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Fields of Application

Mobility

Artificial intelligence is the key technology for mobility concepts of the future. Tomorrow's mobility will be characterized by vehicles and infrastructure with ever higher levels of automation and networking, as well as learning systems that increase traffic safety and optimize traffic flows. Context-sensitive, multimodal interfaces and intelligent sensor systems for interaction between vehicles and their occupants or with the environment, as well as communication, control and analysis systems for elementary data flows and their safety, are just as important for this.

News

Projects

Page 1 of 11.

  1. ULAX - AI Powered Urban Logistics Agent X

    ULAX, the AI-Powered Urban Logistics Agent X, is an AI-based software system for intelligent last-mile delivery management. In cooperation with Rytle and Orbitak, and with funding support from Bremer…

  2. KORVI - Climate-optimized, integrated, resilient traffic management with intelligent on-board and ground-based systems

    AI tools and methods are to be used in the KORVI-DFKI subproject of the KORVI collaborative research project to develop climate-optimized, integrated, and resilient traffic management, with the aim of…

  3. PATHCARE - Patient Adaptive Telemedicine and Healthcare through Connectivity and Real-time Engagement

    The increasing digitalization of healthcare requires high-performance, secure, and flexible communication infrastructures that meet the growing demands for availability, latency, and interoperability.…

  4. Open6GHub+ - Offenes 6G Transferzentrum für Wirtschaft, Wissenschaft und Gesellschaft

    The collaborative project "Open6GHub" focuses on various thematically specific missions that address concrete challenges in building future 6G networks. In close collaboration with relevant…

  5. XCOM - Innovationslabor für Kommunikationskonzepte der nächsten Generation

    The XCOM project is a complementary extension of Open6GHub+. On the one hand, it pursues the further development of the concepts and labs established in the research hub and transfer hub, while on the…

  6. Mainline-6G - Middleware für Agentisch Integrierte Netzwerkdienste in einem Latenzarmen und Intelligenten Nativen Ecosystem für 6G

    Mainline-6G will develop a dynamic communication middleware that enables intelligent, low-latency, and secure networking of software agents, AI agents, and sensors. This middleware forms the…

  7. Co-AVAAIR - Cooperative Autonomous Vehicles with Advanced AI and Reasoning

    The Co-AVAAIR project aims to strategically advance competencies in the field of automated and connected driving. Its core focus lies on the research, development, and validation of AI-based systems…

  8. DSHS - Deep Space Habitat Simulator Study

    The study work will define and assess the needs and requirements of a human crewed deep space habitat ground simulator.

    Partners

    • SPARTAN SPACE SASU
    • LIQUIFER SYSTEM GROUP (Austria)
    • DLR (Germany)
    • OHB…

  9. TSS-MoVe - Piloting and Evaluation of a Cross-Modal Technology Scouting System for Mobility and Transport

    The early identification and strategic evaluation of technologically relevant developments are crucial to ensuring future-proof and sustainable transportation systems. The project “Cross-Modal…

  10. Eco-Crossing - Development, investigation and demonstration of an intelligent route-optimizing system to reduce the fuel consumption of ferries

    Eco-Crossing

    The key challenges in operational shipping are sustainable and optimal ship operation and the reduction of emissions. In international merchant shipping, weather routing is already being…