Coordinator
CERTH
The Centre for Research and Technology Hellas (CERTH) is based in Thessaloniki, Greece and was founded in March 2000. It is a legal entity governed by private law, non-profit in nature, and is supervised by the General Secretariat for Research and Innovation (GSRI) of the Hellenic Ministry of Development and Investment.
It is one of the most important Research Centres in Greece and Europe, with its main mission being the promotion of innovative research for the benefit of society. Dedicated to this purpose, CERTH is at the forefront of basic, applied, and technology-oriented research to provide solutions to modern societal challenges.
The Information Technologies Institute (ITI) is one of the leading Institutions of Greece in the fields of Informatics, Telematics and Telecommunications, and a founding member of CERTH.
CERTH is a member of the EU funded project INDUX-R, more specifically through the Virtual & Augmented Reality Laboratory (VARLab) of Information Technologies Institute that was established in 2000. VARLab is a fully equipped laboratory with excellent standards, with a focus on the research and development of Augmented and Virtual Reality applications. The laboratory employs a highly trained scientific team that is engaged in the design, development, integration, and presentation of innovative applications in the broader field of Virtual and Augmented Reality.
Partners
FORTH
The Human-Computer Interaction Laboratory (HCI Lab) of FORTH constitutes an internationally recognized center of excellence conducting research on the User Experience (UX) of interactive systems, focusing on the deep understanding of users’ needs, desires, abilities, and limitations, taking into account the application domain and the context of use.
The research activities of the HCI Lab are focused on innovative technological frameworks, methods, tools, and techniques that support the design and development of interactive applications and services that are accessible, usable, and user-friendly for “all”.
Its current research directions relate to:
- Digital Accessibility, Design for All, and Universal Access
- User Experience Design, Methods, and Tools
- Interaction in Intelligent Environments
- Human-Centered Artificial Intelligence
- Extended Reality Environments and Computer Graphics Systems
- Applied Research in domains of Societal, Cultural, and Industrial/Market Impact.
Within the Project, the HCI Lab contributes to user requirements elicitation and analysis, the development of a dynamic UI toolkit for human-centric XR experiences, technology validation for continuous integration and delivery, planning the pilot activities and analysing results and lessons learned, as well as the quality assurance, technical and risk management of the project activities.
CWI
CWI is the Dutch national research institute for mathematics and computer science. The Distributed and Interactive System (DIS) is involved in this project and focuses on improving how people use interactive systems and communicate with each other following a multi-disciplinary approach.
The expertise of the group in the field of immersive telecommunication systems and XR technologies are particularly important for Use Case 1 of this project. During the last 15 years, one core focus of the group has been the development and testing of novel systems for supporting XR media streaming, providing open-source software, demo and publicly available datasets. DIS team has been involved in several EU projects on XR technologies such as TRANSMIXR (2022-2025, HE) and VRTogether (2017-2020, H2020).
Main team members:
- Irene Viola (female, senior (tenured) scientist)
- Pablo Cesar (male, group leader);
- Thomas Röggla (male; senior engineer);
- Silvia Rossi (female, senior postdoc).
UAB
Τhe UAB Institute of Law and Technology (UAB-IDT), based at the Faculty of Law of the Autonomous University of Barcelona, is a research center dedicated to promoting cutting-edge research on Law, Ethics, and Technology from a multidisciplinary perspective.
UAB-IDT has extensive experience as an ethical and legal partner in EU-funded research projects and is recognized for its expertise in the legal and ethical compliance of data-driven technologies across various domains. Its research areas include ethical AI, data protection and privacy, and algorithmic legal and ethical governance.
In the INDUX-R project, UAB-IDT contributes to identifying the legal and ethical framework for the new technologies developed. Additionally, it provides legal and ethical requirements, conducts impact assessments, and incorporates the works of the Ethics Board to ensure that the project’s outcomes comply with the European legal, ethical, and societal frameworks.
EURECAT
Eurecat is Catalonia’s leading research center specializing in industrial and digital R&D, as well as biotechnology and sustainability. Within the digital area, the multimedia technologies unit (MTU) is an expert in immersive audio technologies, image recognition and reconstruction with machine learning algorithms and has extensive experience in leading research at an international level (coordinating several European Union projects) with corresponding technology transfer.
As a part of European INDUX-r project, Eurecat is responsible of building software and algorithms for state-of-the-art architectural reconstruction using images and neural radiance fields, single-image avatar construction, neural acoustical fields for acoustic interpolation, acoustic style transfer among users and speech enhancement for more immersive audio experiences.
