- IAA MOBILITY
- Key topics 2025
IAA MOBILITY
Key topics 2025
Four key topics of IAA MOBILITY 2025 focus on the central developments shaping the mobility of tomorrow.
Four key topics of IAA MOBILITY 2025 focus on the central developments shaping the mobility of tomorrow.
- IAA MOBILITY
- Key topics 2025
The Key Topics of IAA MOBILITY 2025 at a Glance
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Technology
Innovations in areas like software-defined vehicles, AI, semiconductors, battery technology, and propulsion systems.
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Sustainability
Circular economy, decarbonization, and sustainable supply chains as central elements of tomorrow's mobility.
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Smart
InfrastructureConnected and secure urban and rural spaces with intelligent infrastructure as the foundation for networked mobility.
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This key theme covers a wide range of concepts, from modern vehicle technologies such as electric and hybrid drives to autonomous driving functions and connected mobility services that are shaping the future of transportation.
The topics span from individual mobility solutions like e-bikes, light electric vehicles, and micromobility options to collective approaches such as public transit and intermodal mobility. On-demand services like car and bike-sharing or ride-hailing combine innovative technologies with user-friendliness to make mobility more efficient, flexible, and sustainable.
At the same time, infrastructure takes center stage: smart city solutions and intelligent technologies are driving urban transformation, while sustainable mobility strategies contribute to reducing emissions and conserving resources. This overarching theme demonstrates how mobility is being redefined through technology, innovation, and sustainability to address the challenges of the future.
The automotive industry includes a wide range of vehicles serving different purposes and functions. At IAA MOBILITY, the latest innovations and trends in the automotive industry, from electric vehicles (BEV, PHEVs and HEVs) to autonomous vehicles and other passenger vehicles are showcased.
The future of cycling is shaped by e-bikes & smart bikes which enhance ride comfort and safety through integrated sensors, GPS technology, and advanced battery systems.
LEVs (Light Electric Vehicles) offer eco-friendly, compact transportation solutions for urban environments. These vehicles, including also electric micro-cars, are ideal for short distances, helping to reduce city traffic and air pollution.
Small lightweight vehicles, both non-electric and electric, like scooters, e-scooters, e-bikes and e-motorbikes provide sustainable urban mobility options for the last mile.
Public transport refers to transportation systems designed to move people efficiently and cost-effectively within urban and rural area, including trains for short- and long-distance travel, buses, underground or above-ground rail systems for urban and suburban area.
Mobility on Demand solutions aim to provide users with convenient, flexible, and efficient transportation options by leveraging technology to match supply with real-time demand (i.e. ride-hailing, car sharing, bike-sharing, scooter servies, microtransit services, on-demand shuttle services) via digital platforms.
A digital platform or service that integrates various multimodal transportation (i.e. public transport, ride-sharing, bike-sharing, car-sharing etc.) modes and services into a single user-friendly interface.
Intermodality refers tot he use of multiple modes of transportation within a single journey.
Das Leitthema Technologie beleuchtet die innovativen Ansätze, die die Zukunft der Mobilität prägen und transformieren.
Im Mittelpunkt stehen bahnbrechende Entwicklungen wie softwaredefinierte Fahrzeuge, die durch Over-the-Air-Updates kontinuierlich verbessert werden, und autonomes Fahren, das mithilfe von KI, Sensoren und Big Data eine neue Ära der Sicherheit und Effizienz einleitet. Vernetzung spielt eine zentrale Rolle: Fahrzeuge kommunizieren untereinander (V2V) und mit der Infrastruktur (V2I), wodurch ein nahtloses und intelligentes Mobilitätserlebnis entsteht. Gleichzeitig ermöglichen Fortschritte in der Batterietechnologie und alternative Antriebsarten wie Wasserstoffantriebe nachhaltige Lösungen für eine CO₂-neutrale Zukunft.
