Launchpad to the real world!

Short description

ACCOMPLISH aims to revolutionize regulatory compliance in data and AI operations through an AI-powered framework. By introducing a Compliance Digital Passport, the project facilitates real-time, dynamic compliance updates across industries such as energy, automotive, and aviation. It integrates legal, ethical, and sustainability considerations into data-driven processes, ensuring seamless adherence to regulations such as GDPR and the AI Act.

IDSA’s contribution

IDSA contributes to ACCOMPLISH by leading efforts in architecture design, certification, policy modeling for AI, dissemination, and impact creation. Our role ensures that the compliance mechanisms are interoperable, scalable, and aligned with international standards, facilitating the responsible use of AI and data across sectors.

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DaCapo takes circular economy business models to the next level. It moves beyond the traditional “take–make–use–dispose” logic by promoting reuse, sustainability, and resilience across manufacturing value chains. DaCapo will design human-centric digital tools and services to embed circular strategies throughout product lifecycles—from design and engineering to manufacturing, use, and end of life.

Overall goal

The project will create new digital assets, AI-based systems, and Digital Twins for processes and products. These innovations aim to improve efficiency, reduce reliance on critical raw materials, and support greener production. Demonstrations will take place in three sectors: aeronautics, electronics, and logistics. The overall goal is to establish methods that accelerate the adoption of circular economy business models.

Short description

DATAMITE will provide a modular framework for European companies to facilitate data monetization, interoperability, trading and exchange. To this end, the project will provide users with tools and open-source training materials to help improve data management and compliance with FAIR principles.

Overall goal

The goal is to open new revenue streams and business models through sovereign data sharing. DATAMITE will validate the results in three different use cases, demonstrating that the framework is interoperable and applicable in different domains and user needs: 1) intra-enterprise, cross-sector data sharing; 2) data trading between data spaces; 3) integration with other initiatives such as data markets, EU AI on Demand platform or DIHs.

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Urban freight transport supports commerce but creates congestion, noise, pollution, and safety issues that reduce citizens’ quality of life. With freight distribution growing, cities need better ways to plan and manage flows. The EU-funded DISCO project responds by developing a federated European data space for urban freight logistics. This open, collaborative platform provides city planners with tools to manage, monitor, and dynamically predict freight activity.

Overall goal

DISCO aims to transform urban planning through data-driven logistics and optimized land use. By enabling shared access to reliable data and smart decision-support tools, it strengthens city authorities’ capacity to implement sustainable, efficient, and resilient mobility strategies while reducing dependence on private global platforms.

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The Data Spaces Support Centre, funded by the Digital Europe Program, aims to aid public sector organizations and businesses in the creation of sovereign data spaces. As a central component of the harmonization and rollout of data spaces in Europe, the DSSC acts as an “umbrella CSA” to which other CSAs are subordinate.

Overall goal

By exploring the needs of data space initiatives, defining common requirements, and establishing best practices, the DSSC will accelerate the formation of data spaces as a critical aspect of digital transformation in all areas. By providing access to technologies, processes, legal frameworks, standards, and tools, the DSSC aims to enable the deployment of data spaces, foster adoption of technologies and standards, and facilitate the sharing of data to benefit citizens and businesses alike.

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The EU-funded GOLIA project develops an integrated and adaptive mobility governance model. It combines STEM and social sciences expertise to promote accessible, just, and sustainable mobility systems. Central to this approach is the Social Optimum Mobility Index, a dynamic, location- and time-dependent measure that considers not only economic factors but also social support, life quality, and freedom of choice. The model will be tested with three European communities.

Overall goal

GOLIA aims to revolutionize spatial and mobility planning through inclusive, data-driven governance. By engaging citizens, policymakers, and businesses, it provides tools, methodologies, and recommendations that align strategies with the European Green Deal and reduce car dependency. In collaboration with Digital Hub Management GmbH, IDSA supports the development of trustworthy data sharing for sustainable mobility.

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Inspired by the Japanese concept of “ikigai” (purpose in life), the EU-funded IKIGAI project accelerates the Physical Internet vision by 2040 and targets fully decarbonised freight transport by 2050. It promotes open, standardised processes to improve efficiency, reduce emissions, and align with the UN 2030 sustainability agenda. IKIGAI scales up five Logistics Innovations, including trustee matchmaking, compliance platforms for SMEs, smart urban hubs, carbon chain-of-custody tools, and modular reusable boxes.