NOVA
NOVA, a member of UNITED GROUP, is a telecommunication operator and provider of services to end users. The company is one of the largest alternative fixed operators that provide broadband and pay TV services in Greece, using state-of-the art technologies and designing services for the next generation of mobile network architectures. Furthermore, it offers mobile services as an MNO in Greece.
In addition, using state-of-the-art technologies and taking full advantage of its know-how, NOVA offers a wide range of ICT solutions to Public Bodies and Businesses throughout Greece and EU. From intricate software solutions to robust hardware systems, NOVA specialises in crafting tailored, future-forward strategies that propel its clients toward success.
In the area of research, NOVA actively participates in both international and national R&D frameworks contributing to the evolution of IT and Telecom services. A dedicated research team is recognized in international level for its expertise in beyond the state-of-the-art technologies. Their knowledge of the latest technological trends is constantly incorporated into commercial services futureproofing solution and value. Researchers work closely with the consulting team converting innovation into tangible business benefits.
The R&D activities mainly focus in the following areas:
- Dataspaces;
- AI and data analysis;
- Cloud technology and applications;
- Smart Network and Services, 5G/6G networks and verticals;
- Cybersecurity;
- VR/AR & Metaverse.
ORamaVR
ORamaVR is a Swiss deep-tech spatial computing start-up revolutionizing medical training through VR, AR, and XR technology.
Our mission is to accelerate worlds transition to medical VR education by replacing outdated medical training methods with cost-effective, time-efficient virtual solutions. Our flagship product, the MAGES SDK, enables the rapid creation of medical training simulations with integrated competency assessments, reducing both production costs and time by 8x. Validated by numerous clinical trials, our VR solutions demonstrate significant skill transfer to real-world environments.
Supported by deep-tech R&D grants and strategic partnerships with Meta, Google, HTC, Varjo, Unity, and Epic Games, we lead advancements in medical VR training.
Within INDUX-R, we lead the design and implementation of an SDK for realistic animation and motion modelling in XR worlds (Task 2.2), and support the Virtual Medical Training use case.
INOVA+
INOVA+ is a leading Portuguese consultancy firm with over 25 years of experience supporting innovation, driving R&D initiatives, and offering comprehensive guidance for organizations seeking national and European funding opportunities. With a multidisciplinary team and five offices across Europe, INOVA+ serves as a key partner for businesses and institutions aiming for sustainable growth in a globalized market.
The company’s extensive portfolio covers a range of sectors, providing expertise in project management, intellectual property rights, market strategy, capacity building, and the coordination of European projects. Having led over 30 projects and supported more than 500 organizations, INOVA+ has a strong track record in managing complex, high-impact initiatives.
In the INDUX-R project, INOVA+ will oversee Intellectual Property Rights, ensure Business Sustainability, and lead the development of training materials under WP4. Additionally, as the leader of WP5, INOVA+ will steer the Communication, Dissemination, and Innovation activities, ensuring that the project’s outcomes are effectively shared and utilized across relevant sectors and stakeholders.
RINA
RINA CONSULTING – Centro Sviluppo Materiali (RINA-CSM) is a fully private innovation center specializing in materials development and application. As part of the RINA Group, it offers global services across marine, energy, transport, assurance, environment, and innovation sectors. With a focus on modeling, design, pilot plants, advanced tools and methodology, RINA-CSM’s research contributes to various industries like energy, steel, oil, aerospace, and mechanics. Its 300-strong research team ensures a top-tier position in European materials research. RINA-CSM actively participates in national and European research initiatives, collaborating with Italian institutions and international partners. Its involvement in European programs like ESTEP, EuMat, and RIES solidifies its role as a key player in innovation.
Inside the INDUX-R project, Rina is involved in developing a virtual tool, a ‘X-ray vision’, for the Hot Deep Galvanizing (HDG) process in the zinc line with a predictive maintenance objective. This involves creating a digital twin of the line’s critical components to monitor their condition and predict potential failures. The results are shown to the operators in an innovative and friendly approach using virtual and augmented reality. The goal is to improve production efficiency, reduce maintenance costs, and enhance safety.
IDEKO
The Research Center IDEKO, member of the BRTA alliance, has a trajectory of over 35 years dedicated to the research, development and innovation of new technologies applied to advanced manufacturing with a special focus on precision machines and processes and artificial intelligence applied to manufacturing.
Its R+D+i activity is aimed at offering innovative solutions that contribute to the competitiveness of the industry and is articulated around 4 research groups: Dynamics and Control, Manufacturing Processes, ICT’s and Automation and Design and Precision Engineering.
