All projects (chronologically)


C-ITS4U – User-Centered Methodology for Implementing C-ITS for Vulnerable Road Users

C-ITS4U develops C-ITS (Cooperative Intelligent Transport Systems) based solutions for vulnerable road users.
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BEFAHRBAR – Methodology for Evaluating Potential Areas of Application for Autonomous Vehicles in Terms of Safe, Efficient Drivability

The BEFAHRBAR project is developing an automated methodology based on a digital twin to safely and efficiently evaluate routes for the deployment of autonomous SAE L4 vehicles, while also objectively identifying risks.
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DiMo-NEXT – Next Level of Digital Motion in Sports, Fitness and Well-being

Next level of digital movement: Facilitating behaviour change and improving the experience of physical activity, sports performance and overall wellbeing through behavioural psychology, movement data analytics, sustainable materials and sensor technology.
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SleepBuddy – Respiratory activity monitoring for enhanced sleep quality

SleepBuddy optimizes sleep quality through AI-driven analysis and interventions based on breathing activity.
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KoPaS – Cooperative parking in cities

KoPaS is developing and testing C-ITS services for urban parking for the first time in Austria.
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PASSAT – Digital Product Passport Austria and Beyond

PASSAT helps Austrian companies implement the Digital Product Passport, promoting sustainable growth through the circular economy and innovative production processes.
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RENvolveIT – Regional Energy Networking: cross-sectional involvement through a modular interactive toolbox

The RENvolveIT project strengthens citizen participation in renewable energy communities (RECs) across Europe.
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AI4Emergency – AI-Optimized Operational Communication

The development and testing of AI-supported communication technologies based on 5G mobile networks will provide emergency services with a powerful and reliable means of communication.
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cells4.energy – Regional energy cells as multi-energy real-world laboratories for rapid system transition

Development of a scalable and easily transferable energy cell concept that covers entire value chains – from generation and storage to transport and use of energy.
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Prehab2Rehab – Integrated and digitally supported care on patient pathways from prehabilitation to rehabilitation

Prehab2Rehab investigates how people can be best supported along the entire care pathway – before and after a planned surgery.
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LCM – Linz Center for Symbiotic Mechatronics

The K2_LCM project is a follow-up project to the current cooperation within the framework of “Gesture Aided Learning”.
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KIRAMET – AI-based recycling of metal composite waste

Efficient, sensor-based particle sorting with the help of artificial intelligence.
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MUST – Multimodal traffic control through the combination of innovative information channels

The aim of the MUST project is to directly and indirectly influence mobility behavior in terms of climate and environmentally friendly traffic management through traffic avoidance, modal shift and traffic improvement.
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DiToMo – Digitalization of tourist mobility services for the last mile

Climate-friendly travel to leisure and tourism destinations by public transport is not always easy: The destination is often not accessible by public transport or is very difficult to reach, and existing shuttle services are little known.
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cityclimAIt – Study on AI applications to achieve and support climate-neutral cities

Recommendation catalogue and tool for AI technologies that support planning, monitoring and forecasting services of city administrations, transport and spatial planning as well as companies on the way to a climate-neutral city.
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ESCADE – Energy-Efficient Large-Scale Artificial Intelligence for Sustainable Data Centers

Improving the energy balance of data centers, AI applications, and distributed systems through optimal placement of services and applications in the edge-cloud continuum.
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UVAR_Austria – Upgrading the Austrian ITS landscape to implement the EU requirements for Urban Vehicle Access Regulations

UVAR_Austria is developing solutions to provide digital and standardised access restrictions in line with the latest EU regulations.
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How to find us
Salzburg Research Forschungsgesellschaft
Jakob Haringer Straße 5/3
5020 Salzburg, Austria
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