TOMORROW.MOBILITY

Shared mobility is reshaping how people move, offering flexibility, convenience, and sustainability. This session explores how services like ridesharing, MaaS, and demand-responsive transport are influencing mobility systems—and what this means for users, providers, and cities. How are shared mobility services transforming the way people move in urban and suburban environments? What challenges do they face in integrating with existing mobility systems?

Shared mobility is reshaping how people move, offering flexibility, convenience, and sustainability. This session explores how services like ridesharing, MaaS, and demand-responsive transport are influencing mobility systems—and what this means for users, providers, and cities. How are shared mobility services transforming the way people move in urban and suburban environments? What challenges do they face in integrating with existing mobility systems?

Shared mobility is reshaping how people move, offering flexibility, convenience, and sustainability. This session explores how services like ridesharing, MaaS, and demand-responsive transport are influencing mobility systems—and what this means for users, providers, and cities. How are shared mobility services transforming the way people move in urban and suburban environments? What challenges do they face in integrating with existing mobility systems?

Shared mobility is reshaping how people move, offering flexibility, convenience, and sustainability. This session explores how services like ridesharing, MaaS, and demand-responsive transport are influencing mobility systems—and what this means for users, providers, and cities. How are shared mobility services transforming the way people move in urban and suburban environments? What challenges do they face in integrating with existing mobility systems?

Mobility data has become a cornerstone of intelligent transport systems. This session explores how digital tools—from AI to data spaces—can enable smarter mobility while also addressing challenges around privacy, integration, and infrastructure. How can mobility data, supported by AI, blockchain, and digital infrastructure, enhance the efficiency and security of transport systems? What are the main enablers and barriers?

Mobility data has become a cornerstone of intelligent transport systems. This session explores how digital tools—from AI to data spaces—can enable smarter mobility while also addressing challenges around privacy, integration, and infrastructure. How can mobility data, supported by AI, blockchain, and digital infrastructure, enhance the efficiency and security of transport systems? What are the main enablers and barriers?

Mobility data has become a cornerstone of intelligent transport systems. This session explores how digital tools—from AI to data spaces—can enable smarter mobility while also addressing challenges around privacy, integration, and infrastructure. How can mobility data, supported by AI, blockchain, and digital infrastructure, enhance the efficiency and security of transport systems? What are the main enablers and barriers?

Mobility data has become a cornerstone of intelligent transport systems. This session explores how digital tools—from AI to data spaces—can enable smarter mobility while also addressing challenges around privacy, integration, and infrastructure. How can mobility data, supported by AI, blockchain, and digital infrastructure, enhance the efficiency and security of transport systems? What are the main enablers and barriers?

What will define mobility in the next ten years? This forward-looking session brings together senior decision-makers to discuss transformative trends that will shape the transport systems of tomorrow. As digital and sustainable technologies converge, the panel will explore how to navigate innovation, scale impact, and build adaptable mobility systems fit for the future.

This session will feature a video message from Mr. Apostolos Tzitzikostas, European Commission Commissioner for Sustainable Transport and Tourism, addressing the EU Agenda for Future Mobility.

A deluge of self-driving cars could turn urban streets into a congested, dangerous mess -- but it's not inevitable. MIT Mobility Initiative Senior Fellow David Zipper will identify specific ways can help cities future-proof themselves for the rise of autonomous vehicles.

Commuting habits have a major impact on urban sustainability. This panel looks at how corporate mobility programs, integrated networks, and behavioural nudges can create greener, more efficient daily travel options for all. How can corporate mobility programs and integrated transport networks lead to more sustainable commuting? What roles do mobility infrastructure and nudging play in creating seamless and sustainable commuting options?

Mobility hubs succeed when they change behaviour. But how do you get people to change routines that feel immovable? In Basel (Switzerland), a public–private hub pairs design with psychology to make intermodal the easy choice. Join us for the insights that break habits.

Commuting habits have a major impact on urban sustainability. This panel looks at how corporate mobility programs, integrated networks, and behavioural nudges can create greener, more efficient daily travel options for all. How can corporate mobility programs and integrated transport networks lead to more sustainable commuting? What roles do mobility infrastructure and nudging play in creating seamless and sustainable commuting options?

