The Ibermática Institute of Innovation (i3B) is the corporate R&D&I centre of the technology company Ibermática (now part of the Ayesa Group). Founded in 2005, i3B was established with the mission of transforming advanced scientific knowledge into practical technological solutions that generate real value for both businesses and society. Its model is based on open innovation, working closely with universities, technology centres and international organisations to lead the digital frontier, in collaboration with 150 strategic partners. The institute structures its activities around key research areas such as Artificial Intelligence, cybersecurity, quantum computing and digital trust. It currently manages an active portfolio of more than 30 projects a year, ranging from regional programmes to H2020 consortia, such as Reed.

Role in the project
• i3B will focus on coordinating the REED project and leading the definition of the bulky-part MaaS platform requirements, architecture, industrial target characterisation and KPI framework, including the initial data management foundations for the project
• Will also, contribute to the development of the REED platform smart services, tools and methods, with special emphasis on production aspects for flexible manufacturing, secure stakeholder interconnection, and the implementation of a specialised Manufacturing Data Space (MDS) for bulky part manufacturing.
• i3B will contribute, together with the relevant partners, to the integration of DPP-related capabilities in the platform
• Moreover, i3b will provide transversal support across the different research areas of REED, while also contributing to collaboration and synergies across the consortium.

Netcompany-Intrasoft is a leading European IT Solutions and Services Group with strong international presence and expertise, offering innovative and added-value solutions of the highest quality to a wide range of international and national public and private organizations. Netcompany- Intrasoft recognizes that the capability to innovate and to bring innovation successfully to market is a determining factor of competitiveness. It is widely recognized -among both policy and market actors- that innovative activity is the foundation to improve the competitiveness of the European industry and to enable Europe to master and shape future developments for economic growth and social welfare. The omnipresent impact of Information and Communication Technologies (ICT) that extends well beyond productivity gains, in addition to the rapid advances in scientific discovery and in various domains of economic activity, have accelerated the pace of innovation built-up and enhanced its economic impact.

Role in the project
• INTRA will define, design and implement the architecture and the operational requirements of the Manufacturing as a Service (MaaS) platform, leveraging past project technologies like MARKET4.0 and DIMOFAC.
• INTRA will implement and integrate technologies and services into a unified platform through customised APIs that will enable the connection of the REED components and the relevant data exchanges that are required for the MaaS platform.
• On Digital tools and Data Management INTRA will contribute with the provision of software, modeling, data management, and monitoring tools to enhance manufacturing processes.
• In terms of the Exploitation and Dissemination activities, INTRA will lead the efforts in disseminating, communicating, and exploiting project results, including developing IPR management strategies.

SINTEF is one of the largest independent research organisations in Europe,with around 2200 employees of which about 46% of the researchers hold a doctorate degree. The Trustworthy Green IoT Software Research Group, which participates in the project, is part of the SCT department at SINTEF Digital, and focuses on research in software (AI) engineering and operation of intelligent and trustworthy systems spanning across the IoT, edge, and cloud continuum with a particular focus on sustainability. The SCT department of SINTEF have a long experience in building and managing EU projects. In the last 10 years, the SCT researchers have continuously had 2-5 on-going EU projects under their coordination. SCT also has a professional and experienced advisory team on financial management, legal support, and communication advisory for EU projects.

Role in the project
• SINTEF will focus on developing (Edge-based) standardized secure data sharing approaches, Edge-Cloud (data) orchestration; empowering DPP for the Manufacturing as a Service (MaaS) platform; creating the corresponding Data Management Plan (DMP) for the whole project.
• Also, will concentrate on (Generative) AI approaches for human-AI collaboration in learning feedback loop that connects the real performance at production level of the manufacturing assets with different upper levels (process execution, production planning and even product design).
• SINTEF’s activities will center on supporting other tasks, including clustering activities, building synergies with other projects.

IDEKO is a leading research centre in advanced manufacturing, specializing in the development of innovative solutions for industrial production. Based in the Basque Country, Spain, it has a strong focus on machine tools, precision engineering, automation, and digital manufacturing. With over 35 years of experience, IDEKO works at the forefront of technological advancements, conducting research in key areas such as artificial intelligence in manufacturing, precision machines and processes, active and smart components, robotics, simulation and digital twins, as well as strategic parts processes and applications. It plays a vital role in enhancing industrial competitiveness by developing cutting-edge technologies that optimize production processes, improve efficiency, and increase precision, collaborating closely with major industrial players, research institutions, and universities.