Technologie umfasst auch die Digitalisierung der Mobilitätsökosysteme: Von Halbleitern und Chips, die die Grundlage moderner Fahrzeugsysteme bilden, bis hin zu Cybersicherheitslösungen, die digitale Netzwerke und Daten schützen, wird jedes Detail berücksichtigt. Themen wie künstliche Intelligenz, generative KI und virtuelle Realität erweitern zudem die Grenzen des Fahrer- und Passagiererlebnisses.
Connected vehicles leverage IoT and Big Data to provide real-time information and intelligent services, improving driver experiences and creating a synergistic ecosystem
Remote-controlled vehicles enable new applications in logistics and public safety through innovative control technologies, applied i.e. in the context of Automomous Driving
Cybersecurity in the context of mobility technology refers to the protection of digital system networks, and data involved in transportation from unauthorized access, attacks, damage or manipulation. Key components include the protection of connected vehicles (V2X), data privacy and protection, infrastructure security and the protection of digital services i.e. in-car-payment.
In-Vehicle Entertainment systems and virtual reality environments provide immersive experiences and expand the possibilities of vehicle use and ensure a more personalized, enhanced passenger experience (i.e. through digital twins).
The key theme of sustainability places the ecological, social, and economic challenges of mobility at the forefront.
From reducing CO₂ emissions through the use of low- and zero-emission vehicles to the integration of renewable energy sources, sustainable approaches are key to future-proof mobility. A central element is the circular economy, which focuses on reusing and recycling materials to conserve resources and minimize waste. Responsible supply chains and sustainable handling of raw materials for vehicles and batteries further emphasize this approach.
Social aspects are equally important: inclusion and accessibility ensure that modern mobility solutions are available to everyone. At the same time, sustainable production and logistics processes enhance efficiency and reduce environmental impact. Regulatory measures and ESG criteria (environmental, social, and governance) also promote adherence to global sustainability standards. This overarching theme demonstrates how innovative concepts and technologies are making mobility more environmentally and socially sustainable, contributing positively to the global climate transition.
The circular economy in the context of mobility promotes recycling and reusing materials to maximize sustainability, as well as ressource efficency and conservation
Strategies and technologies to reduce CO2 emissions and other greenhouse gases associated with transportation activities in ordert o mitigate the environmental impact of the mobility sector. Key strategies include the transition to low emission and zero emission vehicles, renewable energy integration and improvements in regard to urban infrastructure.
Regulatorische Rahmenbedingungen und Haftungsfragen im Zusammenhang mit Ökologischen, Sozialen und Governance-Aspekten der Mobilität.
Nachhaltige Fertigungs- und Lieferkettenprozesse reduzieren Umweltbelastungen und steigern die Effizienz.
Promoting inclusion and p accessibility in the mobility sector to ensure everyone has access to modern transport solutions.
Global trade relations and market strategies shape the future of the mobility industry and its capacity for innovation.
Responsible mining and sustainable use of raw materials for vehicle and battery production.
The key theme of Smart Infrastructure highlights the technological and structural foundations that enable the mobility of the future. With data-driven solutions and innovative concepts, infrastructure becomes the control center of modern transportation and mobility systems.
The focus includes smart city mobility solutions that leverage IoT, big data, and AI to optimize traffic flow in urban areas and promote sustainable urban development. At the same time, smart country mobility ensures better connectivity in rural areas through multimodal and user-centered offerings. Another key aspect is the expansion of charging and refueling infrastructures, integrating electric and hydrogen vehicles into the smart energy grid. Additionally, technological measures to improve traffic safety play a vital role, using smart systems and regulatory approaches to reduce accidents and enhance road safety.
Smart (data-driven) mobility solutions for urban areas optimize traffic flow and support sustainable city development. Smart City Mobility is based on the use of advanced technologies (IoT, big data and AI), user-centric multimodal services, and smart infrastructure
Innovative mobility concepts for rural areas improve connectivity and accessibility, including multimodal modes of transportation, intelligent transport services and user-centric services.
Development and expansion of charging and refueling infrastructure for electric and hydrogen vehicles, integrated into smart energy grids.
Advanced technologies, strategies and regulation measures to enhance road safety and reduce accidents.