On-Demand Adaptive Mobility — A Seasonal First- and Last-Mile System for Alpine Tourism Destinations

AI Quick Summary

Alpine tourism regions in Switzerland face significant first- and last-mile mobility challenges due to seasonal demand peaks, dispersed accommodations, and limited flexible transport options. Visitors often arrive by train or bus but struggle to reach hotels, ski lifts, or attractions, particularly when carrying luggage or ski equipment. This project proposes a tourism-adapted on-demand mobility concept using modular autonomous or semi-autonomous vehicles tailored for Alpine tourism. It will engage municipalities, tourism offices, hotels, and visitors to identify concrete needs, define test routes, and adapt vehicles for local conditions such as ski equipment transport and family accessibility. The pilot will include site selection, stakeholder engagement, route design, mapping, and technical preparation. Expected outcomes are validated use cases, stakeholder alignment, and a technically ready deployment concept. 1. The Problem Across Switzerland’s Alpine tourism regions, mobility demand is highly seasonal, spatially fragmented, and difficult to serve efficiently with traditional transport solutions. Popular destinations experience strong peaks during winter and summer seasons, while demand remains relatively low during off-peak periods. This creates a structural challenge for transport operators and municipalities: maintaining fixed transport services year-round is often economically inefficient, yet insufficient transport during peak periods negatively impacts visitor experience, accessibility, and sustainability goals. First- and last-mile connectivity is particularly challenging in Alpine destinations. Visitors typically arrive by train or regional bus, but their final destinations — hotels, ski lifts, vacation apartments, or mountain villages — are often not directly connected or requires multiple transfers. This becomes even more problematic for families with children, visitors carrying ski equipment, or travelers unfamiliar with the region. Walking distances, elevation differences, and weather conditions further increase the difficulty, especially during winter. At the same time, tourism destinations face increasing pressure to reduce private car usage. Congestion, limited parking capacity, and environmental goals are pushing Alpine regions to promote public transport and shared mobility. However, without convenient and flexible first- and last-mile solutions, visitors often continue relying on private vehicles or taxis, which increases congestion during peak seasons and leads to inefficient transport utilization.   Another challenge lies in strong variability caused by: •   Seasonal tourism patterns (winter ski and summer hiking) •   Daily arrival & depature peaks •   Weather conditions •   Events or holiday periods   Traditional fixed-route transport systems struggle to adapt to these fluctuations. During low demand periods, buses often run underutilized, while during peak periods capacity can become insufficient. Smaller Alpine villages and dispersed accommodations frequently remain underserved.   2. Opportunity: On Demand Tourism-Adaptive Mobility These challenges create an opportunity to introduce flexible, shared, and on-demand mobility services tailored specifically to Alpine tourism environments. Modular autonomous or semi-autonomous electric vehicles can provide adaptable transport capacity, accommodate special needs such as ski equipment and family travel, and dynamically connect transport hubs with hotels, ski lifts, and tourist attractions. Beyond transport, these vehicles can also serve as panoramic sightseeing shuttles during off-peak hours and low-season periods. The panoramic glass design allows visitors to enjoy scenic views, while vehicle exterior design can integrate local cultural elements and destination branding. Inside the vehicle, large digital displays can provide weather information, tourism promotion videos, event information, and destination guidance. This enhances visitor experience while increasing vehicle utilization beyond peak transport periods. Additionally, fully electric low-speed vehicles provide quiet, zero-emission mobility solutions, reducing noise and environmental impact in sensitive Alpine environments and supporting sustainable tourism goals.   3. Proposed Solution: On Demand Alpine Adaptive Mobility System We propose a seasonally adaptive rail-feeder mobility system using modular electric vehicles designed for Alpine tourism environments. The system focuses on short-distance first-and last-mile mobility between rail hubs and tourism destinations.   To validate this concept in a real-world environment, a pilot in a Swiss Alpine tourism destination — such as Andermatt, Leukerbad, Saas-Fee, or Zermatt — provides an ideal testing ground. As a mountain resort with seasonal tourism peaks, distributed accommodations, and increasing interest in sustainable mobility solutions, it reflects the broader mobility challenges faced across Alpine regions in Switzerland. The relatively compact geography and defined visitor flows also allow for controlled testing of flexible mobility services.   