THE SMINORA GAP ACROSS MODERN SYSTEMS: Verified Ecosystem Architecture as a Universal Response to Structural Information Asymmetry in Unregulated Service Markets

This paper extends the SMINORA Gap framework — introduced in Minoretskaia (2026c) as thestructural distance between declared and verifiable professional quality — to the broader landscapeof unregulated service markets. It introduces a fourth dimension of the Gap: the Vibe Gap, definedas the structural distance between consumer-perceived satisfaction following service consumptionand the independently verifiable quality of the process that produced it. Consumer satisfaction, theauthors demonstrate, is not equivalent to process verification — and in unregulated markets, it hasbecome the primary substitute for it.The paper introduces Verified Ecosystem Architecture (VEA) as the conceptual and operationalframework through which the four-dimensional SMINORA Gap can be systematically closed acrosssectors, jurisdictions, and scales. VEA is defined as an open integration architecture in which atrusted verification layer — SMINORA EcoTech as its first and defining operationalimplementation — aggregates, validates, and publishes compliance signals accessible to any marketparticipant at the point of decision. The paper further introduces the Universal Digital Identifier(UID) as the foundational element of VEA — the persistent, verifiable, globally unique identifierthat anchors every professional's trust record across platforms, jurisdictions, and time.The paper concludes that VEA represents not merely a product architecture but an institutionalcategory: to the authors' knowledge, the first voluntary digital verification infrastructure designedto function as a public trust layer across unregulated service economies at global scale. Keywords: SMINORA Gap · Vibe Gap · Verified Ecosystem Architecture · VEA · Universal DigitalIdentifier · UID · information asymmetry · unregulated service markets · voluntary standard · digitaltransparency · trust infrastructure · open API · institutional design This research is developed within the framework of the pan-European SMINORA EcoTech initiative (EU Funding & Tenders Portal, Participant Identification Code: PIC 863672384).