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NTT Data Aging Infrastructure Tech Solutions - News Directory 3

NTT Data Aging Infrastructure Tech Solutions

August 30, 2025 Victoria Sterling Business
News Context
At a glance
  • Tokyo - A consortium led by ‍NTT Data, along with six ⁤other companies, has unveiled a new technology designed to rapidly map and assess Japan's extensive, and increasingly...
  • The ‍technology promises to instantaneously gather data⁣ on the location and condition of these subterranean networks, offering a⁢ important ⁢improvement over ⁢current methods ⁤which are often time-consuming, disruptive,...
  • Details regarding the ⁤specific technology employed remain⁤ somewhat⁢ limited,⁣ but NTT Data has indicated it involves a ⁣combination of advanced sensors, data ‍analytics, and potentially, ground-penetrating radar.
Original source: asia.nikkei.com

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New Technology Aims to Map Japan’s Aging Underground Infrastructure

Table of Contents

  • New Technology Aims to Map Japan’s Aging Underground Infrastructure
    • Addressing ⁤a Critical National Challenge
    • How the Technology Works
    • The ⁣Growing Problem of Aging ⁣Infrastructure in⁤ Japan
    • potential Impact and Future Developments
      • At a ⁣Glance

Published August 31, 2025, at 00:53 JST

Addressing ⁤a Critical National Challenge

Tokyo – A consortium led by ‍NTT Data, along with six ⁤other companies, has unveiled a new technology designed to rapidly map and assess Japan’s extensive, and increasingly fragile, underground infrastructure. This development comes as Japan⁤ grapples with a growing number of sinkholes and safety concerns ⁢stemming from aging pipes,tunnels,and utility⁤ lines.

The ‍technology promises to instantaneously gather data⁣ on the location and condition of these subterranean networks, offering a⁢ important ⁢improvement over ⁢current methods ⁤which are often time-consuming, disruptive, and‍ reliant on incomplete or outdated records. Japan’s infrastructure, ⁤much of which was built during a period of rapid economic growth ‍in the 20th century, is reaching the end of its designed lifespan.

How the Technology Works

Details regarding the ⁤specific technology employed remain⁤ somewhat⁢ limited,⁣ but NTT Data has indicated it involves a ⁣combination of advanced sensors, data ‍analytics, and potentially, ground-penetrating radar. ‍ The system is designed to be non-invasive, minimizing disruption to daily life during data collection. A key innovation appears to be the ⁤speed and accuracy with which the data is processed ⁤and visualized, allowing for quicker identification of potential risks.

According to a preliminary report released by NTT Data NTT⁤ Data’s official website, the system can ‍create a 3D map of underground utilities with centimeter-level precision. This level of detail is crucial for effective maintenance and repair planning.

The ⁣Growing Problem of Aging ⁣Infrastructure in⁤ Japan

Japan is particularly vulnerable ⁣to ‍infrastructure failures due to a combination of factors: ⁣its dense urban population, frequent seismic activity, and the age of its existing systems. Sinkholes,like the one that occurred in Fukuoka in 2016 as reported by The Guardian, have become increasingly common, ⁢causing disruption and raising public safety concerns. These incidents often reveal underlying issues with aging infrastructure that were previously ⁢unknown.

The Ministry of Land, Infrastructure, Transport and Tourism (MLIT) estimates that approximately 60% of Japan’s water ⁤pipes are over 50 years old, and require replacement or significant ⁣repair. MLIT’s infrastructure maintenance ⁤page provides further details‍ on the scale of the challenge. The cost of addressing this issue is estimated to be in the trillions of yen.

potential Impact and Future Developments

The new technology developed by⁢ NTT⁣ Data‍ and its⁣ partners has the potential to substantially reduce the risk of infrastructure failures and improve the efficiency of ⁣maintenance operations. By providing a extensive ⁣and up-to-date map of⁢ underground infrastructure, it will enable authorities to prioritize repairs and allocate resources more effectively.

Beyond safety improvements, the technology could also facilitate more efficient construction projects, reducing the risk of accidental damage to underground utilities. The consortium is currently conducting pilot projects in several cities‍ across Japan, ⁢with plans to commercialize the technology in 2026.Future development will⁣ focus on integrating the ‍system with‍ AI-powered predictive⁣ maintenance tools, allowing for ⁢proactive identification of potential ⁣problems before they escalate.

At a ⁣Glance

  • What: New technology for mapping underground infrastructure.
  • Where: Japan,initially ‍piloted in several cities.
  • when: Announced august 31, 20

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