Ontology of Global Storage: Canonical Order and Naming

This paper develops an ontology of global storage grounded in the distinction between ontological identity and epistemic access. The central claim is that the identity of a stored object is determined solely by its globally unique name and the canonical order of operations associated with that name. Observation, availability, failure, and partial visibility are treated as epistemic phenomena that do not alter the object’s ontological state. Against prevailing approaches that conflate consistency with observation or consensus, the paper argues that truth in storage systems is not a matter of agreement among observers, but a structural property fixed by canonical order. From this perspective, phenomena such as network partitions, delayed observation, or local inconsistency do not introduce alternative histories or fragmented identities; they merely limit access to an already well-defined history. The proposed framework separates global identity from local implementation constraints and rejects the attribution of ontological status to failure states. This yields a name-first account of persistence, in which objects remain identical across time insofar as their canonical histories are preserved, independently of observational conditions. The analysis positions global storage as a concrete case study in broader metaphysical debates on identity, persistence, and the grounding of truth in ordered structures rather than observational coherence.