DOI: 10.3390/su18199883 ISSN: 2071-1050

The ATHRIAN Framework: Integrating Cultural Heritage, Digital Innovation and Sustainability

Vasiliki Brinia, Elena Kountouri, Nikolaos Petrochilos, Vasiliki Georgaka, Dimitrios Sourlas, Georgios Tziros, Aikaterini Pramatari, Aggeliki Karagiannaki, Athina Karatosiou, Eleftherios Skarpinakis

Digital transformation can extend the educational, social, and economic value of cultural heritage, but technology-led initiatives frequently remain disconnected from heritage interpretation, learning theory, entrepreneurship, and long-term sustainability governance. This article develops the ATHRIAN Framework as an integrative systems-based model for sustainable digital heritage experiences. Methodologically, the study combines a structured integrative literature review and conceptual synthesis with a formative application at Hadrian’s Library in Athens. The review integrates heritage doctrine, systems and resilience theory, interpretation and experiential-learning scholarship, digital-heritage research, gamification, cultural entrepreneurship, and sustainability governance. Through comparative coding and iterative synthesis, six interdependent dimensions were derived: Heritage Interpretation, Digital Innovation, Experiential Learning, Narrative Engagement and Gamification, Cultural Entrepreneurship, and Sustainability Governance. Eight theoretical propositions and eight design principles translate these dimensions into a research and implementation agenda. The formative application uses an anonymous audience-preference survey (n = 192) collected for an academic project. Descriptive results show strong interest in an interactive exploration experience (132 yes, 52 maybe), high interest in a knowledge-oriented treasure hunt (77.1% rating it very or extremely interesting), preference for a hybrid delivery format (50.0%), and substantial potential willingness to pay (91.7% yes or maybe). These findings are not treated as validation of the framework; rather, they demonstrate how ATHRIAN can guide site-specific design choices and empirical measurement. The article contributes a theoretically grounded, operationalizable framework, clarifies its boundary conditions, and specifies a staged adaptation protocol for future comparative, expert-validation, and implementation studies.