution and final decision). We construct a 98-case synthetic taxonomy of false-positive scenarios derived from documented RPM patterns. Synthetic patient epochs (n = 530) were generated directly from taxonomy parameters and processed through the pipeline. Ground-truth labels are known for all cases. Performance is reported as True Suppression Rate (TSR), False Escalation Rate (FER), and Indeterminate Rate (INDR).

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Aswini Misro, Vikash Sharma, Shreyank N Gowda. 2026-04-17. Veritas-RPM: Provenance-Guided Multi-Agent False Positive Suppression for Remote Patient Monitoring. https://arxiv.org/abs/2604.16081

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