Commuting habits have a major impact on urban sustainability. This panel looks at how corporate mobility programs, integrated networks, and behavioural nudges can create greener, more efficient daily travel options for all. How can corporate mobility programs and integrated transport networks lead to more sustainable commuting? What roles do mobility infrastructure and nudging play in creating seamless and sustainable commuting options?

Across Europe, cities are reimagining urban spaces to boost road safety, support sustainable mobility, and meet climate goals. This session brings together city leaders and policymakers to explore how space reallocation can build more resilient cities. It is part of the REALLOCATE project under the EU’s CIVITAS Initiative and supports the EU Mission on Climate-Neutral and Smart Cities.

Urban logistics is a growing challenge as competition for space in cities becomes more and more pressing. This session dives into innovations (eg. New logistics concepts, automation, etc.) that can make freight and last-mile delivery more sustainable. Expect to hear about best practices and examples of how cities and companies are collaborating to solve these issues. How can sustainable logistics practices and improved fleet management reduce the carbon footprint of freight and delivery services? What impact do logistics innovations have?

Urban logistics is a growing challenge as competition for space in cities becomes more and more pressing. This session dives into innovations (eg. New logistics concepts, automation, etc.) that can make freight and last-mile delivery more sustainable. Expect to hear about best practices and examples of how cities and companies are collaborating to solve these issues. How can sustainable logistics practices and improved fleet management reduce the carbon footprint of freight and delivery services? What impact do logistics innovations have?

Urban logistics is a growing challenge as competition for space in cities becomes more and more pressing. This session dives into innovations (eg. New logistics concepts, automation, etc.) that can make freight and last-mile delivery more sustainable. Expect to hear about best practices and examples of how cities and companies are collaborating to solve these issues. How can sustainable logistics practices and improved fleet management reduce the carbon footprint of freight and delivery services? What impact do logistics innovations have?

Urban logistics is a growing challenge as competition for space in cities becomes more and more pressing. This session dives into innovations (eg. New logistics concepts, automation, etc.) that can make freight and last-mile delivery more sustainable. Expect to hear about best practices and examples of how cities and companies are collaborating to solve these issues. How can sustainable logistics practices and improved fleet management reduce the carbon footprint of freight and delivery services? What impact do logistics innovations have?

Autonomous technologies are rapidly advancing, with the potential to revolutionise public transport. From buses to rail, this panel will examine how automation, AI, and connected systems are redefining the future of public transport. To what extent can autonomous and connected vehicle technologies enhance the efficiency, safety, and accessibility of public transport systems? What needs to change for their widespread adoption?

Autonomous technologies are rapidly advancing, with the potential to revolutionise public transport. From buses to rail, this panel will examine how automation, AI, and connected systems are redefining the future of public transport. To what extent can autonomous and connected vehicle technologies enhance the efficiency, safety, and accessibility of public transport systems? What needs to change for their widespread adoption?

Autonomous technologies are rapidly advancing, with the potential to revolutionise public transport. From buses to rail, this panel will examine how automation, AI, and connected systems are redefining the future of public transport. To what extent can autonomous and connected vehicle technologies enhance the efficiency, safety, and accessibility of public transport systems? What needs to change for their widespread adoption?

His panel explores how autonomous public transportation systems can transform urban mobility, fostering smarter, more sustainable, and inclusive cities. The discussion will be illustrated through real-world examples from the State of Rio de Janeiro, highlighting opportunities, challenges, and innovative solutions in urban planning and transport. Palabras clave: Mobility; Urban Sustainability; Transportation Innovation; Autonomous Technologies.

Safety remains a top priority as cities evolve their mobility systems and last-mile solutions. This session explores how technology and planning can work together to reduce accidents and create safer streets for all. It offers a platform to share best practices in monitoring safety and coming up with realistic solutions for drivers and public transport. How can innovation, technologies, and behaviour change improve road safety and reduce accidents in urban environments? What impact do these solutions have in creating safer, more efficient, and people-friendly cities?

Urban mobility safety demands a paradigm shift. This keynote argues for moving from reactive accident response to a proactive Safe System approach. Learn how cities can implement this holistic mindset to fundamentally redesign their environments, taking also advantage of their role as innovators, and their authorities to set minimum requirements for the safety performance.

