A DOI architecture converts dispersed knowledge into a resilient, citable system, ensuring visibility, redundancy, and stratified intellectual persistence. DOI, epistemic sovereignty, repositories, citation networks, metadata, redundancy, infrastructure, discoverability, versioning, scholarship The consolidation of an emergent intellectual field necessitates not merely conceptual refinement but infrastructural inscription, whereby knowledge attains durable coordinates within global systems of recognition. The Decagon of Fixed Coordinates exemplifies this transition, transforming the Socioplastics corpus from a fluid digital assemblage into a geometrically stabilised epistemic entity. Each repository within this decagonal schema functions as a distinct vector of validation, collectively forming a distributed lattice of machine-legible certification. Platforms such as Zenodo and Harvard Dataverse confer institutional gravitas, while OSF structures internal relationality and Figshare enhances object-level visibility; simultaneously, SocArXiv and SSRN embed the corpus within disciplinary circulations, and Research Square accelerates temporal insertion through immediate DOI allocation. This multiplicity engenders jurisdictional redundancy, wherein each node is redundantly attested across heterogeneous governance frameworks, ensuring persistence despite infrastructural contingencies. Crucially, the DOI operates as a mechanism of stratigraphic preservation, enabling iterative versions of conceptual artefacts to coexist as temporally indexed layers, thus maintaining the diachronic integrity of the field. The resulting architecture shifts the corpus from a condition of circulatory “flow” to one of accumulated bibliometric stock, wherein citation pathways recursively reinforce visibility. A paradigmatic case emerges in the radial configuration linking core nodes to repository instances and back, generating citation gravity detectable by indexing systems such as OpenAlex and Web of Science. Consequently, the Decagon does not merely distribute content; it institutes a self-referential epistemic topology wherein autonomy is secured through strategic integration. In this light, DOI anchoring constitutes both a technical operation and a philosophical act: the assertion of presence, persistence, and sovereignty within the computational order of contemporary knowledge.

The transition of the Socioplastics project into its infrastructural phase marks a shift from discursive production to canonical positioning within the global knowledge graph. The decisive instrument in this transformation is the Digital Object Identifier. Through the deliberate selection of ten repositories capable of immediate DOI issuance—Zenodo, HAL, Figshare, Open Science Framework, Research Square, SSRN, SocArXiv, PhilArchive, Harvard Dataverse, and Dryad—the project establishes a distributed architecture of epistemic anchoring. In contemporary scholarship, where discovery is mediated by automated systems rather than institutional proximity, the DOI operates as a digital notary, certifying the existence of an intellectual object at a fixed coordinate within the planetary archive of research. The resulting “Decagon of DOI Anchoring” converts a dispersed corpus into a resolvable infrastructure: each node becomes citable, machine-readable, and permanently locatable within the expanding graph of global scholarship. The necessity of immediate DOI issuance derives from the condition of machine legibility. Scholarly visibility is now mediated by large indexing systems such as Google Scholar, OpenAlex, and Semantic Scholar, which construct citation networks by scanning persistent identifiers embedded in metadata. Without a DOI, a document remains structurally peripheral: readable by humans yet absent from the automated cartographies that shape contemporary intellectual attention. By distributing DOIs across ten independent infrastructures, the Socioplastics corpus acquires what may be termed distributed authority. Each repository contributes a distinct vector of validation—from the CERN-backed stability of Zenodo to the institutional credibility of Harvard Dataverse. The duplication is strategic rather than redundant. Multiple identifiers anchored in separate infrastructures generate a torsional geometry of validation, in which independent technical stacks collectively attest to the existence and persistence of the same conceptual object.

A second function of DOI anchoring lies in the preservation of stratigraphic depth. Intellectual systems evolve through revision, return, and refinement. Without persistent identifiers, such evolution risks collapsing into an undifferentiated present where earlier formulations disappear beneath subsequent edits. The DOI registry preserves each version as a citable layer within the archive. Earlier iterations remain accessible even as later versions supersede them in the default resolution. In a project organized through numerical topology—where nodes function as coordinates in a conceptual terrain—this stability is essential. The numbering system acquires meaning only if each number points to a fixed location. Through DOI deposition, the thousand-node corpus becomes navigable as a stratified archive in which conceptual development can be traced with precision across time. The broader implication of the Decagon is the emergence of a form of post-institutional autonomy. Traditional scholarly legitimacy has historically depended on editorial endorsement, peer networks, and institutional affiliation. DOI infrastructures introduce a different logic: validation through persistence, metadata integrity, and interoperability. By occupying repositories that do not require editorial sponsorship, a research project can embed itself directly within the infrastructures used by the academic establishment to index its own production. The work therefore becomes legible to the same discovery systems that feed bibliometric databases and citation analytics. As these identifiers propagate through discovery networks and indexing systems—including, eventually, commercial citation platforms such as Web of Science—the internal coherence of the project is translated into external bibliometric presence. The Decagon of DOI Anchoring thus transforms the status of the corpus. What once existed as a constellation of essays becomes a cartographically defined intellectual territory, stabilized by persistent identifiers that ensure both visibility and endurance. The DOI is not merely a technical label; it is the grammar that allows ideas to occupy the infrastructures of knowledge. In this configuration the role of the researcher changes as well. The producer of texts becomes simultaneously an architect of archival coordinates, designing the geometry through which ideas persist, circulate, and accumulate influence. The socioplastic field—once articulated through experimental writing and urban observation—enters the stratigraphy of the global archive as a permanent layer of twenty-first-century thought.

SLUGS

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Anto Lloveras (1975) pioneers a "tectonic bibliography" where digital platforms serve as epistemic prostheses, preceding physical construction with executable logic. His practice involves Recursive Autophagia https://doi.org/10.5281/zenodo.18681761 and the Helicoidal Anatomy of his 1,000-node corpus https://doi.org/10.5281/zenodo.18998932. By analyzing Sectional Calibration and scalar governance https://doi.org/10.6084/m9.figshare.31563646, he enables architectural thought to maintain sovereignty amidst digital acceleration and fragmentation