STICS Mid-Term Overview:

Spectra, Centre Of Excellence and Faculty of Management of Comenius University, are key bearers of the STICS project's core vision and play a pivotal role in connecting academia with practical application. As the project enters its second half, this is an opportunity to reflect on achievements, identify key contributions, and set the direction for sustainable transfer of innovations into public administration practice. Our primary role involves coordinating and transferring knowledge between academia, R&D, and municipal, city, and regional public administration. We create conditions for project outputs and innovations to find real application in education, higher education teaching, and direct implementation in local government settings. A significant part of our activities is dissemination through conferences, workshops, and professional events. Our distinctive contribution is the ability to bridge theory, research, education, and practice, creating mechanisms for systematic knowledge transfer from academic settings into practical use.

Work Package 2 – Smart Community Framework

In collaboration with other partners, we developed the concept of smart municipalities, cities, and regions capable of responding flexibly to current development challenges: climate and demographic change, energy crisis, economic transformation, digitalization, and scarce public resources, while sustainably maintaining and improving citizens' quality of life. The framework is built on capacity building for participatory processes where innovative, tailor-made strategies and solutions integrating technical, technological, social, ecological, and other innovations emerge and are implemented in response to problems and challenges. This concept serves as a key framework unifying all project innovations and defines a common direction for consortium activities.

Work Package 3 – Spatial and Territorial Planning

Significant innovations in spatial and territorial planning emerged at Comenius University, particularly an AI-powered decision-support tool for spatial planning that enables efficient planning through data processing, synthesis, forecasting, and risk management. The tool is currently being tested at the Horné Sŕnie Living Lab and is part of the Territorial Planning Lab, which provides a significant interface for data services in territorial development for public administration and the private sector. Testing under real conditions validates practical applicability and contribution to decision-making in spatial planning.

Work Package 4 – Resilience and Infrastructure

We are implementing several key activities, with the most important outputs being an integrated innovation system for strengthening municipal and urban resilience, including the Smart Green Campus concept for transforming university and school complexes into smart, sustainable, efficiently functioning creative environments for education, research, and community development. This concept emerged through participatory design, decision-making, and implementation at the Faculty of Pharmacy and Faculty of Management complex. Our goal is to create a more sustainable, inclusive, and user-friendly environment that provides impulses for creativity, mutual learning, and collaboration, actively involving not only the academic community but also practitioners and city representatives.

The resilience innovation system was supported by developing an innovative system for improving infrastructure accessibility in the context of climate change, including nature-based alternatives, novel microclimatic models for municipalities, ecosystem services utilization, and methodologies for modeling specific situations in built-up areas using climate data and experiments. Testing takes place at the Horné Sŕnie Living Lab in collaboration with other STICS consortium partners. The system was complemented by a comprehensive toolkit for smartifying infrastructure and building lifecycles, including a methodological framework for intelligent installation of public infrastructure and buildings throughout their lifecycle, integrating environmental and cost assessment, smart monitoring, digital twins, scenario modeling, and decision-support tools for public investment and procurement.

Among the most innovative solutions developed within the STICS project are those for an intelligent biological defense system. Our team focused on developing smart elements for municipal bio-defense, based on linking chemical and biological wastewater monitoring, point air quality monitoring, and design of technological units for use at the CEDLIO Slovak Biodefense Centre Living Lab. These elements are tested and further developed at the Horné Sŕnie Living Lab, including continuous sensory data collection from a mobile cleaning unit and a SMART training unit.

Work Package 6– Living labs

Building and establishing living labs as platforms for participatory creation, design, experimentation, knowledge sharing, and transfer is a core component of our activities. We develop this approach across various territorial and thematic contexts, such as Horné Sŕnie, Kežmarok, the Banská Bystrica Region, and through the Smart Green Campus, CEDLIO, and TP Lab concepts. Living labs enable us not only to transfer theoretical and research knowledge into specific practical environments and test them in collaboration with local stakeholders, but also to conduct participatory development of tailor-made solutions based on integrating knowledge of implementation specifics, practitioners' experience, and cutting-edge scientific findings. The true value of living labs lies in developing their communities' capacity to respond flexibly to challenges, develop effective and sustainable solutions through community collaboration with external partners.