Safety remains a top priority as cities evolve their mobility systems and last-mile solutions. This session explores how technology and planning can work together to reduce accidents and create safer streets for all. It offers a platform to share best practices in monitoring safety and coming up with realistic solutions for drivers and public transport. How can innovation, technologies, and behaviour change improve road safety and reduce accidents in urban environments? What impact do these solutions have in creating safer, more efficient, and people-friendly cities?

Safety remains a top priority as cities evolve their mobility systems and last-mile solutions. This session explores how technology and planning can work together to reduce accidents and create safer streets for all. It offers a platform to share best practices in monitoring safety and coming up with realistic solutions for drivers and public transport. How can innovation, technologies, and behaviour change improve road safety and reduce accidents in urban environments? What impact do these solutions have in creating safer, more efficient, and people-friendly cities?

Electrification is critical—but is it the full answer to zero-pollution mobility? This panel looks at recent achievements and gaps in the roll out of zero-emission vehicles and charging infrastructure, and takes a broader look at mobility-related pollution - beyond exhaust emissions - towards truly zero-emission transport systems. What can decision-makers and mobility stakeholders do to reach the zero-pollution ambition? How can public and private interests be best aligned? What solutions are already available, and what areas still require more research and development?

Electrification is critical—but is it the full answer to zero-pollution mobility? This panel looks at recent achievements and gaps in the roll out of zero-emission vehicles and charging infrastructure, and takes a broader look at mobility-related pollution - beyond exhaust emissions - towards truly zero-emission transport systems. What can decision-makers and mobility stakeholders do to reach the zero-pollution ambition? How can public and private interests be best aligned? What solutions are already available, and what areas still require more research and development?

Electrification is critical—but is it the full answer to zero-pollution mobility? This panel looks at recent achievements and gaps in the roll out of zero-emission vehicles and charging infrastructure, and takes a broader look at mobility-related pollution - beyond exhaust emissions - towards truly zero-emission transport systems. What can decision-makers and mobility stakeholders do to reach the zero-pollution ambition? How can public and private interests be best aligned? What solutions are already available, and what areas still require more research and development?

Electrification is critical—but is it the full answer to zero-pollution mobility? This panel looks at recent achievements and gaps in the roll out of zero-emission vehicles and charging infrastructure, and takes a broader look at mobility-related pollution - beyond exhaust emissions - towards truly zero-emission transport systems. What can decision-makers and mobility stakeholders do to reach the zero-pollution ambition? How can public and private interests be best aligned? What solutions are already available, and what areas still require more research and development?

In a volatile environment, resilient and high-quality mobility systems are more important than ever. This session will explore how technological, regulatory, and social innovations can build more inclusive and adaptive networks. Expect thought-provoking insights on how to transition mobility systems towards greater social equity, efficiency, and environmental sustainability.

The event will start with a brief introduction to Barcelona Innova Lab Mobility and the two challenges launched this year: acoustic signal detection and mitigation to enhance mobility, and optimization of Urban Freight Distribution (UFD) in the HORECA channel. Finalist companies will then pitch their projects, showcasing key features and potential impact.

Public space is one of a city’s most valuable resources. This discussion looks at how smart mobility planning, for instance with mobility hubs and active travel promotion, can make better use of space while improving health, accessibility, and urban life. What role do urban mobility planning, including smart parking, transport hubs, and placemaking, play in shaping urban environments that prioritise both functionality and quality of life for residents and visitors?

The Barcelona Metropolitan Transport Authority (ATM), under the Mobility Law framework, leads the Regional Mobility Master Plan, which defines the strategic model for mobility in the region. This plan guides urban planning, fostering active mobility, public transport, and sustainable solutions for a more efficient use of public space.

Public space is one of a city’s most valuable resources. This discussion looks at how smart mobility planning, for instance with mobility hubs and active travel promotion, can make better use of space while improving health, accessibility, and urban life. What role do urban mobility planning, including smart parking, transport hubs, and placemaking, play in shaping urban environments that prioritise both functionality and quality of life for residents and visitors?

Public space is one of a city’s most valuable resources. This discussion looks at how smart mobility planning, for instance with mobility hubs and active travel promotion, can make better use of space while improving health, accessibility, and urban life. What role do urban mobility planning, including smart parking, transport hubs, and placemaking, play in shaping urban environments that prioritise both functionality and quality of life for residents and visitors?

