Human-Centric Mobility Experiences

Human-centric mobility prioritizes people’s needs, preferences and experiences rather than treating vehicles purely as products. It emphasizes personalization, safety, comfort and seamless integration across digital services and urban ecosystems.

Mobility experiences that focus on the entire user journey, not just the vehicle, involve personalization, intuitive interfaces, comfort, safety and seamless integration between cars, smart devices and urban mobility ecosystems. The H1st Vision (“Human First Vision”), incorporating over 20 innovations designed around the human user, features biometric access, immersive sound, connectivity to charging infrastructure, and a virtual twin that replicates the car’s behaviors and its urban ecosystem.

Connected vehicle services enable vehicles to communicate with each other, with infrastructure and with digital platforms. These include real-time navigation, remote diagnostics, over-the-air (OTA) updates, and integration with urban mobility networks, such as public transit, shared vehicles and micromobility options, to drive Mobility as a Service (MaaS) networks. By extending beyond the vehicle, mobility is now predictive, personalized and updated in real time.

OEMs must shift from viewing automotives as one-time sales to evolving platforms. This will naturally change how services are delivered and how customers are retained. Virtual systems unite OEMs, suppliers, tech companies and city planners to co-create solutions that go beyond the vehicle, ensuring consistency and convenience throughout the entire user experience. By using software-defined vehicles (SDVs) and modeling and simulating diverse systems, automotive companies can test and refine new services, personalize experiences for individual users and keep vehicles updated with improved features.

This approach turns mobility into a dynamic, connected and human-centered experience.

Human-centric mobility supports sustainable transportation by optimizing shared, electric and connected systems using systems engineering and simulation. Transportation is designed, tested and optimized virtually with tools such as CATIA Systems, ControlBuild and STIMULUS, enabling operators to debug complex requirements and validate systems well before deployment.