IDEKO is deeply committed to its customers, offering tailored research and innovation services to address specific industrial challenges. The centre actively promotes technology transfer, ensuring that its developments are effectively implemented in industrial environments. Through close collaboration with companies, it helps them integrate state-of-the-art solutions into their processes, fostering digitalization and sustainability. IDEKO also plays a key role in European research projects, contributing to the advancement of manufacturing technologies on a broader scale. By bridging the gap between research and industry, IDEKO strengthens the competitiveness of companies, ensuring they stay ahead in an increasingly complex and demanding global market.

Role in the project
• Servitisation of manufacturing assets for flexible production.
• Machine and process modelling to optimise industrial performance.
• Digital twins & AI-driven solutions for process optimization.
• Reconfigurable production strategies for adaptable supply chains.
• Human-centric AI integration to enhance decision-making.

LMS (Laboratory for Manufacturing Systems and Automation) is a research laboratory of the University of Patras with long-standing expertise in advanced manufacturing, automation, robotics, and digital manufacturing systems. With significant experience in European research and innovation projects, as well as in collaboration with industrial partners, LMS develops practical and research-driven solutions that support the digital transformation of manufacturing environments. Its expertise covers manufacturing processes, production systems, software and platform-oriented development, and the integration of digital technologies for industrial applications. Within the REED consortium, LMS brings a combination of scientific knowledge and implementation-oriented experience, contributing to the development of robust and innovative solutions for responsive and interoperable manufacturing value chains.

Role in the project
• Responsible for the operational framework of the REED platform, focusing on value chain setup, management and monitoring.
• Supporting the integration of platform services for the coordination of stakeholders and manufacturing value chains.
• Contributing to monitoring functionalities that enhance visibility overvalue chain execution and production progress.
• Supporting decision-making through platform functionalities for supervision and informed actions across the REED value chain.

The Technical University of Darmstadt (TU Darmstadt) is a leading German research university, renowned for excellence in engineering and natural sciences. It contributes to the project through two engineering institutes: the Institute for Production Management, Technology and Machine Tools (PTW) and the Institute for Product Lifecycle Management (PLCM). Together, they combine expertise in digital manufacturing, data-driven production systems, sustainability assessment, and lifecycle-oriented product management. By integrating Digital Twins, Manufacturing Data Spaces, and environmental analytics into industrial practice, TU Darmstadt strengthens the consortium with scientific excellence, methodological rigor, and strong experience in industry collaboration, fostering innovative, interoperable, and sustainable manufacturing ecosystems.

Role in the project
• Environmental Footprinting: TUDa’s work includes analyzing and reducing the environmental footprint of manufacturing processes.
• Digital Product Passport (DPP): TUDa’s research involves the integration of the Digital Product Passport (DPP) the MaaS framework.
• Key Performance Indicators (KPIs) and Production Scheduling: TUDa is identifying and establishing relevant KPIs to align with various project objectives.
• Decentralized Production Scheduling and Management: The tasks of the team include implementing decentralized production scheduling and creating a production management scoreboard view.

Ibernova

2.-0 LCA consultants is a consultancy founded in 2000 and is entirely dedicated to quantitative sustainability assessment with life-cycle tools: LCA reports and dynamic models. These services are offered to businesses, government agencies and international institutions. 2.-0 LCA offers life cycle assessments according to ISO standards, software and training to support clients in measuring environmental impacts and future proofing sustainability decisions. Life cycle assessment is a science-based methodology designed to quantify the total environmental impact of a product or service throughout the entire life cycle. It identifies sustainability trade-offs and quantifies them, avoiding shifting the environmental impact around.

Role in the project
2.-0 LCA is leading activities related to:
• The creation of LCA models building on the Digital Twins created in the task about the Manufacturing performance modelling
• Identifying of the areas for improvement via optimization.
• Contributing to Digital Product Passports with the LCA results.
• The adaptation of the LCA module with the needs of the case studies.