Work Package 8– Communication and Dissemination

The focus is on social media presentations, communicating the project's philosophy and its Corporate Identity, and updates to our websites (www.priestoroveplanovanie.sk, www.spectra-perseus.sk, www.stics.sk). Professional publications are also part of this—we committed to 7 peer-reviewed outputs this year (10 total for the project), and this target has been met to date. Among ongoing and planned activities is also the preparation of a comprehensive PR and marketing strategy for the upcoming spatial planning study program, as well as presenting topics related to the STICS project (innovations, smart solutions) through personal visits to secondary schools across Slovakia, in connection with the upcoming accreditation and microcredit system (part of the STICS project).

Next Steps

Moving forward, key priorities include testing and further developing innovations in living labs, creating conditions for transfer and sustainable use of consortium outputs in Slovak and international municipalities and regions. Our team is preparing follow-up activities in living labs, making outputs accessible in academic and professional practice, completing the Learnium AI-supported distance learning system, and developing modular educational programs at graduate and postgraduate levels, including a joint study program with UMB. We are also collaborating with consortium partners on the SMART CiTy virtual platform, innovative toolkits for green economy investments, public infrastructure and housing investments, and intellectual property. A key instrument for accelerating innovation implementation should be the Market Place—a virtual innovations marketplace developed in collaboration with UK, Bavenir, and SSCC partners—serving as a platform for matching demand and supply of smart solutions for the public sector.

These solutions provide a conceptual and methodological framework for efficient and sustainable smart solutions in municipalities, cities, and regions, leveraging integration and synergistic effects of various innovation types. They address current spatial development challenges from climate change through demographic development and energy crisis to security issues, offering not partial solutions but comprehensive systems addressing not only the problems themselves but also the implementation environment: data availability, economic accessibility, government capacity building, and community capacity development.

Impact on Education and Training

The project brings target groups a new quality of education based on intensified integration of theoretical knowledge with practical application. The innovative approach means that students, academics, and practitioners are not merely recipients of knowledge but actively engage in solving specific problems and validating new approaches in real-world settings. For students, this means developing specialized professional, analytical, interdisciplinary, and practical competencies that enhance their readiness to respond to current labor market and societal needs. For practitioners, it offers opportunities for professional development, access to new knowledge, and its validation and application in specific contexts.

Project's Added Value

STICS has brought Comenius University significant intensification of cooperation between academia, research, and practice. It has enabled expansion of existing partnerships, creation of new professional linkages, and more systematic integration of theoretical and research knowledge with practical application. A major benefit is the ability to validate new approaches directly in real environments through living labs in Horné Sŕnie, Kežmarok, and the Banská Bystrica Region, as well as Smart Green Campus activities. These experiences are subsequently transferred back into academia, teaching, curriculum development, publications, and student competency building.

We consider the interdisciplinary character of the consortium and its ability to connect stakeholders from diverse professional and societal spheres as the project's greatest added value. The project creates a shared space for academic and research institutions, private companies, cities, municipalities, and other self-governing entities, as well as organizations in consulting and project practice. This diversity enables confrontation of scientific and theoretical knowledge with real-world practice needs, jointly seeking solutions that are both professionally sound and practically applicable. The bidirectional knowledge transfer is particularly valuable—academic knowledge flows into practice through specific activities, living labs, and pilot solutions, while the experiences and needs of cities, municipalities, businesses, and other partners flow back into research and education.

Long-Term Potential

The greatest potential of STICS lies in creating a functional cooperation ecosystem between science, education, the public sector, and business practice that has the potential to continue beyond the project's completion. This is not merely about individual project outputs but also about created partnerships, shared know-how, and cooperation mechanisms that can serve as a foundation for further research, educational, and innovation activities. The project's long-term result should therefore be not only individual outputs but above all a sustainable network of partners and a functioning cooperation ecosystem that enables initiation of new joint research, educational, and innovation activities, preparation of follow-up projects, and continued development of solutions and know-how created within STICS.