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How Digital Tools Are Redesigning Mobility in Cities

Urban mobility is at a crossroads. For too long, our cities have been built around private vehicles—resulting in congested roads, poor air quality, fragmented communities, and limited access to opportunity. But a new era is emerging—one centered on people, not cars.

From walking and cycling to e-scooters and accessible public transport, cities are embracing diverse modes of personal mobility. And at the heart of this transformation is a wave of digital solutions that are helping planners, designers, and citizens reshape how streets work—for everyone.

Here’s how digital tools are enabling better access, equity, and sustainability in urban mobility:

Street Audits and Accessibility Mapping: Seeing the Gaps

Before cities can improve walking or cycling, they need to understand where the barriers are. Digital audit tools are making this process faster and more precise:

  • Mobile apps and web platforms allow citizens or planners to assess sidewalks, crossings, lighting, and obstructions in real-time.
  • GIS-based accessibility maps show how far people with mobility challenges can travel within a given time frame from their home, highlighting “access deserts.”
  • Crowdsourced accessibility data platforms like AccessMap and Wheelmap help cities identify gaps in curb ramps, tactile paving, or accessible transit entrances.

These tools empower cities to take a data-informed approach to street equity, especially for people with disabilities, the elderly, and families with children.

Smartphones can serve as effective tools for auditing streets and identifying accessibility issues. By using their cameras, GPS, and various apps, users can document problems like uneven sidewalks and blocked wheelchair ramps. This data can be shared with local authorities to promote improvements and ensure compliance with accessibility standards.

Designing Streets for People: Digital Street Design Tools

Digital platforms are making it easier for cities to rethink their streets—literally.

  • Tools like Streetmix, UrbanFootprint, and Complete Streets dashboards allow planners to test different street layouts, curb widths, bike lanes, and green infrastructure options before breaking ground.

  • 3D visualization software and Augmented Reality (AR) let communities preview what a redesigned intersection, plaza, or shared street could look like.

  • Spatial modeling tools analyze the flow of different modes—walking, cycling, cars, e-scooters—to optimize safety and comfort.

By combining data and visualization, these tools foster better design decisions and stronger public support.

AI glasses, like Google Glass, are wearable devices that integrate augmented reality and artificial intelligence to enhance the user’s everyday experiences. These glasses feature a small display that overlays digital information onto the real world, allowing users to access information, receive notifications, and interact with various applications hands-free. 

Improving Walkability and First/Last Mile Access

Walking is the foundation of every city trip, even those involving buses or trains. Yet many cities still lack safe, comfortable pedestrian infrastructure—especially around transit.

Digital tools now help cities:

  • Conduct walkability audits using satellite data, mobile surveys, and AI-powered image analysis

  • Identify key walking corridors for investment through heat maps and pedestrian demand modeling

  • Integrate real-time navigation apps that assist with wayfinding, including accessible routes for people with disabilities

Better sidewalks, shaded walkways, and safe crossings don’t just support walkability—they increase transit use by improving first/last mile access.

Dashboards can provide a comprehensive view of a city’s walkability by visualizing key metrics such as pedestrian traffic, sidewalk availability, street connectivity, and proximity to amenities. These visualizations allow users to quickly assess the walkability of different neighborhoods, identify areas for improvement, and make data-driven decisions to enhance the overall pedestrian experience.

Expanding Cycle and Micro-Mobility Infrastructure

Cycling and micro-mobility modes like e-scooters and e-bikes are essential for reducing car trips, especially in dense urban areas. But without dedicated space and planning, these modes struggle.

Digital tools are changing this:

  • GPS tracking and heatmaps from mobility providers help planners see where people are already riding—and where new lanes are needed.

  • Cycle network planning software models the most efficient, connected networks based on demand and safety.

  • Platforms like SharedStreets allow cities and private micro-mobility providers to collaborate on infrastructure and regulation using anonymized data.

Cities like Paris, Bogotá, and Barcelona are leading the way by using digital insights to inform rapid-cycle improvements to cycle and scooter infrastructure.

AI glasses, like Google Glass, are wearable devices that integrate augmented reality and artificial intelligence to enhance the user’s everyday experiences. These glasses feature a small display that overlays digital information onto the real world, allowing users to access information, receive notifications, and interact with various applications hands-free. 

Integrating Digital with Public Transport Systems

Micro-mobility and walkability must be tightly integrated with public transit to make a real dent in car dependence.

Digital solutions are enabling:

  • Multi-modal journey planners that combine walking, cycling, scooters, and transit in a single route (e.g., Citymapper, Transit App)

  • Smart hubs and parklets that integrate micro-mobility parking, bike share, and wayfinding tools around transit stations

  • Real-time spatial analysis to identify underserved transit areas and plan new routes or flexible mobility solutions

Together, these tools help cities design mobility ecosystems—not just networks.

AI glasses, like Google Glass, are wearable devices that integrate augmented reality and artificial intelligence to enhance the user’s everyday experiences. These glasses feature a small display that overlays digital information onto the real world, allowing users to access information, receive notifications, and interact with various applications hands-free.