DTSummit Workshops
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Available soon
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Available soon
Available soon
Available soon
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Available soon
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I-ESA Workshops
AI Agents, Cloud Marketplaces, and Data Spaces for Agile and Trustworthy Manufacturing Collaboration
This workshop explores how interoperable architectures, AI agents, and data-sovereign infrastructures can enable Manufacturing-as-a-Service (MaaS) ecosystems at scale. Building on recent advances in multi-agent systems, explainable and generative AI, cloud marketplaces, and semantic data spaces, the workshop addresses how manufacturing services can be discovered, negotiated, orchestrated, and trusted across heterogeneous enterprise and shop-floor systems.
The workshop combines peer-reviewed paper presentations with interactive discussion and hands-on sessions, fostering exchange between researchers and practitioners. Key topics include interoperable MaaS marketplaces, provider-consumer AI agents, semantic interoperability, secure data exchange, edge-cloud orchestration, and benchmarking methods for trust, flexibility, and performance
Chairs
Smart Manufacturing Networks (SMNs) to Support the Industrial Resilience
This workshop focuses on supply chain resilience in Manufacturing-as-a-Service (MaaS) environments, addressing how manufacturing networks can dynamically adapt to disruptions and uncertainty. It explores technologies, innovative solutions, and research that enable agile and resilient responses to both large-scale crises—such as pandemics, natural disasters, or geopolitical conflicts—and localized disruptions, including supply delays, machine failures, and operational bottlenecks.
A central theme of the workshop is the role of Smart Manufacturing Networks (SMNs): connected and coordinated industrial ecosystems that integrate programmable MaaS capabilities to enhance visibility, control, and adaptability across production networks. Through peer-reviewed paper presentations, industrial case studies, and a panel discussion involving academia and industry, the workshop will examine strategies for proactive disruption management and continuity of operations.
The workshop aims to bring together researchers and practitioners to share insights, discuss challenges, and identify future research directions for resilient, service-oriented manufacturing systems.
Chairs
Valorizing innovating ideas: winning proposals from CERES Hackathons
This workshop showcases the outcomes of an international Circular Economy hackathon journey carried out across multiple European countries, bringing together students, researchers, industry professionals, and companies to co-create solutions for real industrial challenges. It highlights how cross-sector collaboration, skills development, and education can drive sustainable industrial transformation in line with the twin green and digital transition.
Through selected paper contributions, invited talks, and interactive discussion, the workshop will present methodologies, key results, and lessons learned from the CERES hackathons, illustrating how challenge-based innovation and hackathon-driven ecosystems can act as catalysts for circular, resilient, and skills-oriented industrial systems.
Chairs
Exploring Opportunities and Challenges from Business Process to Simulation Models
This workshop explores how agentic AI systems can enable the automated generation and adaptation of industrial models when supported by robust interoperability frameworks. Focusing on the Asset Administration Shell (AAS) as a standardized foundation, the workshop examines how AI agents can access, interpret, and reason over structured asset and process data to generate business process and simulation models.
Through invited paper presentations, interactive demonstrations, and moderated discussion, participants will explore architectures for AAS-enabled AI agents, hands-on modelling examples, and key technical and ethical challenges, including transparency, trust, scalability, and human oversight. The workshop brings together researchers and practitioners to shape a shared vision for next-generation, AI-driven industrial modelling.
Chairs
Synergies for Decarbonising Energy-Intensive Manufacturing
This workshop brings together European research and industrial communities to explore how circular economy strategies, digital transformation, and low-emission technologies can jointly enable deep decarbonisation of energy-intensive industries. Focusing on sectors such as steelmaking, glass, and concrete recycling, the workshop highlights integrated pathways that combine material circularity, advanced heating technologies, and data-driven process optimisation.
Through project-driven presentations, selected paper contributions, and interactive discussion, participants will examine innovative solutions for scrap valorisation, impurity management, electrification, and hydrogen-based processes, as well as the role of digital tools in real-time optimisation and cross-sector knowledge transfer. The workshop aims to foster collaboration and identify scalable, interoperable solutions for climate-neutral industrial systems.
Chairs
Light weight and Flexible Interoperability Architectures, Approaches and Applications for Highly Challenging Environments
This workshop focuses on interoperability solutions for highly challenging and mission-critical environments, where conditions are volatile, resources are constrained, and failure is not an option. Typical application domains include disaster response, civil security, critical infrastructures, and remote operations.
The workshop highlights lightweight, flexible, and mission-ready interoperability architectures capable of operating across heterogeneous legacy systems and unstable communication networks. Through selected paper presentations, an invited impulse talk, and interactive discussion, participants will exchange practical solution patterns, reference architectures, and lessons learned from real deployments. The workshop aims to foster cross-domain collaboration and identify robust interoperability approaches suitable for resilient, real-world operational contexts.
Chairs
AI-Driven Knowledge Formalisation, Ontology Engineering and Human-in-the-Loop LLMs for Enterprise Interoperability
This workshop explores how AI-driven knowledge formalisation, ontology engineering, and human-in-the-loop Large Language Models (LLMs) can enable trustworthy and interoperable enterprise knowledge services. Addressing current challenges such as fragmented semantics and limited reuse of expert knowledge, the workshop examines integrated approaches to capture, structure, and operationalise industrial knowledge across organisational boundaries.
Through invited paper contributions, impulse talks, and interactive discussion, participants will explore the role of knowledge graphs, semantic retrieval, and LLM-supported curation workflows in bridging human expertise and intelligent systems. The workshop brings together researchers and practitioners to discuss adoption challenges, identify open research questions, and shape future directions for AI-enabled enterprise interoperability.
Chairs
Regular Sessions
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