SCANDINAVIA'S EXPERIENCE IN APPLYING THE CLUSTER MODEL OF SMART SPECIALIZATION FOR REGIONAL DEVELOPMENT

This study explores the successful implementation of the cluster-based model of smart specialization in the Scandinavian countries—Sweden, Finland, Norway, and Denmark—focusing specifically on its role in fostering economic development in peripheral and often remote regions. It emphasizes how these countries have transformed geographic and infrastructural disadvantages into unique innovation opportunities, using artificial intelligence (AI), digital solutions, and sustainable technologies as key enablers. Scandinavian nations have developed robust, knowledge-driven regional economies by strategically aligning local strengths with national and European innovation priorities. Smart specialization in this context functions not merely as a policy framework but as a catalyst for building dynamic innovation ecosystems that integrate universities, research institutions, businesses, and public authorities. The study identifies several notable regional success stories. For instance, Sweden’s northern city of Luleå has emerged as a European hub for Internet of Things (IoT) technologies and cloud computing, driven by partnerships between academia, tech firms, and local governments. Finland has modernized its traditional forestry sector by integrating AI-powered analytics and robotics into the bioeconomy, thereby boosting productivity and creating new eco-friendly bio-based products. Norway has successfully applied smart specialization principles to offshore renewable energy, with hydrogen technologies playing a central role in its green transition. Denmark’s agricultural clusters, particularly in Jutland, showcase how digital platforms and AI applications can transform farming practices, enhance sustainability, and increase export competitiveness. Key enablers behind these achievements include strong multi-level governance, significant public-private co-investment in R&D, AI-driven test environments, and education and reskilling programs tailored to the digital economy. By embracing AI not only as a technological tool but also as a cross-cutting enabler of regional development, these countries have built flexible and responsive innovation systems. The Scandinavian experience illustrates that even sparsely populated or economically lagging regions can thrive if they adopt a long-term strategic vision, support bottom-up innovation, and integrate AI and digital technologies into place-based development. These lessons hold significant relevance for other countries seeking to reduce regional disparities through smart specialization.