Strategic Tourism Paradigm Engineering: A Systemic Architecture for Anti-Fragile Destination Ecosystems

Contemporary European tourism is confronting an acute systemic paradox: critical overcrowding in hyper-dominant urban centers (Overtourism) operating alongside structural underutilization in peripheral and rural regions. Prevailing digital architectures remain fragmented, acting as isolated commercial silos that exacerbate spatial friction rather than fostering a cohesive, self-regulating ecosystem. This working paper proposes a fundamental paradigm shift by looking beyond conventional industrial engineering and drawing architectural principles from forest ecology. Specifically, it introduces the 'Mycorrhizal Destination Framework'—a biomimetic digital architecture modeled on the Wood Wide Web (the subterranean mycorrhizal network connecting forest ecosystems). By translating biological primitives—decentralized flow routing, mutualistic nutrient and value exchange, and distributed systemic resilience—into an open digital infrastructure, this paper articulates the foundational architecture for a sovereign European Symbiotic Tourism Network (ESTN). Powered by the Global Tourism Intelligence & Data Exchange Network (GTIDEN) layer, this framework orchestrates dynamic visitor flow redistribution by matching multi-dimensional 'Traveler DNA' with dynamic 'Destination Carrying Genomes.' Positioning Finland's national digital infrastructure as a primary pilot sandbox, the framework operationalizes a transition from extractive volume-driven tourism to a regenerative, sovereign, and resilient European ecosystem.