i2D Mobility Management (of connected Vehicles and People); I2D – intelligence to drive and move

Objective of Project Idea:
On the last decade EU failed ALL Road Transport GOALS. On the NEXT decade “i2D Mobility Management” of Connected Vehicles and People can reduce External Costs of Road Transport by 15% in Environment, 35% in Accidents and 10% in Congestion. Breakthrough technologies addressing challenging targets: 1. Promote savings in External Costs of Road Transport and Urban Mobility: 1.1 "You can't manage what you can't measure" (Peter Drucker) - provide accurate information on the costs of each of the 3 impact axes: Environment, Accidents, and Congestion. 1.2 Implement policies of (i) “incentive-charging”, (ii) personalized, "vehicle by vehicle" taxation, fully respecting the[...]
Name: Miguel Aires

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Proposal key words:B10 Smart City related services and applicationsB21 Societal ImprovementD4 Internet of Things, including Sensors and Wearables

i2D Mobility Management (of connected Vehicles and People); I2D – intelligence to drive and move

Objective of Project Idea:
On the last decade EU failed ALL Road Transport GOALS. On the NEXT decade “i2D Mobility Management” of Connected Vehicles and People can reduce External Costs of Road Transport by 15% in Environment, 35% in Accidents and 10% in Congestion. Breakthrough technologies addressing challenging targets: 1. Promote savings in External Costs of Road Transport and Urban Mobility: 1.1 "You can't manage what you can't measure" (Peter Drucker) - provide accurate information on the costs of each of the 3 impact axes: Environment, Accidents, and Congestion. 1.2 Implement policies of (i) “incentive-charging”, (ii) personalized, "vehicle by vehicle" taxation, fully respecting the[...]
Name: Miguel Aires

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Proposal key words:B10 Smart City related services and applicationsB21 Societal ImprovementD4 Internet of Things, including Sensors and Wearables

TechBridge: Transforming Disability Employment through Smart Factories

Objective of Project Idea:
1. Creating Inclusive Employment Opportunities for Persons with Disabilities The primary objective of this smart factory project is to integrate individuals with disabilities—such as those with cerebral palsy (CP), wheelchair users, individuals with intellectual disabilities, and the deaf—into sustainable employment. This project will focus on providing accessible, meaningful job roles that empower people with disabilities to work in a factory setup, preparing them to transition to the open labor market. By designing the factory to meet their specific needs, this project aims to eliminate employment barriers, offering a supportive and productive environment where workers with disabilities can excel. 2. Utilizing[...]
Name: mahlogonolo

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Building the Next Generation of Privacy-Preserving, Context-Aware Augmented Reality Infrastructure for Public and Commercial Use

Objective of Project Idea:
We are developing an AI-powered, privacy-first AR infrastructure designed for public and semi-public spaces. The system enables intelligent, real-time interaction between users, spaces, and digital content — while preserving individual privacy through on-device processing, contextual filtering, and zero-knowledge verification mechanisms. The project aims to build a modular platform that blends spatial computing, geospatial-social graphing, and ethical AI to create interactive experiences that are secure, adaptive, and easy to deploy across various industries including retail, tourism, education, and smart cities. This initiative directly supports Europe's ambitions for safe, trusted, and human-centric digital technologies. It addresses the growing need for systems that[...]
Name: Abtin Aghagolian

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INTELLIINVEST – Democratizing Investment Decisions with Inclusive AI Solutions

Objective of Project Idea:
We are looking for European partners to join our CELTIC-NEXT proposal “INTELLIINVEST”, a mission-driven initiative aiming to reduce financial information asymmetry and democratize access to smart investment tools for everyone—regardless of experience level or financial literacy. What’s the Problem? In today’s financial markets, large investors have access to personalized advice, advanced analytics, and expert consultants—while small and mid-level investors often navigate markets with fragmented tools and limited information. This information gap leads to poor decisions, missed opportunities, and growing inequality in financial outcomes. -Our Vision: INTELLIINVEST will build a user-centric investment platform that brings the power of institutional-grade insights to[...]
Name: Osman Agirdir

