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AMIGOS: Active Mobility Innovations for Green and Safe City Solutions
include AIT’s Mobility Observation Box and an application for the collection of new mobility data, which will feed a big data platform for their analysis and digital twins to visualize mobility scenarios. [...] stakeholders to identify mobility challenges and will serve as a basis for the co-development of adapted mobility solutions: towards reducing traffic, increasing public and active mobility modes, improving safety [...] collecting real traffic data with the Mobility Observation Box (in ten cities across Europe). Isabela Erdelean, mobility expert at AIT, explains: "Promoting active mobility and inclusive, safe, resilient and
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KASSA.AST
- /en/themen/integrated-digital-urban-planning/projekte/kassaast
Verkehrssystems zu beschleunigen, konzipiert das Projektteam eine benutzerorientierte, multimodale Mobility-as-a-Service-Plattform („MaaS-Plattform“), als zentrale Quelle von Information, Buchung und Verrechnung [...] Kärntner Verkehrsgeschehens einnimmt. Projektpartner:innen sind die Stadt Klagenfurt mit der Klagenfurt Mobil GmbH (KMG) sowie die Abteilung 7 (Wirtschaft, Tourismus und Mobilität) und Abteilung 9 (Straßen und
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SUBLIME
- /en/themen/solid-state-batteries/projects/sublime
in the mobility sector. Our ambition is to support European battery producers in the sense of the Green Deal to make a decisive contribution on the way to emission-free and sustainable mobility." Project
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SUBLIME: Solid State Sulfide Based Li-Metal Batteries for EV Applications
in the mobility sector. Our ambition is to support European battery producers in the sense of the Green Deal to make a decisive contribution on the way to emission-free and sustainable mobility." Further
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100% renewable Pinzgau
- /en/research-topics/integrated-energy-systems/projects/100-renewable-pinzgau
the heat supply and mobility sector. The aim of the project is to create a consistent approach for a 100% renewable Pinzgau (heat and electricity supply, and minimisation of mobility emissions). For this
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Policy Lab
- /en/themen/innovation-policy-and-transformation/projekte/policy-lab
um daraus bedarfsgerechte und zukunftsorientierte Mobilitätsmaßnahmen zu entwickeln. Key Words: Mobility Policy Lab / Mobilitätslabor Start: 09/2022 Dauer: 36 Monate Auftraggeber/ Fördergeber: Das Policy
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Developing innovative mobility solutions with the Policy Lab
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SD4MSD
- /en/research-topics/cyber-security/projects/sd4msd
individual configurability for specific (military) purposes. A comprehensive concept for hardening a mobile ICT device was developed in order to resist a sufficient range of physical, electromagnetic and cyber
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AIT Alpbach 2023
- /en/news-events/ait-alpbach-2023
developed. Read the full interview here Mobility turnaround The mobility researcher Alexandra Millonig points out that the transformation of the mobility system ("mobility turnaround") is an immensely large [...] broader view of mobility - of the questions why we travel such long distances in the first place and how we can minimise daily journeys. Numerous research projects have developed individual mobility budgets and [...] and minimum mobility standards that are in line with climate goals. In Millonig's eyes, the top priority in the "mobility turnaround" is to improve local accessibility for everyday things (including a
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AIT yearbook "Discussing Technology" on the topic of transformation
transformation paths are being developed. Mobility turnaround The mobility researcher Alexandra Millonig points out that the transformation of the mobility system ("mobility turnaround") is an enormous task, the [...] view of mobility is needed - on the questions of why we travel long distances in the first place and how we can minimise daily journeys. Numerous research projects have developed individual mobility budgets [...] budgets and minimum mobility standards that are compatible with climate goals. In Millonig's eyes, the top priority in the "mobility turnaround" is to improve local accessibility for everyday things (including
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AIT at the Virtual Reality Symposium of the SIAK
project. On the second day, participants were able to test the prototype developed by AIT based on a mobile chroma keying (green screen) mixed reality solution. Some MED1stMR partners were also represented
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Green and digital transformation
- /en/blog/green-and-digital-transformation
paths are being developed. Mega-task mobility transition One example of how far-reaching the necessary changes are is the mobility sector. Alexandra Millonig, mobility researcher at the AIT, explains that [...] need to go to B at all?" "Mobility turnaround therefore means not only optimising and decarbonising the mobility system, but much more: you have to start with the causes of mobility," says Millonig. This means [...] that the politically demanded 95% reduction in CO2 emissions by 2050 means that - if our current mobility habits remain unchanged - we would only be able to travel 1.5 kilometres by car every day; by train
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Augmented CCAM
- /en/research-topics/road-safety-accident-research/projects/augmented-ccam
and Evaluating the Physical and Digital Infrastructure for Connected, Cooperative and Automated Mobility (CCAM) Deployment The European research project Augmented CCAM aims to understand, harmonise and [...] methodologies for policy making and CCAM-ready infrastructure investments will be proposed. AIT Mobility Observation Box Augmented CCAM consists of a multi-stakeholder consortium of 26 Partners from 12 [...] national level. Within the impact assessment of the developed PDI solutions, AIT will deploy the Mobility Observation Box for assessing traffic safety of the overall network using conflict analysis and
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Augmented CCAM: The future of mobility through innovative infrastructure solutions
national level. Within the impact assessment of the developed PDI solutions, AIT will deploy the Mobility Observation Box for assessing traffic safety of the overall network using conflict analysis and [...] CCAM will provide another step towards broad deployment of connected, cooperative and automated mobility. Current challenges and safety issues such as road works and interactions with vulnerable road users [...] users are aimed to be overcome with the developed and enhanced PDI solutions. With the AIT Mobility Observation Box, we aim to measure the impacts of those solutions on traffic safety in order to ensure
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[Translate to English:] Unfallvermeidung durch Künstliche Intelligenz
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HELENA
- /en/themen/solid-state-batteries/projects/helena
dense batteries. HELENA’s halide-based solid-state cell technology will enable zero-emission air mobility from electric air taxis to 20 seat miniliners and is in line with the needs of future hybrid-electric
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Innovative in-vehicle technology increases safety in road traffic
power and energy consumption. The zoneZ project has received funding from the Mobility of the Future programme. Mobility of the Future is a research, technology and innovation funding programme of the
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Halide Solid State Batteries for Electric Vehicles and Aircrafts
dense batteries. HELENA’s halide-based solid-state cell technology will enable zero-emission air mobility from electric air taxis to 20 seat miniliners and is in line with the needs of future hybrid-electric
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SELFIE
- /en/research-topics/electric-powertrains/projects/selfie
who is responsible for the project at AIT, explains: "If we look at the development of electric mobility from the user's perspective, the focus is on costs and efficiency. The basic consideration is as
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HighSpin
- /en/research-topics/hybrid-electric-aircraft-technologies/projects/highspin
s Europe is increasingly focusing on research and development of battery materials for electric mobility and aeronautics. The pioneering HighSpin project makes a significant contribution to the further [...] s as part of the European Green Deal . The need for sustainable battery production for electric mobility was already recognized by the EU and the Commission in 2017. The HighSpin project builds on this [...] increase the energy density and power density of batteries to meet the requirements of electric mobility. The main objective is to produce a cell with an energy density of 390 Wh/kg and a lifespan of at
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