By piloting an on-demand shared mobility service tailored to Alpine tourism needs, the project aims to evaluate how flexible, modular mobility solutions can improve accessibility, reduce reliance on private vehicles, and enhance visitor experience while maintaining economic viability for seasonal operations. The results can inform scalable deployment across other Alpine tourism destinations in Switzerland and beyond.   4. Project Objectives The project aims to: •   Improve first- and last-mile connectivity in Alpine tourism regions •   Strengthen connections between rail stations and tourism destinations •   Support seasonal and fluctuating tourism mobility demand •   Enable convenient transport for ski equipment and families •   Reduce private car usage and congestion in touristic regions •   Provide low-noise, zero-emission mobility solutions •   Test seasonal adaptive shared mobility service models •   Develop scalable and sustainable deployment concepts for Alpine destinations   5. Expected Impacts For Visitors •   Seamless connection from rail stations to final destinations •   Reduced walking distances •   Improved transport for ski equipment and families •   Enhanced sightseeing and tourism information services For Tourism Operators •   Improved accessibility to hotels and attractions •   Enhanced visitor experience •   Enhanced sightseeing and tourism information services •   Reduced parking pressure For Municipalities •   Reduced private car dependency •   Lower congestion and emissions •   Improved public transport integration •   Support sustainable tourism development   6. Pilot Scope and Implementation We propose to initiate a pilot phase as a preparatory step for the broader deployment of flexible mobility services in Alpine tourism regions. The pilot will focus on validating real operational needs, aligning stakeholders, and preparing technical and operational readiness. The planned pilot scope includes the following activities.   First, a suitable Alpine tourism region will be selected based on key criteria such as seasonal demand patterns, existing first- and last-mile mobility gaps, stakeholder interest, and feasibility for pilot testing. Possible locations include destinations such as Andermatt, Leukerbad, Saas-Fee or Zermatt, which represent typical Alpine tourism environments with strong seasonal demand and distributed accommodations.   Following the site selection, the project team will engage the key local stakeholders including municipalities and communal authorities, regional tourism promotion offices, local hotels and accommodation providers, transport operators, as well as tourists and visitors to identify concrete needs and operational requirements. These may include: •   Peak arrival demand during ski season •   Ski equipment transport requirements •   Family travel requirements •   Connection gaps between transport hubs, accommodations, and attractions. •   Off-peak sightseeing and tourism service opportunities   Based on these insights, the project team will define the pilot test area and jointly design suitable mobility routes connecting key nodes such as transport hubs, hotel clusters, ski lifts, and attractions. Special consideration will be given to seasonal demand, road conditions, elevation differences, and operational safety.   In parallel, the autonomous vehicle/robot will be adapted to address the specific requirements identified during stakeholder engagement. This may include adjustments to accommodate ski equipment, improved accessibility for families with children, luggage storage solutions, panoramic sightseeing configuration, onboard information display systems, or configurations optimized for short-distance shared mobility within Alpine environments.   Additionally, during the pilot preparation phase, digital access to on-demand services will be explored, including lightweight on-demand H5 booking interface or integration with existing tourism apps or destination platforms, as well as validation of booking and service operation models.   Finally, the selected test region will be prepared for operations including route mapping, definition of pick-up and drop-off locations, safety assessments and operational planning. The pilot will validate operational feasibility while generating insights into user demand, tourism mobility patterns and sustainable & replicable business model fundations.   7. Financial Sustainability A key objective of the project is to explore financially sustainable mobility solutions for long-term operation. Beyond mobility services themselves, the system may generate additional revenue through tourism-related partnerships and services. Potential revenue sources include collaborations with hotels or tourism operators, vehicle-based advertising and small onboard retail services such as hot drinks or tourism-related products.   By combining mobility services with tourism-oriented revenue streams, the system aims to reduce reliance on long-term subsidies and improve the viability of mobility services beyond the pilot phase.

