SMART TECHNOLOGIES IN THE MANAGEMENT OF INTERNATIONAL TOURIST FLOWS AND THE PRESERVATION OF CULTURAL HERITAGE

Main Article Content

Inna Kochuma
Світлана РОДИК

Abstract

Introduction. The rapid digital transformation of the global tourism sector has intensified the need for data-driven and technologically supported management models. Smart technologies—ranging from IoT sensors and geospatial analytics to AI-enhanced decision-support systems—have become essential tools for regulating tourist flows, improving destination sustainability, and protecting cultural heritage. As international tourism recovers and restructures in the post-crisis period, destinations face growing challenges associated with overtourism, pressure on heritage sites, fragmentation of governance, and unequal access to digital infrastructure. In this context, the concept of smart tourism and the development of smart destinations provide a systemic framework for integrating advanced technologies into the governance of tourism ecosystems.


Purpose. The purpose of the study is to examine the role of smart technologies in managing international tourist flows and in safeguarding cultural heritage; to identify the key barriers that hinder their effective implementation; and to outline practical recommendations based on UNWTO, UNESCO, and ITU guidelines that support sustainable, technologically assisted tourism development.


Results. The analysis demonstrates that smart tourism enables a transition from isolated digital tools to integrated, real-time management systems that enhance the efficiency, adaptability, and sustainability of tourism destinations. Smart destinations utilize IoT infrastructures, GIS platforms, AI-based monitoring systems, and open-data solutions to observe visitor movements, assess environmental burdens, monitor heritage sites, and optimize mobility.


The application of spatial differentiation models and big-data analytics supports evidence-based decisions related to visitor distribution, dynamic pricing, congestion mitigation, and cultural-site protection. European case studies—including sensor-monitored heritage zones, real-time crowd-management platforms, and unified mobility systems—illustrate that smart-technology adoption contributes to reduced overcrowding, improved tourist experience, and long-term resilience of destinations.


At the same time, significant challenges remain: cybersecurity risks and privacy concerns, digital inequality between regions and stakeholders, institutional fragmentation, limited financial resources in smaller communities, and risks of cultural commodification intensified by digital replication technologies.


Originality. The originality of the research lies in its integrative approach, which combines theoretical models of tourism flow differentiation with practical mechanisms of smart governance and international policy guidelines. Unlike existing studies that often examine smart tourism from a purely technological or managerial perspective, this work synthesizes technological, spatial, and cultural-heritage dimensions into a unified conceptual framework.


Conclusion. Smart technologies represent a transformative foundation for sustainable international tourism, enabling destinations to balance visitor experience, resource efficiency, and heritage preservation. Effective implementation requires comprehensive digital strategies, inclusive access to technology, strong inter-institutional coordination, and long-term investment in human capital. Future research should focus on forecasting models of tourist flows, the development of integrated indicators for smart destination governance, and assessments of the ethical implications of digital heritage. Ultimately, smart-technology adoption offers a pathway toward resilient, adaptable, and sustainable tourism systems capable of responding to global challenges and ensuring the protection of cultural heritage for future generations.

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