Anchoring AI Proof Certificates to Clinical Data Standards: The ARCH Framework for Adaptive Regulatory Compliance and Human Oversight in Clinical Trials

This working paper proposes the ARCH Framework — Adaptive Regulatory Compliance and Human Oversight — a field-level implementation framework for anchoring AI proof certificates natively within the CDISC Unified Study Definitions Model (USDM) without requiring new standards or infrastructure. The framework specifies a three-gate schema for regulatory compliance verification, formal structural verification, and human oversight attestation, including field-level specifications, conformance rules, controlled vocabularies, and programmatic dependencies. Additional topics include risk-based quality management integration anchored to ICH E6(R3), PCCP dynamic ingestion architecture, retroactive compliance invalidation with risk-calibrated escalation workflows, continuous learning governance, biomedical concept verification via the BiomedicalConceptSurrogate trap, dataset provenance and EU AI Act Article 10 compliance, SLA adjudication architecture, living protocol governance, real-time protocol authoring mode executing Gate 1 and Gate 2 verification in under 100 milliseconds at the moment of human drafting, real-time clinical trial support aligned with FDA's April 2026 RTCT initiative, and multi-jurisdictional interoperability. Companion Excel data dictionary included as the authoritative field-level specification. Version 3.0 Working Paper. Explanatory narrative sections in progress. Builds upon Thompson, S. (2026). Toward a Regulatory Validation Framework for AI-Assisted Clinical Trial Activation and Execution. NexTrial Dispatch, March 2026.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-21
DOI
https://doi.org/10.5281/zenodo.20335648
Primary Topic
Scientific Computing and Data Management
Type
preprint
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preprint

Anchoring AI Proof Certificates to Clinical Data Standards: The ARCH Framework for Adaptive Regulatory Compliance and Human Oversight in Clinical Trials

Jessica Stuyvenberg
Zenodo (CERN European Organization for Nuclear Research)
Scientific Computing and Data Management
preprint

Anchoring AI Proof Certificates to Clinical Data Standards: The ARCH Framework for Adaptive Regulatory Compliance and Human Oversight in Clinical Trials

Jessica Stuyvenberg
preprint en

Abstract

This working paper proposes the ARCH Framework — Adaptive Regulatory Compliance and Human Oversight — a field-level implementation framework for anchoring AI proof certificates natively within the CDISC Unified Study Definitions Model (USDM) without requiring new standards or infrastructure. The framework specifies a three-gate schema for regulatory compliance verification, formal structural verification, and human oversight attestation, including field-level specifications, conformance rules, controlled vocabularies, and programmatic dependencies. Additional topics include risk-based quality management integration anchored to ICH E6(R3), PCCP dynamic ingestion architecture, retroactive compliance invalidation with risk-calibrated escalation workflows, continuous learning governance, biomedical concept verification via the BiomedicalConceptSurrogate trap, dataset provenance and EU AI Act Article 10 compliance, SLA adjudication architecture, living protocol governance, real-time protocol authoring mode executing Gate 1 and Gate 2 verification in under 100 milliseconds at the moment of human drafting, real-time clinical trial support aligned with FDA's April 2026 RTCT initiative, and multi-jurisdictional interoperability. Companion Excel data dictionary included as the authoritative field-level specification. Version 3.0 Working Paper. Explanatory narrative sections in progress. Builds upon Thompson, S. (2026). Toward a Regulatory Validation Framework for AI-Assisted Clinical Trial Activation and Execution. NexTrial Dispatch, March 2026.

Zenodo (CERN European Organization for Nuclear Research)
Advisory Board Company (United States) (US)
Industry, innovation and infrastructure
Scientific Computing and Data Management
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