New Routing System Prioritizes Senior Pedestrian Safety and Amenities

Erdi \"Unal, Daniel Eisenhardt, Christian Meske, Seyed Nima Afzali, Ayseg\"ul Dogang\"un· July 29, 2026 View original

Summary

Researchers developed a senior-friendly pedestrian routing system that considers barriers, safety, and supportive infrastructure, moving beyond traditional distance or time optimization. A field study showed older adults preferred routes generated by this new system, which incorporates amenities like benches and toilets.

Traditional pedestrian navigation systems often prioritize the shortest or fastest routes, which can overlook critical factors for older adults such as safety, accessibility, and the presence of amenities. This new research introduces a design science approach to create a routing system specifically tailored for seniors. The system integrates real-world mobility constraints, identified through interviews with older adults, into its design. The developed artifact enriches OpenStreetMap data with information on amenities like benches, toilets, and shelters, and incorporates height data. An A*-based routing engine then generates routes with configurable costs and explanations. A field study involving 14 older adults demonstrated a clear preference for the senior-friendly routes over baseline options, highlighting the importance of factors like infrastructure maintenance, traffic exposure, and social context in route acceptance. The findings provide actionable design requirements and principles for developers, emphasizing context-aware hazard modeling, multi-route transparency, landmark-grounded explanations, and social-context sensitivity to improve pedestrian navigation for an aging population.

Why it matters

Urban planners and technology developers can leverage this research to create more inclusive and practical navigation tools, enhancing independent mobility and well-being for older adults in smart cities.

How to implement this in your domain

  1. 1Integrate amenity data (benches, toilets, shelters) and elevation into existing mapping platforms.
  2. 2Develop routing algorithms that prioritize safety factors and accessibility over mere distance.
  3. 3Conduct user studies with target demographics to validate and refine route preferences.
  4. 4Design user interfaces that offer multi-route options and clear, landmark-based explanations.
  5. 5Collaborate with local communities to gather feedback on infrastructure maintenance and social context.

Who benefits

Urban PlanningHealthcareGerontologySmart City TechTourism

Key takeaways

  • Current navigation systems often fail to meet the specific needs of older pedestrians.
  • Senior-friendly routing requires considering safety, barriers, and amenities like benches and toilets.
  • User feedback is crucial for identifying critical factors influencing route acceptance.
  • New routing systems can enhance the independent mobility and well-being of older adults.

Original post by Erdi \"Unal, Daniel Eisenhardt, Christian Meske, Seyed Nima Afzali, Ayseg\"ul Dogang\"un

"arXiv:2607.24795v1 Announce Type: new Abstract: Older adults' independent mobility enables out-of-home participation, well-being and health, yet pedestrian navigation systems still optimize primarily for distance or time, often overlooking barriers, safety thresholds, and support…"

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Originally posted by Erdi \"Unal, Daniel Eisenhardt, Christian Meske, Seyed Nima Afzali, Ayseg\"ul Dogang\"un on X · view source

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