Project Idea Metadata

Project Idea Name: On-Demand Adaptive Mobility — A Seasonal First- and Last-Mile System for Alpine Tourism Destinations
Date: 4/22/2026 9:13:28 PM
Administrators:

Project Idea Description

1. The Problem

Across Switzerland’s Alpine tourism regions, mobility demand is highly seasonal, spatially fragmented, and difficult to serve efficiently with traditional transport solutions. Popular destinations experience strong peaks during winter and summer seasons, while demand remains relatively low during off-peak periods. This creates a structural challenge for transport operators and municipalities: maintaining fixed transport services year-round is often economically inefficient, yet insufficient transport during peak periods negatively impacts visitor experience, accessibility, and sustainability goals.

First- and last-mile connectivity is particularly challenging in Alpine destinations. Visitors typically arrive by train or regional bus, but their final destinations — hotels, ski lifts, vacation apartments, or mountain villages — are often not directly connected or requires multiple transfers. This becomes even more problematic for families with children, visitors carrying ski equipment, or travelers unfamiliar with the region. Walking distances, elevation differences, and weather conditions further increase the difficulty, especially during winter.

At the same time, tourism destinations face increasing pressure to reduce private car usage. Congestion, limited parking capacity, and environmental goals are pushing Alpine regions to promote public transport and shared mobility. However, without convenient and flexible first- and last-mile solutions, visitors often continue relying on private vehicles or taxis, which increases congestion during peak seasons and leads to inefficient transport utilization.

Another challenge lies in strong variability caused by:

• Seasonal tourism patterns (winter ski and summer hiking)

• Daily arrival & depature peaks

• Weather conditions

• Events or holiday periods

Traditional fixed-route transport systems struggle to adapt to these fluctuations. During low demand periods, buses often run underutilized, while during peak periods capacity can become insufficient. Smaller Alpine villages and dispersed accommodations frequently remain underserved.

2. Opportunity: On Demand Tourism-Adaptive Mobility

These challenges create an opportunity to introduce flexible, shared, and on-demand mobility services tailored specifically to Alpine tourism environments. Modular autonomous or semi-autonomous electric vehicles can provide adaptable transport capacity, accommodate special needs such as ski equipment and family travel, and dynamically connect transport hubs with hotels, ski lifts, and tourist attractions.

Beyond transport, these vehicles can also serve as panoramic sightseeing shuttles during off-peak hours and low-season periods. The panoramic glass design allows visitors to enjoy scenic views, while vehicle exterior design can integrate local cultural elements and destination branding. Inside the vehicle, large digital displays can provide weather information, tourism promotion videos, event information, and destination guidance. This enhances visitor experience while increasing vehicle utilization beyond peak transport periods.

Additionally, fully electric low-speed vehicles provide quiet, zero-emission mobility solutions, reducing noise and environmental impact in sensitive Alpine environments and supporting sustainable tourism goals.

3. Proposed Solution: On Demand Alpine Adaptive Mobility System

We propose a seasonally adaptive rail-feeder mobility system using modular electric vehicles designed for Alpine tourism environments. The system focuses on short-distance first-and last-mile mobility between rail hubs and tourism destinations.

To validate this concept in a real-world environment, a pilot in a Swiss Alpine tourism destination — such as Andermatt, Leukerbad, Saas-Fee, or Zermatt — provides an ideal testing ground. As a mountain resort with seasonal tourism peaks, distributed accommodations, and increasing interest in sustainable mobility solutions, it reflects the broader mobility challenges faced across Alpine regions in Switzerland. The relatively compact geography and defined visitor flows also allow for controlled testing of flexible mobility services.

By piloting an on-demand shared mobility service tailored to Alpine tourism needs, the project aims to evaluate how flexible, modular mobility solutions can improve accessibility, reduce reliance on private vehicles, and enhance visitor experience while maintaining economic viability for seasonal operations. The results can inform scalable deployment across other Alpine tourism destinations in Switzerland and beyond.