Module Works is a global software development company that specializes in providing advanced technology solutions for the manufacturing industry. Founded in 2002, the company focuses on delivering high-quality software and tools to enhance the productivity and efficiency of various processes, particularly in the fields of Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), and digital manufacturing. ModuleWorks is known for its modular software components and cutting-edge 3D visualization technology, which are used by companies in sectors such as aerospace, automotive, medical devices, and tooling. Their software is widely used in applications like CNC (Computer Numerical Control) machining, toolpath generation, and simulation. Key offerings of the company include solutions to simulate machining processes, optimize toolpaths, and ensure precision in manufacturing. Also, ModuleWorks offers advanced 3D visualization tools for machining processes, enabling manufacturers to see a realistic representation of the manufacturing process in real-time. The company also work on technologies related to 3D printing and additive manufacturing, aiming to optimize processes in this emerging field. ModuleWorks is known for integrating its software solutions with popular CAD/CAM systems, offering flexibility and scalability for manufacturers seeking to improve their design and production workflows.

Role in the project
• Development of machine tool Digital Twin.
• Development of the Process tracking solution including the part 3D drawing visualization of real-time data.

SORALUCE is a global leader in milling, boring, and turning technologies, with over 55 years of experience in the machine tool sector. As part of Danobatgroup, the machine tool division of Mondragon Corporation, it stands out for its commitment to innovation, quality, and customer service. Recognized for its reliability and high performance, SORALUCE develops advanced solutions to address the most demanding machining challenges, continuously setting new industry standards in efficiency and productivity.

The company offers a comprehensive range of milling, boring, and vertical turning machines, along with multitasking solutions and automated systems. SORALUCE also provides expert machining engineering services, with a highly skilled team that evaluates customers' production processes to optimize performance. Innovation is at the core of its strategy and many of the technologies that drive the machine tool sector are pioneered by SORALUCE, such as DAS systems (Dynamics Active Stabiliser), Modular Quill or Ram Balance Systems.

Role in the project
• Servitisation of manufacturing assets.
• Development of advanced technologies to boost productivity.
• Development of solutions for workpiece set-up.

MATZAT was founded in 1991 as an engineering office for workholding systems. The company’s current business includes:
 o The delivery of standard parts for fixtures and workholding systems
 o Provision design services for fixtures and support our customers by
 o Using particularly hydraulic clamping systems
 o The production of self-engineered clamping elements
 o The production of custom built fixtures and quick change systems

Role in the project
• Constructive development of a flexible clamping device to significantly minimize and simplify setup time and the setup process.
• Manufacturing of device components to achieve and meet the described goals.
• Optimizing and automating the alignment process of large workpieces.

Komatsu UK ltd, manufactures medium and large scale crawler excavators (17 to 70 tonnes) and working gear excavators. HRD or High Reach Demolition and K100 quick boom change machines are also produced at KUK.

The Komatsu UK (KUK) plant was established at Birtley near Newcastle in the North East of England.

Role in the project
• Accommodating new ideas and research into the project.
• Assist with any solutions for workpiece set-up
• Support any advanced technologies to help boost productivity

Maschinenfabrik Wüstwillenroth GmbH is a manufacturing specialist for large-volume, high-precision components. Based on customer specifications, we manufacture everything from a single source using drawings and models: cutting, welding, machining, painting, and assembly. We also maintain close contact with our partners to find production-optimized solutions. With a unit weight of 40,000 kg as well length and width of up to 14,000 x 5,000 mm, we offer maximum manufacturing capabilities. Located in the heart of Germany, we have been a partner for the highest precision in mechanical engineering for over 80 years.

Role in the project
As end users, WWR is available to provide technical and practical answers to all questions from all project participants and develop together with them and will also contribute by:
• Providing technical data.
• Assisting in the development of technical products.
• Being ready to implement in working processes.

As part of DANOBATGROUP, that has over 50 years’ experience supplying high precision equipment and innovative solutions to many industry sectors, Goimek is specialized in high-accuracy part machining with the highest standards of quality and service.

Goimek uses state-of-the-art technology and high precision, high output machines, complemented by the latest-generation verification resources. Moreover, it offers complete solutions, which are based on the best options in terms of cost, material, weight, environmental impact and the production process required by the sector.

Role in the project
As end users, Goimek will provide an industrial context for the technical developments in the project by:
• Outlining requirements • Providing technical data • Contributing to the implementation and demonstration phase