#Japan #Tokyo #GeoTechnologies #Next Mobility #Transport Solutions

Collaborative Efforts to Enhance On-Demand Bus Services

In a commendable partnership, GeoTechnologies Inc. based in Bunkyo, Tokyo, and Next Mobility Inc., based in Fukuoka City, aim to address local mobility challenges by utilizing high-precision road width data. This collaboration focuses on optimizing the implementation of on-demand bus services, ensuring a safer and more sustainable transportation system tailored to the unique characteristics of local road conditions.

Background on Local Mobility Challenges

Recent years have seen local governments grappling with the pressing issues of an aging population and declining numbers of residents. Consequently, securing sustainable local transport solutions has become critical. Traditional bus services that follow fixed schedules and routes often fall short in catering to specific community needs.

In response, on-demand buses, which adapt routes in real-time based on user requests—leveraging artificial intelligence (AI) technology—have emerged as an effective solution. However, the dynamic nature of these routes incurs challenges, particularly the risk of navigating through extremely narrow roads unsuitable for bus passage. This concern is especially daunting for less experienced drivers who may find themselves unfamiliar with the required routes.

To mitigate this issue, integrating GeoTechnologies' road width data into Next Mobility's operational framework allows for comprehensive detection of narrow road conditions that local governments might struggle to assess. By providing detailed information right from the planning stages of bus stop placement and route selection, the collaborators aim to enhance the efficiency of on-demand bus service deployment, thus minimizing the likelihood of operational challenges post-launch.

Implementation Progress

Currently, the collaboration has successfully completed trial runs in two municipalities, paving the way for the official commencement of on-demand bus services in those regions. Both companies are committed to further integrating geo-spatial data with regional mobility expertise to continue tackling the challenges faced in local transportation systems.

Understanding Road Width Data

Road width data provides a numerical representation of the minimum width that vehicles can safely navigate. This information is recorded with centimeter-level precision for different roads. By utilizing this data effectively, navigation systems can guide drivers towards optimal routes, alert them of narrow passages, and prevent potential navigation risks associated with driving larger vehicles in tight spaces.

This innovative approach not only enhances the driving experience for users but also contributes to overall road safety, ensuring a more adaptable and informed transit environment.

About Next Mobility Inc.

Founded in March 2019, Next Mobility was established to enhance the convenience of travel in daily life. The company has built expertise through operating AI-driven on-demand bus services in the Island City area of Fukuoka. They are focused on scaling solutions nationwide, aiming to engage with 50 municipalities and transport enterprises by April 2025 to further optimize regional transport systems.

For additional information, visit: Next Mobility Website

About GeoTechnologies Inc.

Since its inception in 1994, GeoTechnologies has consistently provided digital mapping solutions. The company has pioneered various innovations, including the introduction of the MapFan software, navigation systems, and high-accuracy AD/ADAS maps crucial for automated driving technologies. More recently, their user-facing applications, such as the Trimara app, enable real-time insight into human mobility patterns and behaviors, enhancing the company's ability to analyze and respond to current transport dynamics for sustainable development.

To explore their offerings further, visit: GeoTechnologies Website

Conclusion

Through the strategic partnership between GeoTechnologies and Next Mobility, the push towards developing safer, responsive, and environmentally sustainable transportation solutions is firmly underway. Combining advanced geographic data with innovative on-demand transport frameworks showcases a promising future for enhanced regional mobility.