Public space is one of a city’s most valuable resources. This discussion looks at how smart mobility planning, for instance with mobility hubs and active travel promotion, can make better use of space while improving health, accessibility, and urban life. What role do urban mobility planning, including smart parking, transport hubs, and placemaking, play in shaping urban environments that prioritise both functionality and quality of life for residents and visitors?

Active and micromobility are essential for healthier, more inclusive urban transport. This session explores solutions that support walking, cycling, and shared micromobility through infrastructure and smart urban design. How can cities integrate e-scooters, shared mobility, and cycling infrastructure to create an inclusive and efficient transportation system? What strategies can improve walkability? How do cycling lanes and smart parking contribute to active mobility?

How we quantify in the socio-economic benefits if bike share schemes in financial terms - Presentation of the results of the study & White Paper prepared by EY.

Active and micromobility are essential for healthier, more inclusive urban transport. This session explores solutions that support walking, cycling, and shared micromobility through infrastructure and smart urban design. How can cities integrate e-scooters, shared mobility, and cycling infrastructure to create an inclusive and efficient transportation system? What strategies can improve walkability? How do cycling lanes and smart parking contribute to active mobility?

Active and micromobility are essential for healthier, more inclusive urban transport. This session explores solutions that support walking, cycling, and shared micromobility through infrastructure and smart urban design. How can cities integrate e-scooters, shared mobility, and cycling infrastructure to create an inclusive and efficient transportation system? What strategies can improve walkability? How do cycling lanes and smart parking contribute to active mobility?

As climate goals tighten, the mobility sector faces pressure to rapidly decarbonise while remaining economically viable. This session explores how the sustainable, connected, and shared mobility transition — from passenger mobility, logistics, and infrastructure—can support both competitiveness and climate action. Panellists will share insights on emerging trends, regulatory shifts, and how public and private actors can align innovation with competitiveness and sustainability objectives.

From 5G–satellite connectivity and AI traffic orchestration to drone data analytics, micromobility insights, cycling safety, and alternative fuel vehicle conversions, these startups are shaping the future of mobility. Discover solutions that make cities, fleets, and riders safer, greener, and more efficient, while unlocking actionable data for smarter transport planning.

Explore solutions that optimize urban mobility infrastructure and transport networks. From smart parking and curbside management to multimodal integration, route optimization, and shared mobility, this session showcases innovations driving efficient, low-carbon, and intelligent urban transport systems.

Discover the latest in sustainable mobility, clean propulsion, and energy-efficient transport. Innovations in alternative fuels, climate monitoring, predictive maintenance, and electrification are transforming cities and fleets, enabling greener, safer, and more sustainable urban mobility.

This session focuses on human-centered mobility solutions designed for accessibility, safety, and well-being. From navigation support for vulnerable users to inclusive urban planning, livable spaces, and smart bike security, these innovations make cities more equitable, connected, and user-friendly.

As cities prepare for the deployment of autonomous vehicles, questions around infrastructure, safety, and urban planning are front and centre. This panel will dive into how AVs can be integrated into the urban fabric while contributing to urban mobility public policy goals. How can autonomous and connected vehicles be integrated into urban environments to enhance mobility, safety, and the public realm while addressing regulatory and infrastructural challenges? How can cities prepare for this transformation?

Discover how Ubiwhere supports the deployment of connected and automated mobility solutions. Through data integration, our Urban Platform, and real-time decision-making, we enable cities to embrace a cooperative mobility ecosystem that is safer, smarter, and ready for the future. 

As cities prepare for the deployment of autonomous vehicles, questions around infrastructure, safety, and urban planning are front and centre. This panel will dive into how AVs can be integrated into the urban fabric while contributing to urban mobility public policy goals. How can autonomous and connected vehicles be integrated into urban environments to enhance mobility, safety, and the public realm while addressing regulatory and infrastructural challenges? How can cities prepare for this transformation?

As cities prepare for the deployment of autonomous vehicles, questions around infrastructure, safety, and urban planning are front and centre. This panel will dive into how AVs can be integrated into the urban fabric while contributing to urban mobility public policy goals. How can autonomous and connected vehicles be integrated into urban environments to enhance mobility, safety, and the public realm while addressing regulatory and infrastructural challenges? How can cities prepare for this transformation?