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Proposal key words:B2 Data ServicesB20 Business related services and applications (incl. ePayment)C8 Artificial Intelligence

Smart, Sustainable and Accessible Dialysis for Millions of Patients with Kidney Failure

Objective of Project Idea:
Qidni Labs is developing a portable, nearly waterless dialysis system powered by a proprietary sorbent-based cartridge. Traditional dialysis consumes up to 500 liters of water per treatment, making it one of the most resource-intensive therapies worldwide. Our cartridge reduces water use by more than 90 percent, enabling treatment outside traditional infrastructure and making dialysis both sustainable and accessible. This project aims to co-develop and scale next-generation cartridges with advanced materials, sorbents, and membranes, while also integrating a remote monitoring platform and AI-based predictive analytics. The digital system will track device performance, anticipate cartridge exhaustion or component failure, and allow clinicians[...]
Name: Michael Ioannou

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Proposal key words:B14 eHealth related services and applicationsC8 Artificial IntelligenceE9 Smart Energy (incl. energy efficiency)

Development of Clinical Decision Support Systems and Fostering Innovation in Diagnosis and Follow-Up in Radiology

Objective of Project Idea:
This project aims to develop an AI-powered Clinical Decision Support System that enhances diagnostic accuracy and follow-up in radiology. The system accelerates diagnosis, reduces invasive procedures, and ensures compliance with international standards. It fosters innovation, improves patient outcomes, and promotes scalable, cost-effective AI adoption in healthcare.
Name: Burcu Bektas Gunes

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Proposal key words:B14 eHealth related services and applicationsB6 Cloud ServicesK2 Artificial Intelligence

Real-time GIS-Based Sewer Risk Management System using IoT Sensors and AI

Objective of Project Idea:
- The primary objective is to develop and implement a sophisticated, real-time sewer risk management system built upon a Geographic Information System (GIS) platform. This system will utilize data streams from strategically deployed IoT sensors and leverage advanced Artificial Intelligence (AI) algorithms, including Machine Learning (e.g., Ensemble Learning, SVM, Robust Regression) and Deep Learning (e.g., GNN, GCN, LSTM), for predictive analysis and risk assessment. - Key functionalities include: 1) Sinkhole Risk Analysis: Analyzing and predicting sinkhole formation potential by integrating real-time IoT data with spatial information such as sewer pipe conditions, leak history, land use, groundwater levels, and surrounding underground[...]
Name: Cho, Jae-wan

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Proposal key words:A9 Network infrastructure and platformsB17 Entertainment services and applicationsB8 IoT related services

TechBridge: Transforming Disability Employment through Smart Factories

Objective of Project Idea:
1. Creating Inclusive Employment Opportunities for Persons with Disabilities The primary objective of this smart factory project is to integrate individuals with disabilities—such as those with cerebral palsy (CP), wheelchair users, individuals with intellectual disabilities, and the deaf—into sustainable employment. This project will focus on providing accessible, meaningful job roles that empower people with disabilities to work in a factory setup, preparing them to transition to the open labor market. By designing the factory to meet their specific needs, this project aims to eliminate employment barriers, offering a supportive and productive environment where workers with disabilities can excel. 2. Utilizing[...]

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DataMindAI

Objective of Project Idea:
Project Scope DataMind AI is designed to address the internal needs of a manufacturing company by leveraging artificial intelligence (AI) technologies to optimize workflows, automate repetitive tasks, and enhance decision-making processes. The project strengthens the existing software infrastructure with cutting-edge AI capabilities, providing a scalable and flexible platform that seamlessly integrates with various enterprise systems. Built on an open-source AI framework, DataMind AI leverages advanced deep learning models, such as DeepSeek, Mistral, Llama, Falcon, BLOOM, or GPT-NeoX, fine-tuned with company-specific data. The project will evaluate and select the most suitable framework at the start phase, ensuring optimal performance for internal[...]
Name: Haluk Gökmen

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