Trust Without Knowing: Knowbind and Distributed Verification in Scientific Publishing

Scientific inquiry depends on claims that individual researchers cannot fully assess before using them, a condition often described as trust without knowing. That condition calls not for trust as a global attitude toward papers but for governed reliance. Knowbind names a continuation predicament: an agent recognizes a use-relevant limit to independent assessment, cannot close that assessment before a continuation point, and cannot preserve the specified project without consequential uptake of some unresolved dependency. The predicament itself supplies no warrant. Where continuation is permissible, unresolved uptake must take the form of calibrated, defeasible reliance proportionate to the support available for the relevant property, use, and consequences. This requirement is connected to a property-specific architecture of distributed verification that records who was assigned a check and whether they accepted it, what checking was expected, what execution is evidenced, and the scope, independence, and revision of that evidence. A constructed matched case crosses whether the assessment can be completed in time with the verification state. With either factor held fixed, the other changes which options are justified, separating evidence retrieval from new checking, substitution from continued reliance, and restricted from confirmatory use; the integration makes these questions jointly explicit, yielding a better-specified set of justified options than either component alone. Clinical, basic-science, and observational cases show the same use-relative logic outside software. The contribution is the explicit diagnostic and normative connection. A strong composite of existing frameworks reaches the same options once assembled; the advantage proposed over it is an empirical hypothesis. Preprint status: This manuscript has not yet been peer reviewed or accepted for journal publication. Supplementary materials: Online Resource 1: Omission Audit of the Canonical Case — Final Coding Sheet. Online Resource 2: Appendices A–I, including the recognition rubric, normative argument, verification architecture, comparative analyses, and empirical programme.