IDEKO’s role in the project is embedded within the Vision-Based Measurement team, part of the Design and Precision Engineering research group. This team specializes in developing advanced photogrammetric systems that enable precise measurement and accurate 3D reconstruction, crucial for enhancing the fidelity and performance of XR (Extended Reality) systems.
By focusing on improving the accuracy and precision of these reconstructions, IDEKO contributes to the development of cutting-edge technologies that enhance XR applications, ensuring that virtual and augmented environments align seamlessly with real-world geometries, driving innovation in immersive manufacturing processes.
Inventics
INVENTICS SA has been a leader in providing professional support for scientific and business events and conferences since 2000, with over two decades of experience in the industry. The company combines innovative technologies and artificial intelligence to deliver exceptional event management services. Its key business units include Medevents.gr, a Professional Congress Office; Livemedia.gr/.com, a platform specializing in event livestreaming and video production; and Worldtravel.gr, a Destination Management Company.
INVENTICS is actively collaborating with 18 partners, including the two largest Greek research centers, CERTH and FORTH, and various European companies and universities. Through the INDUX-R European-funded program, INVENTICS develops LiveMediaXR OmniConferences, an advanced platform that offers a new, immersive experience for both physical and remote conference attendees. This platform utilizes augmented reality to allow participants to interact in a virtual conference environment, with features like virtual speeches and networking opportunities.
Additionally, Livemedia is participating in the Fidal European project with the development of VideoGee, a tool designed to create personalized video summaries. VideoGee aims to tackle the challenge of overwhelming media content by delivering customized highlights based on users’ interests.
HUG Virtual Medicine Center
The Geneva University Hospitals (HUG) are the largest university hospital in Switzerland, regrouping the eight public hospitals in Geneva, two clinics, and 30 outpatient clinics throughout the canton of Geneva. HUG’s work is recognized nationally and internationally in many cutting-edge disciplines. Its geographical location predisposes it to openness and contributes to Geneva’s international outlook.
The cross-departmental Virtual Medicine Center (VMC) is a novel research hub founded at HUG in July 2022 and the first European center of its kind. Born out of collaborative translational studies between EPFL, HUG, and medical XR startups, the VMC is bringing the competences and technological infrastructures for transferring innovation and for bringing fundamental research to the clinical environment. The VMC is at the interface of engineering, medicine, and human behavioral research, and is focused on using VR and related technologies for patient care, clinical research, and medical education.
Within INDUX-R, the VMC is partnering with the Swiss consortium partners ORamaVR, Unige, and CREAL. In particular, a medical XR simulation for a tibial osteotomy is being developed in collaboration with one of HUG’s orthopedic surgeons. The developed simulation will be used in medical training sessions to showcase and validate the learning impact of INDUX-R technologies.
Acciaierie d'Italia
Acciaierie d’Italia S.p.A. (ADI) is the main Italian steel company and one of the biggest integrated steel routes in Europe. It is specialized in carbon steel flat products, with a production capacity close to 6 Mt of crude steel per year.
ADI is made up of three main facilities placed in Taranto, Genova and Novi Ligure and a series of other service center in Italy and France. In 2021 ADI founded a new Research and Development centre equipped with 15 laboratories with more than 25 specialized technician and researchers, that is able to analyse the chemical and physical properties of materials and contribute to green and digital transition of steel sector through innovation.
The ADI sites are provided of five hot dip galvanizing lines overall able to supply steel for strategic markets as automotive, home appliances and building fields. For this reason, the ADI use case will involve the development of a predictive maintenance model for the bearing system of bottom, stabilization and correction rolls in the zinc pot, aimed at estimating their residual life, optimizing the process of galvanizing and reducing its costs. The model final results will be accessible through an extended reality visor usable from the maintenance operator and will represent an important innovation on the industrial field.
Friedrich Schiller University Jena
Friedrich Schiller University Jena is a long-standing and research-oriented university offering a broad range of subjects.
The focus of the Junior Professorship for Digital Humanities is on high-level, international as well as interdisciplinary research and teaching on image- and object-based knowledge media and processes in the fields of Digital Humanities and Digital Cultural Heritage. The range of topics includes the study of information behavior, information systems, and aspects of museum mediation and pictorial knowledge representation. The junior professorship also deals with the theoretical reflection and systematization of Digital Humanities as well as teaching research aimed at building digital competencies.
Main contributions within the INDUX-R project include the XR worlds generation toolkit and the UC4 – 4D reconstruction for cultural toursim.
INDUX-R envisions a
human-centric XR ecosystem that will transform European industrial sectors by empowering humans and creating innovative XR products and services of significant added value
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This project has received funding from the European Union’s Horizon Europe Research and Innovation Programme under Grant Agreement No 101135556
