BASE (Horizion Europe Programme)
The BASE project addresses critical gaps in battery supply chain traceability, sustainability, and circularity. By implementing a Digital Battery Passport (DBP), it ensures data authenticity, interoperability, and transparent reporting of performance and lifecycle metrics. Using distributed ledger technology, BASE promotes circular business growth, resource efficiency, and EU independence from critical raw material imports. With its innovative methodologies, the project increases battery lifespan, enhances recycling efficiency, and supports the EU’s green transition. The outcomes will be demonstrated in four pilot use cases across diverse sectors.
MainVerse (XCES Programme)
MainVerse revolutionizes industrial facility maintenance through a digital twin-based platform integrated with AI-powered unmanned vehicle (UxV) inspection systems. The project automates inspection processes, reducing human error, safety risks, and costs while enhancing efficiency. It addresses facility challenges in food processing and textile manufacturing sectors, ensuring compliance and sustainability. Leveraging cutting-edge AI for building pathology detection and automated routing, the platform offers unmatched precision and data security. Pilots across three industries validate its transformative potential for industrial operations.
5G4PHealth (CELTIC Next Programme)
The BASE project addresses critical gaps in battery supply chain traceability, sustainability, and circularity. By implementing a Digital Battery Passport (DBP), it ensures data authenticity, interoperability, and transparent reporting of performance and lifecycle metrics. Using distributed ledger technology, BASE promotes circular business growth, resource efficiency, and EU independence from critical raw material imports. With its innovative methodologies, the project increases battery lifespan, enhances recycling efficiency, and supports the EU’s green transition. The outcomes will be demonstrated in four pilot use cases across diverse sectors.CYBER FACTORY
CyberFactory#1 aims to design, develop, integrate and demonstrate a set of keys enabling capabilities to foster optimization and resilience of the Factories of the Future (FoF). It will address the needs of pilots from Transportation, Automotive, Electronics and Machine manufacturing industries around use cases such as statistical process control, real time asset tracking, distributed manufacturing, and collaborative robotics.
IODATE
IODATE is an improvement of an existing product/process that can be adapted to all logistics operations in different production fields. Existing products cannot solve end-users’ problems due to high noise, metallic reflections, and high installation costs. IODATE aims to solve this problem by combining suitable technologies that focus on automation, energy efficiency, and cost-effectiveness. The solution developed through IODATE is expected to have a wide range of applications in all other industry fields as it will enable a robust system to work in environments with a low signal-to-noise ratio.
BIO-CURITY
Bio-curity is driven by innovations in “enhanced detection”, “artificial intelligence” and “secure ecosystem”. Bio-curity will focus on developing digital biomarkers targeting low-grade inflammation and vascular health using new and existing sensor technology. The project will develop personalized and explainable artificial intelligence models and algorithms that can identify user-specific biomarker responses and behavior patterns. Additionally, a trustworthy ecosystem will be provided around the user for processing and sharing health data, as well as creating personal models based on continuous data streams.
S+LOADZ
City Logistics have always been a strategic key activity for cities, which have become more apparent in the current scenario of both the COVID19 pandemic and the climate emergency which the EU addresses through the Green Deal. The main project’s objective is to demonstrate state-of-the-art innovation and achieved impacts by evaluating several types of digital Loading and Delivery Zonesin different countries, cities, and on-street scenarios to assess the best legal, operational, and technical approaches to make City Logistics more sustainable, and highly scalable in Europe.
THE DISRUPTING MAAS MOOC
(A MASSIVE OPEN ONLINE COURSE)
The disrupting MaaS MOOC (A Massive Open Online Course ) is designed to enhance the skills of professionals working in the MaaS ecosystem, in order to facilitate a comprehensive and successful implementation of Mobility as a Service (MaaS) in cities across Europe and around the World. The course will cover the key aspects of MaaS from theory to practice. It will feature speakers from the MaaS industry, academic speakers and it will also feature real case studies. The course will be available for free online for anyone to enrol, and the students will have the option to receive a certificate for a small fee.
SEEM-SI
(SMART ENERGY-EFFICIENT MANUFACTURING SYSTEM FOR STEEL INDUSTRY)
The disrupting MaaS MOOC (A Massive Open Online Course ) is designed to enhance the skills of professionals working in the MaaS ecosystem, in order to facilitate a comprehensive and successful implementation of Mobility as a Service (MaaS) in cities across Europe and around the World. The course will cover the key aspects of MaaS from theory to practice. It will feature speakers from the MaaS industry, academic speakers and it will also feature real case studies. The course will be available for free online for anyone to enrol, and the students will have the option to receive a certificate for a small fee.SAFE RESCUE
Safe Rescue is an emergency management system for search and rescue teams, aiming to create infrastructure-less indoor positioning and communication system. Project aims to save the lives of victims and first responders by enabling emergency dispatchers to track, locate, and direct teams to rescue at-risk/down personnel during
NGA-ITMS
(NEXT GENERATION AUTONOMOUS INTELLIGENT TRAFFIC MANAGEMENT SYSTEM)
Safe Rescue is an emergency management system for search and rescue teams, aiming to create infrastructure-less indoor positioning and communication system. Project aims to save the lives of victims and first responders by enabling emergency dispatchers to track, locate, and direct teams to rescue at-risk/down personnel duringIEOT
(INTELLIGENT EDGE OF THINGS)
The Project will integrate Artificial intelligence (AI) into edge computing frameworks to build intelligent edge for dynamic, adaptive edge maintenance and management and utilise the full potential of each tier of the IoT Edge architecture to meet different application requirements.
5GMED
SUSTAINABLE 5G DEPLOYMENT MODEL FOR FUTURE MOBILITY IN THE MEDITERRANEAN CROSS-BORDER CORRIDOR
5GMed will demonstrate advanced Cooperative Connected and Automated Mobility (CCAM) and Future Railway Mobile Communications System services (FRMCS) along the “Figueres – Perpignan” cross-border corridor between Spain and France.
IS4SE
IS4SE project aims to create a technological infrastructure capable of integrating different types of sensors for monitoring steel sheet production lines. This infrastructure will collect, process and analyze data, allowing its visualization through augmented reality (AR) devices, after being processed by artificial intelligence (AI) algorithms. The use of this solution will allow to increase productivity and process safety in the Steel sector.
BENTRADE
BENTRADE aims to provide platform and smart services to: Decrease dependence on commodity electricity and disseminate use of RES – Renewable Energy Sources; Create distributed energy asset owners; Balance demand and response at the grid level; Reduce risks of failure and cyber-attacks by distributed model.
SMARTPOL
SMARTPOL aims to present a novel and compact pollution detection, monitoring and analysis system architecture in order to monitor marine fields and to detect different types of marine pollution consisting of hardware and software
