Overview

MaaS support services support the commercialization of services that utilize smart mobility such as autonomous driving vehicles. We provide total support, from proposals for optimal vehicle and system configurations to meet customer requirements, prior verification such as demonstration experiments, implementation work for autonomous driving, maintenance in operation, and maximization of introduction effects. We will design the optimal service model for various use cases and realize the utilization of smart mobility.

Total support
We provide total support from consulting to operation and utilization for the practical application of smart mobility.

Best match system construction
Utilizing various partner networks in Japan and overseas, we build the best matching system for our customers.

Service model design
We design the optimal service model that can be expected to be commercialized according to the customer's use case.

 

autonomous driving vehicle lineup

We offer the most suitable vehicle type according to your application and requirements, such as the number of passengers, speed, and design.

passenger car

cart

small car

Shuttle bus

tractor

Motorcoach

* We also offer other vehicle types and modify existing vehicles.

Business process

We provide total support from consulting to operation and utilization for the practical application of smart mobility.

1. Hearing and proposal of requirements

Proposing optimal vehicle/system configurations and service models to meet customer needs

· Requirement definition
・ Vehicle selection and system design
・ Creating a service model (business plan), etc.

2. Extraction of Issues and Improvement through Preliminary Verification

Support for preliminary verification of technology and operation through feasibility studies and demonstration experiments

・ Investigation of feasibility of implementation (feasibility study)
・ Support for demonstration experiments
・ Improvement of verification issues, etc.

3. autonomous driving implementation work

Supporting the implementation of autonomous driving, such as creating driving routes and operating guidelines

・ Creation of 3D/2D maps
・ Setting of driving environment conditions (ODD)
· risk assessment
・ autonomous driving settings
・ Coordination with V2X and operation management systems, etc.

4. Supporting safe and stable operation

Supporting safe and stable operation through regular maintenance and emergency support

・ Legal inspection / car inspection
・ autonomous driving system maintenance
・Emergency technical support
・ Operator training, etc.

5. Maximize the effect of introducing mobility

Supporting the maximization of introduction effects through various mobility utilization methods

・ Data collection and AI analysis
・ Face recognition and voice recognition
・ Distribution of advertisements and coupons
・ VR / AR experience etc.

Use Case

We can expect to utilize smart mobility in various use cases.

smart city
Improve convenience by connecting to public transportation networks

Commercial facility
Improved mobility in large facilities

resort hotel
Providing the scenery seen from the large train window as UX

airport
Ideal as a means of transportation between terminals

university
Supporting students' mobility regardless of the weather

Factory/Plant
Enables employees to move within the premises and transport goods

Parks/ Theme parks
Can also be used as a hands-on attraction

hospital
Used for automatic transport of medical supplies and specimens

Achievement

So far, we have supported many commercialization and demonstration experiments of smart mobility.

Ibaraki/Sakaimachi
Three autonomous driving buses are operating at fixed times and on fixed routes on the community routes that connect the town. It contributes to the convenience of local residents and the ease of getting around the town.

Tokyo/Haneda Innovation City
Autonomous autonomous driving is in regular operation as a mobile service in commercial facilities. We provide facility visitors with the convenience of moving around the premises and an innovation experience.

Nara / Heijo Palace Ruins Historical Park
In the Park Smart Challenge (demonstration experiment) sponsored by the Ministry of Land, Infrastructure, Transport and Tourism, we provided a tour service in the park using an autonomous driving cart and verified the creation and feasibility of a new park service using new technology.

Shizuoka/Mizukubo Town
A public road demonstration experiment using ultra-compact mobility was conducted in a hilly and mountainous area with the support of Hamamatsu City. We grasped the issues in mobile services and verified the practical feasibility.

Document download

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Inquiry

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