4. Project Objectives

The project aims to:

• Improve first- and last-mile connectivity in Alpine tourism regions

• Strengthen connections between rail stations and tourism destinations

• Support seasonal and fluctuating tourism mobility demand

• Enable convenient transport for ski equipment and families

• Reduce private car usage and congestion in touristic regions

• Provide low-noise, zero-emission mobility solutions

• Test seasonal adaptive shared mobility service models

• Develop scalable and sustainable deployment concepts for Alpine destinations

5. Expected Impacts

For Visitors

• Seamless connection from rail stations to final destinations

• Reduced walking distances

• Improved transport for ski equipment and families

• Enhanced sightseeing and tourism information services

For Tourism Operators

• Improved accessibility to hotels and attractions

• Enhanced visitor experience

• Enhanced sightseeing and tourism information services

• Reduced parking pressure

For Municipalities

• Reduced private car dependency

• Lower congestion and emissions

• Improved public transport integration

• Support sustainable tourism development

6. Pilot Scope and Implementation

We propose to initiate a pilot phase as a preparatory step for the broader deployment of flexible mobility services in Alpine tourism regions. The pilot will focus on validating real operational needs, aligning stakeholders, and preparing technical and operational readiness. The planned pilot scope includes the following activities.

First, a suitable Alpine tourism region will be selected based on key criteria such as seasonal demand patterns, existing first- and last-mile mobility gaps, stakeholder interest, and feasibility for pilot testing. Possible locations include destinations such as Andermatt, Leukerbad, Saas-Fee or Zermatt, which represent typical Alpine tourism environments with strong seasonal demand and distributed accommodations.

Following the site selection, the project team will engage the key local stakeholders including municipalities and communal authorities, regional tourism promotion offices, local hotels and accommodation providers, transport operators, as well as tourists and visitors to identify concrete needs and operational requirements. These may include:

• Peak arrival demand during ski season

• Ski equipment transport requirements

• Family travel requirements

• Connection gaps between transport hubs, accommodations, and attractions.

• Off-peak sightseeing and tourism service opportunities

Based on these insights, the project team will define the pilot test area and jointly design suitable mobility routes connecting key nodes such as transport hubs, hotel clusters, ski lifts, and attractions. Special consideration will be given to seasonal demand, road conditions, elevation differences, and operational safety.

In parallel, the autonomous vehicle/robot will be adapted to address the specific requirements identified during stakeholder engagement. This may include adjustments to accommodate ski equipment, improved accessibility for families with children, luggage storage solutions, panoramic sightseeing configuration, onboard information display systems, or configurations optimized for short-distance shared mobility within Alpine environments.

Additionally, during the pilot preparation phase, digital access to on-demand services will be explored, including lightweight on-demand H5 booking interface or integration with existing tourism apps or destination platforms, as well as validation of booking and service operation models.

Finally, the selected test region will be prepared for operations including route mapping, definition of pick-up and drop-off locations, safety assessments and operational planning. The pilot will validate operational feasibility while generating insights into user demand, tourism mobility patterns and sustainable & replicable business model fundations.

7. Financial Sustainability

A key objective of the project is to explore financially sustainable mobility solutions for long-term operation. Beyond mobility services themselves, the system may generate additional revenue through tourism-related partnerships and services. Potential revenue sources include collaborations with hotels or tourism operators, vehicle-based advertising and small onboard retail services such as hot drinks or tourism-related products.

By combining mobility services with tourism-oriented revenue streams, the system aims to reduce reliance on long-term subsidies and improve the viability of mobility services beyond the pilot phase.

This project proposes a tourism-adapted on-demand mobility concept using modular autonomous or semi-autonomous vehicles tailored for Alpine tourism. It will engage municipalities, tourism offices, hotels, and visitors to identify concrete needs, define test routes, and adapt vehicles for local conditions such as ski equipment transport and family accessibility.

The pilot will include site selection, stakeholder engagement, route design, mapping, and technical preparation. Expected outcomes are validated use cases, stakeholder alignment, and a technically ready deployment concept.