Why Procedures Do Not Give Rise to Legitimacy

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Authors: John C. Matylonek
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Abstract

Why Procedures Do Not Give Rise to Legitimacy challenges democratic proceduralist theories that locate political legitimacy in formal rules, deliberative processes, or constitutional compliance. Drawing on Constitutional Civic Realism (CCR), the paper argues that procedures do not generate legitimacy; they merely express it when underlying institutional balance already exists. The paper shows how procedural fidelity can coexist with deep illegitimacy under conditions of institutional asymmetry. When organized powers are unevenly distributed, procedures tend to entrench domination rather than constrain it, transforming rule-following into a mechanism of stabilization rather than accountability. Appeals to “following the rules,” “constitutional order,” or “proper process” often intensify conflict precisely because procedures are asked to perform work they cannot do. Using examples ranging from legislative paralysis and judicial gatekeeping to bureaucratic over-proceduralization and administrative obstruction, the paper demonstrates how excessive proceduralism functions as a defensive technology for entrenched power. From a CCR perspective, legitimacy depends not on procedural correctness, but on the reciprocal capacity of institutions to check, contest, and reverse one another’s decisions. The analysis reframes procedural breakdowns not as failures of civic virtue or democratic culture, but as symptoms of structural imbalance. Procedures remain necessary for coordination and governance, but they cannot substitute for institutional non-domination. This paper extends the CCR critique of moral legitimacy theories into democratic theory and media-driven procedural discourse, clarifying why procedural reform repeatedly fails when structural conditions remain unchanged.

Fields of Study & Subjects

Political Theory and Democracy Comparative constitutional jurisprudence studies Political Philosophy and Ethics

Publication details

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