Admissibility Governance and the Rewiring of Global Trade

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Authors: Rajeshkumar Venugopal, RAJESHKUMAR VENUGOPAL
Cited by: 0

Abstract

This paper introduces admissibility governance as an emerging mode of market access regulation in global trade and production systems. Under admissibility regimes, participation in a market is conditioned not on tariffs, prices, or compliance costs, but on the ability of firms to produce and sustain evidentiary proof regarding production conditions, sourcing, or operational practices. Enforcement operates through binary access decisions—admission, detention, exclusion, or withdrawal—rather than continuous price-based adjustments. The paper argues that admissibility governance creates a distinct form of risk—admissibility risk—that is poorly captured by existing trade, global value chain, and supply-chain governance frameworks. Because evidentiary sufficiency is assessed ex post and can be triggered by external actors, firms face asymmetric downside risk that incentivizes early supply-chain restructuring, diversification, and investment in higher-cost but evidentiary-stable production environments, often before formal enforcement actions occur. Drawing on examples from forced-labor enforcement, environmental traceability regimes, financial compliance, and product admissibility systems, the paper develops a general conceptual framework explaining how admissibility governance reshapes firm behavior, procurement decisions, and global production organization. The objective is theory-building and vocabulary formation rather than causal estimation or policy prescription. This paper is intended as a foundational conceptual reference for analysts, firms, and researchers seeking to describe and analyze regulatory environments in which market access is governed by evidentiary verification rather than cost optimization.

Fields of Study & Subjects

Global trade sustainability and social impact Regulation and Compliance Studies World Trade Organization Law

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
1 January 2026