Innovating Civil Infrastructure Maintenance
Through Data Analysis
By combining expert knowledge with advanced data analysis technologies, we precisely capture the voice of infrastructure and enable accurate and timely assessments.
Our Services
SAFE
Structural integrity evAluation based on Feature Extraction
We provide a damage detection service for deteriorated structures such as bridges, power transmission towers, and skyscrapers through sensor data analysis.
Bridge Health Monitoring
Consulting
Our team of experts provides technical guidance covering the entire process from sensor installation to data measurement and system operation strategies, ensuring continous bridge monitoring right through the necessary repairs.
Vibration Mode Analysis
We perform vibration mode analysis of bridges and other structures, providing identified charatheristics such as natural frequencies based on field measurement data.
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Case Studies.
Backed by academic experties, we have steadily partnered with social inftrastructure management companies and successfully delivered projects that support critical assessts such as road networks and bridges.
SAFE
Commisioned by a road management company to evaluate anomaly detection in a prestressed concrete (PC) box girder bridge.
Completed in March 2023.
Client’s Issue Recognition:
Despite ongoing vibration monitoring with accelerometers installed on a prestressed concrete bridge featuring top-edge anchorages, the client has found it difficult to evaluate the progression of structural deterioration from the acquired data.
Bridge Health Monitoring
Consulting
Commisioned by a road company to assess the fatigue durability for steel deck slabs in a steel bridge.
Completed in May 2023.
Client’s Issue Recognition:
The client seeks to evaluate fatigue durability through a comparative analysis of past monitoring survey data and measurements collected before and after repair work to support the long-term operations.
Vibration Mode Analysis
Using measurement data from multiple triaxial accelerometers installed directly on the cable-stayed bridge, vibration modes were visualized. The analysis successfully captured the coupled vibrations between the cable tensions and the superstructure.
Vibration Mode Analysis
A case study visualizing the vibration of a streetlight.
Using video captured at 240 fps, vibration of the streetlight was visualized through image-processing technology.
About Us
Our mission is to enable precise diagnosis of deterioration and damage in social infrastructure structure, contributing to the realization of a continuously safe and secure society.
As a university-launched venture company,
- We deliver early damage detection technologies through cutting-edge academic research.
- We actively seek the most suitable assessment methods by gathering insights from around the world.
- We provide fair and high-qualitiy education opportunities for all people who tackles social challenges with sincerity.
As a group of civil engineers,
- We are commited to contributing to the development of a strong social foundation for a society where all people can live with peace of mind.
- We srive to realize smart maintenance strategies for civil infrastructure by combining our engineering expertise with rapidly advancing informaiton processing technologies.
Member.
Collaborator.
News.
- 2025 May: Our head office has been relocated to Kyoto Research Park.
- 2024 Oct.: Received additional funding from Kyowa Rubber Co., Ltd. to accelerate our business.
- 2024 Oct.: Published our third fiscal year financial statement in the Official Gazette (in Japanese).
- 2024 Sep.: Received additional funding from three companies: Dia Nippon Engineering Consultants Co., Ltd., Takada Kiko Co., Ltd., and Miyaji Engineering Co., Ltd., to accelerate our business.
- 2024 Mar.:Appointed Mr. Naoki Tomita, who has a distinguished career at the Ministry of Land, Infrastructure, Transport and Tourism, as a new board director.
- 2024 Jan.: Published our second fiscal year financial statement in the Official Gazette (in Japanese).
- 2023 Oct.:Received an assessment project using SAFE from a road-related organization.
- 2023 Oct.: Presented about future prospects of bridge monitoring and vibration monitoring technologies including SAFE at the "Advanced Monitoring Technology Research Report Meeting for Road Infrastructure Health Assessment".
- 2023 May: Signed a joint research agreement with a construction company to develop a new technology.
- 2023 May: Received a bridge monitoring consulting project from a road-related organization.
- 2023 Feb.: Have been selected for a research and development grant by the Mitsubishi UFJ Technology Development Foundation.
- 2023 Feb.: Our business is featured on the Kyoto University Website.
- 2023 Jan.: Published our first fiscal year financial statement in the Official Gazette (in Japanese).
- 2022 Nov.: Received an assessment project using SAFE from a road-related organization.
- 2022 Oct.: Presented about SAFE at the seminar of "Utilizing both Structural Health Monitoring and visual inspection".
- 2022 May: Received a bridge monitoring consulting project from a road-related organization.
- 2022 May: Presented about SAFE at the JST Future Society Creation Program New Technology Briefing.
- 2022 May: Established KyoCenseo Inc..