Exploring Advanced Water Leakage Solutions with AI and Satellites at the Water DX Strategy Seminar 2025

The Future of Water Management: AI and Satellite Technology

The upcoming Water DX Strategy Seminar 2025 promises to be a groundbreaking event that showcases how satellite technology and artificial intelligence (AI) can revolutionize water management and leakage detection. Scheduled for June 3, 2025, this online seminar will be hosted by Tenchijin Co., Ltd., a recognized name in space ventures based in Chuo-ku, Tokyo. The seminar is tailored specifically for municipal employees and public water service providers who are seeking innovative solutions for efficient water pipeline maintenance.

New “Water Circulation Basic Plan”

On August 30, 2024, the Cabinet approved a new “Water Circulation Basic Plan” emphasizing the integration of DX technologies for sustainable water supply management. This initiative aims to streamline maintenance efforts through advanced technology, including AI and satellite data. In response to this policy shift, Tenchijin is spearheading the seminar titled “New Leakage Countermeasures Utilizing AI and Satellites,” focusing on enhancing water systems' efficiency.

Tenchijin Compass: Leveraging Satellite Data for Sustainable Water Operations

The Tenchijin Compass initiative represents a pivotal step towards sustainable water management. This program utilizes satellite data to offer a range of solutions, enhancing the efficiency of water system maintenance. Here are some of its key features:

1. Leak Risk Assessment Based on Sound Detection: By utilizing satellite data to assess leak risks in 100m square mesh units, this system provides a five-level risk diagnosis. This detailed analysis allows for effective management of water infrastructure by combining pipeline-specific diagnostics with broader assessments.

2. Support for Pipeline Renewal Plans Based on Local Characteristics: The system evaluates pipeline integrity alongside numerous factors, including the risk of leaks and the importance of connected facilities, such as hospitals and schools. By developing multiple renewal scenarios that address both routine leak risks and disaster readiness, Tenchijin Compass facilitates a transparent prioritization of pipeline updates, taking environmental changes into consideration.

The technological prowess and low barriers to implementation of Tenchijin Compass have been recognized. It recently won the Minister of Health, Labour and Welfare Award at the 7th Infrastructure Maintenance Awards. Since the service launch in April 2023, the number of contracting municipalities has surpassed 30 as of May 2025, demonstrating strong market interest.

Seminar Details

During this seminar, participants will explore the theme of “Artificial Satellites × Big Data × AI Strategy.” Attendees will gain insights into leveraging the Tenchijin Compass, addressing questions such as:

- What exactly is AI? And how do SAR satellites and L-band technology integrate into these solutions?
- How can AI and satellite data be utilized to create innovative leakage countermeasures?
- What are the new implementation plans for the upcoming fiscal year?

Event Format

- Date: June 3, 2025
- Time: 15:00 – 15:50 JST
- Cost: Free
- Venue: Online via Zoom
- Target Audience: Municipal employees and public water service providers only.

For registration, please follow this link: Registration Form

Target Participants

This seminar is aimed at individuals eager to:

- Understand which data can enhance leakage investigations and pipeline renewal strategies.
- Identify effective measures that generate consistent results regardless of implementation.
- Learn strategies that improve staff satisfaction in leakage management.

Speaker Profile

The seminar will be led by Shigeyuki Shirasaka, Manager and GIS Consultant at Tenchijin Co., Ltd. With over 15 years of experience in GIS consulting, Shirasaka excels in solving diverse challenges faced by both governmental and private organizations. His expertise includes using network data for route optimization and integrating various data sources to address operational challenges.