Socio-technical System Transitions

CRF’s research focuses on complex socio-technical systems, their transitions, and the conditions under which they can be governed under uncertainty. The core focus is architectural innovation: the design of system structures, decision architectures, and governance arrangements that define the space of possible process and technological innovations.

Resilience, circularity, and sustainability are treated as system-level properties, emerging from how socio-technical architectures are configured, rather than as outcomes of isolated product or process improvements. CRF operates at this architectural level, supporting the transfer of research into decision and governance capacity for complex transitions.

This work is structured around a common transition framework that connects Education Systems, Research & Technology Systems, Place-Based Systems, and Value Chain Systems, understood as interdependent socio-technical architectures. Together, these systems define the minimum structure required to translate research into actionable capacity for governing transitions under complexity.

Place-Based Governance

Place-based governance addresses how socio-technical systems are governed within specific territorial, institutional, and infrastructural contexts. In complex transitions, governance is not primarily a policy issue, but an architectural one, concerning how decision rights, coordination mechanisms, and feedback structures are configured within a place.

CRF’s research focuses on designing place-based governance architectures that enable coherent decision-making under local constraints, moving beyond place-neutral policy assumptions.

Governance Infrastructures

Governance infrastructures are socio-technical arrangements that make complex systems observable, negotiable, and governable. They operate at the interface between governance and operations, embedding decision logic into technical systems.

CRF treats digital twins as governance infrastructures: hybrid systems that integrate data, models, and institutional rules to operationalise system architectures and support decision-making under complexity.

Quantitative Approaches to territorial Business Models

Territoriali business models

Territorial Systems, Entropy, and the Threshold of Chaos

Complexity and Climate Crisis

Culture as an Entropy Reducer

Digital Twins: Definitions, Lifecycle Intelligence, and Research Outlook

Digital Twins as Technical Infrastructure for Euro-Mediterranean Cooperation

Polycentric Governance

Complex transitions unfold within polycentric governance systems, where multiple decision centres operate across scales and institutions. Polycentricity is not a coordination failure, but a structural condition of contemporary socio-technical systems.

CRF’s research focuses on how polycentric governance architectures can be designed to align decision rights, coordination mechanisms, and feedback loops with the dominant digital and infrastructural technologies shaping current transitions.

Building a Euro-Mediterranean Technology Roadmap

Localizing the SDGs: From Global Goals to Territorial Strategies

From Agreements to Ecosystems: Platform Diplomacy

Territorial Nodes as Infrastructures of Functional Diplomacy

Territorial Platforms as Commons

Rethinking Cooperation Beyond the Project

The Mattei Plan: a vision of cultural redemption and external projection

Thinking Communities: culture That Creates Development

Culture and Development of Southern Italy

Culture, Symbolic Resources, and Collettive Identity

Culture and Governance

How Lack of Engineering Capability Undermines Sovereignty

The Dismantling of Italy’s Technological Sovereignty

Europe’s Technological Blindspot

What Technological Sovereignty Really Means

Re-embedding Governance

Global Shift, Territorial Crisis

From Function to Fiction: Why Projects Don’t Transform Territories

SmartLand: a model for the italian reality

Community based development

Apulia: Development Trap Region

Civil Economy: territory and complex systems

Triple Transition: towards a new socio-economic

Cultural and territorial capitalism: cooperation and competition

Nostalgic communities and symbolic resources

Thinking Territories: From Smart City to Smart Land

Cultural Attractors in Complex Systems: The Case of Salento

Cultural and Educational Architectures in System Transitions

Cultural and educational systems are architectural components of socio-technical transitions. They shape how complexity is understood, how trade-offs are legitimised, and how uncertainty is managed.

CRF’s work in this area focuses on architectural innovation in education and culture, addressing learning systems and decision cultures as system-level capacities that enable societies to engage with transitions rather than respond reactively to change.

Community based development and complex systemsy

Culture and systems theory

Cultural substitutions and assimilations

Culture, Peoples and Leadership: who commands?

Mediterranean and Southern Culture

Salento and the Buen ritiro: cases of toxic narratives

Italy and the sea

The narrated Italy and the real one: cui prodest?

The School of Standardizers and Standardized

Culture and Technological Development

Artificial Intelligence: A transition tool hegemonic in the post-globaliziaton era

Culture as Emerging Property in Complex Systems

Culture as a tool of manipulation

Culture and the Delirium of the Babelics

Culture and Artificial Intelligence

Culture of Governance and Global Challenges

The Great Mystification of AI

Research & Technology System Transitions

Research and technology systems are central to transitions, but often remain fragmented and weakly connected to governance and implementation contexts.

CRF approaches research and technology transitions through architectural and decision-engineering perspectives, focusing on how research architectures can structure options, inform decisions, and support the transfer of knowledge into system-level governance and implementation processes.

Universities: between self referentiality and the risk of double funding

Technological revolutions and culture: the vision of Carlota Perez

The new cultural capitalism

Tecnological development and the myth of Prometheus

Impact Research Networks: living lab and resilience in networked systems

Living Labs as infrastructures for regional cooperation and innovation

Impact-Oriented Research: from disciplines to problems

The Fragmentation Trap in EU Research Funding: How Competitive Schemes Weaken Regional Strategies and Reinforce Academic Oligopolies

Beyond Publications: Reclaiming Research for Territorial Impact

Toward a Strategic Research Agenda for Adaptive and Federated Digital Twins

Value Chain System Transitions

Value chains are complex socio-technical systems shaped by material properties, regulatory frameworks, technological dependencies, and geopolitical constraints. Transitions in value chains involve structural trade-offs between efficiency, resilience, circularity, and strategic autonomy.

CRF addresses value chain transitions through architectural innovation, using specific material and industrial systems as analytical and operational domains within a unified resilience-oriented framework.

Sustainable Fashion

The textile and fashion sector exemplifies complex value chain transitions driven by material intensity, globalised production, and regulatory pressure. CRF analyses fashion systems as socio-technical architectures to identify structural lock-ins and redesign pathways for resilience and circularity.

The State of Fashion in Africa may surprise us in 2023

Biogenic Material Value Chains

Biogenic material systems involve organic resources, biological processes, and nutrient cycles. CRF focuses on the architectural conditions required to govern biogenic flows sustainably across territorial, industrial, and environmental systems.

Technogenic Material Value Chains

Technogenic material systems include plastics, composites, and industrial materials embedded in long-lived infrastructures and products. CRF analyses technogenic stocks as socio-technical systems requiring architectural redesign to maintain governability and resilience under uncertainty.

Review of anneke smelik’s materialist story “polyester: a cultural history”

Plastic pollution plagues chad, yet solutions are at hand

Water Systems

Aquatic systems integrate freshwater, wastewater, rivers, coastal, and marine environments with infrastructures and governance regimes. CRF approaches aquatic systems as socio-technical architectures where pollution, accumulation, and risk emerge from structural misalignments across scales.