Overall goal

IKIGAI aims to transform European logistics into an affordable, collaborative, and coordinated system. By testing innovations in real-world pilots and re-engineering services from warehousing to last-mile delivery, it mobilises a global ecosystem committed to systemic change and the digital–green twin transition. In collaboration with Digital Hub Management GmbH, IDSA contributes its expertise in secure and interoperable data spaces for logistics.

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Europe’s energy system is changing as renewables grow and flexibility needs increase. The challenge is to ensure efficiency, resilience, and inclusion.

The EU-funded ODEON project connects data, intelligence, services, and markets to enable a coordinated energy ecosystem that benefits operators and consumers alike.

ODEON addresses six areas: data connectivity and privacy, smart grid investment, energy cybersecurity, consumer empowerment, digital energy use, and EU-wide coordination.

By demonstrating solutions in these areas, ODEON supports a secure, fair, and consumer-friendly energy transition. It aligns Europe’s green and digital agendas to deliver real value across society.

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Europe envisions open, inclusive, and ethical virtual worlds that strengthen EU technological sovereignty and deliver social and economic benefits. The EU-funded OPENVERSE project supports this vision by creating a comprehensive knowledge base on European virtual worlds. It will bring together stakeholders, test user co-creation and extended reality, and examine ethical, legal, and market challenges.

Overall goal

OPENVERSE aims to lay the groundwork for human-centric virtual worlds in Europe. By developing standards, technology roadmaps, and policy recommendations, the project will promote accessibility, interoperability, privacy, and innovation. Its outputs will guide the establishment of open virtual worlds that foster creativity, collaboration, and competitiveness in Europe and beyond.

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Data-driven digital manufacturing must incorporate resilience strategies at the production and supply chain levels for their sovereignty and competitiveness. Long-term resilience requires ensuring distributed, data-intensive and dynamic decision support and automation processes that integrate AI into a symbiosis of humans and automation.

Overall goal

RE4DY aims to demonstrate that European industry can build data-driven digital networks to gain advantage through sovereign data sharing across all stages of the product and process lifecycle. The project proposes the core concept of “data as a product”. This concept leverages digital ecosystems that support the development and implementation of digital continuity so that distributed data management solutions can be reused instantly and seamlessly.

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Health data, AI, cloud computing, and IoT are reshaping healthcare in Europe. The EU-funded VELES project strengthens innovation excellence in Bulgaria, Cyprus, Greece, and Romania by creating a sustainable regional smart health ecosystem. At its core is the Regional Smart Health Data Space, designed to enable predictive, preventive, and personalised medicine. Four pilots will demonstrate its value, focusing on cancer treatment, Alzheimer’s diagnosis, cerebral tumour prognosis, and dementia prediction.

Overall goal

VELES aims to advance secure and sustainable healthcare services through a novel framework, R&I strategy, and investment plan. By fostering cross-country collaboration, it promotes data-driven, cyber-secure health solutions that improve clinical practice, preserve privacy, and empower citizens across South-East Europe.

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The EU-funded Zero-SWARM project advances climate-neutral and digitised production through a multidisciplinary, human-centric approach. It integrates 5G, cloud-edge continuum, data spaces, GAIA-X, and operational technologies into an open swarm framework. Ten industrial trials will demonstrate solutions such as smart assembly, sustainable powertrains, remote operation, process-aware AGVs, and zero-defect manufacturing.

Overall goal

Zero-SWARM aims to break down silos between maturing technologies and create resilient, sustainable, and data-driven manufacturing systems. By co-developing with industry players across three European nodes, the project fosters innovation, skills development, and collaboration with Digital Innovation Hubs. Its community-driven model ensures long-term impact, positioning Europe as a leader in sustainable and intelligent manufacturing.

Short description

The EU- and BMBF-funded caleTrust project develops a cross-sector, cross-application, and cross-border model for secure and trustworthy data exchange. Using the Green Deal Dataspace as a starting point, it explores how a legal and reliable trusteeship framework can support resilience and sustainability in industry. The dataspace focuses on circular economy optimization and supply chain transparency.

Overall goal

caleTrust aims to establish a transferable trusteeship model through use cases such as supply chain risk management and product carbon footprint data. The project develops standard contracts, processes, and business models for long-term operation, alongside a robust technical foundation. Its goal is to enable trusted, legally compliant data sharing that strengthens European sustainability efforts.