#Japan #Ishikari #Ishikari City #Koga Software #Demand Bus

Integration of Transport Systems in Ishikari City

Koga Software Inc., based in Tokyo's Taito district and led by CEO Shoji Koga, has announced a transformative initiative for Ishikari City, Hokkaido, under the leadership of Mayor Ryuki Kato. The company is providing an AI-powered on-demand transport system, the 'Kōkō Demand Bus.' This innovative service integrates multiple transport routes across various regions including Tsukisappu, Hamamasu, Atsuta, Yahata, and Honmachi into a cohesive operational framework known as the 'Full Package Integration of Transport Networks.'

Background: Creating a Digital Transport Foundation for Ishikari City

Ishikari City, located in Hokkaido, presents a unique blend of urban and rural characteristics, stretching approximately 70 km from north to south. Historically, residents relied on disparate transport systems tailored to specific needs such as commuting, shopping, or education. By introducing the Kōkō Demand Bus system, Koga Software has unified these modes into a single platform, allowing for improved connectivity.

The standout feature of this system is its ability to manage three distinct transportation needs—daily mobility, commuting, and support for less accessible areas (such as Atsuta and Hamamasu)—all within the same technological framework.

Main Routes and Services Under Unified Management

Urban Demand Transport

Routes like Ebiuru, Ryokuen-dai, and Hanakawa serve as essential connectors for daily life in the city center.

Commuter Shuttle & Transfers

These services cater to employees in the Ishikari Bay New Port area, ensuring smooth transit to workplaces.

Hamamasu Demand

A service that circulates within Hamamasu and connects with Atsuta, facilitating easier access for residents.

Honmachi-Hanakawa Line

This route directly links the Oyafune-higashi, Honmachi area with the city’s central hub.

Atsuta-Hanakawa Line (NEW! Starting April 1)

A new service that connects Atsuta and Yahata areas directly to the city center.

Key Features of the 'One System'

1. Cross-Region Travel with a Single Reservation
Residents can now book extensive travel across multiple routes—from Hamamasu to Hanakawa—with just one reservation on the system. This means whether a resident's destination is local or far-reaching, the process is streamlined via a single app or phone call.

2. Hybrid Service for Commuting and Daily Needs
The integrated system optimally manages commuter shuttles and regular daily demand services, ensuring efficiency through AI-powered algorithms capable of coordinating fewer vehicles effectively.

3. Flexible Implementation of Alternative Transport
The upcoming Atsuta-Hanakawa line will begin operation on April 1, 2026, serving as an alternative to discontinued bus routes, enhancing connectivity between the Atsuta region, city hall, Ishikari Hospital, and local shopping facilities like Coop Sapporo Ishikari.

For further information about the Kōkō Demand Bus utilization in Ishikari, visit the official Ishikari City website.

Koga Software's Technological Expertise

The Kōkō Demand Bus utilizes a cloud-based, AI-driven traffic routing engine researched and developed by the University of Tokyo. This system is designed for adaptability, catering to the specific needs of local users and effectively addressing the complexities of regional transport challenges facing municipalities like Ishikari. Koga Software is committed to enhancing mobility services, aiming to foster a society where everyone can move freely while also aiding in the optimization of healthcare delivery costs and revitalizing local communities.

Company Overview

• - Company Name: Koga Software Inc.
• - Representative: CEO Shoji Koga
• - Founded: March 21, 2000
• - Tokyo Headquarters: 1-19-10 Ueno, Taito, Tokyo, 6th Floor, Ueno Hirokoji Kaikan
• - Osaka Headquarters: 4-5-13 Komibashi, Chuo, Osaka, 4th Floor, Yodoyabashi Satellite Building Room 401
• - Business Activities: Mobility service, healthcare service, system development
• - Website: Koga Software