List of solutions for bosai (DRR) for roads which are listed on PIARC KIOSK website.
24 June, 2022
Topics
Welcome to Japan Bosai Platform (JBP) website.
Thank you for clicking the "Further Information" button on the PIARC KIOSK website.
JBP is a platform and a non-profit organization consisting of about 100 private companies and organizations in Japan that have come together to cooperate in overseas disaster risk reduction business.
In cooperation with PIARC, JBP has been cooperating with many member companies in providing technical content on KIOSK.
This JBP website provides supplementary information to the KIOSK technical content, including information on products and services related to the relevant technical content owned by each member company that wrote the content of the KIOSK.
The information is arranged according to the PIARC heading categories, so please click on the appropriate PIARC KIOSK category to browse.
*The contents herein are intended to introduce the technologies of JBP members and have not been reviewed or approved by PIARC
More information about JBP (Japan Bosai Platform), please reffer to the links below:
What's JBP ｜ Activities ｜ Organization Overview
PIARC KIOSK, List of categolies
Links to details of bosai (DRR) solutions which are listed on PIARC KIOSK website.
 |
1.4.2.1.1
Disaster risk assessment using airborne laser scanning Name of Solution: Disaster risk assessment using Airborne Laser Scanning Company: Asia Air Survey Co., Ltd   |
 |
1.4.2.2.1
Geological risk management - 3D visualization of underground by 3D geophysical exploration - (Gathering information about geological risks by Airborne electromagnetic survey) Company: OYO Corporation |
 |
1.4.2.2.2
Risk management of inundation due to heavy rains, etc. (Detecting overtopping/break areas by hazard mapping sensors) Company: OYO Corporation |
 |
1.4.2.2.3
Mapping and updating road network systems, utilizing high resolution ALOS-3 satellite data and AI-powered analytic algorithms Company: PASCO CORPORATION |
 |
1.4.3.1.1
Extreme weather observation technology using unique small doppler radar Company: Weathernews Inc. |
 |
1.4.3.1.2
Technology that provides comprehensive information necessary for road management, utilizing unique radar and current local rainfall or snow distribution analysis technology. Name of Solution: Total Road Risk Management Support Service Company: Weathernews Inc. |
 |
1.4.3.1.3
Compact, low-cost weather observation technology Name of Solution: POTEKA Weather Observation and Information Service Company: Meisei Electric Co., Ltd. |
 |
1.4.3.1.4
Three types of water level monitoring technology Name of Solution: POTEKA Weather Observation and Information Service Company: Meisei Electric Co., Ltd. |
 |
 |
1.4.3.2.1
Landslide topography interpretation technology by AI Name of Solution: Landslide terrain interpretation technology by use of AI Company: Nippon Koei Co., Ltd. |
 |
1.4.3.2.2
Slope monitoring system using remote sensing technology Name of Solution: Slope movement monitoring service by use of SAR satellite Company: Nippon Koei Co., Ltd. |
 |
1.4.3.2.3
Prediction technology for slope behavior during earthquakes using numerical analysis Name of Solution: Prediction technology for slope behavior during earthquakes using numerical analysis Company: Nippon Koei Co., Ltd. |
 |
1.4.3.2.4
Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Name of Solution: Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Company: Nippon Koei Co., Ltd. |
 |
1.4.3.2.5
GNSS based 24/7 deformation monitoring technology along the road side cut-slopes Name of Solution: GPS-based Automatic Measuring and Monitoring System ”shamen-net” Company: KOKUSAI KOGYO CO., LTD |
 |
1.4.3.2.6
Terrain and slope deformation monitoring technology using field surveillance camera system Company: KOKUSAI KOGYO CO., LTD |
 |
1.4.3.2.7
Land deformation vector visualization technology using time sequence airborne LiDAR datasets Company: KOKUSAI KOGYO CO., LTD |
 |
1.4.3.2.8
Wide area and holistic land deformation monitoring technology using satellite based Synthetic Aperture Radar (SAR) Company: KOKUSAI KOGYO CO., LTD |
 |
1.4.3.2.9
Simple boring method to enable 100% core collection in gravel layer Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.3.2.10
Method using a back-pack type mobile laser scanner for identifying trees being obstacles along a road Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.3.2.11
3D BIM for slope (Efficiency improvement of measures for slope failure and countermeasures for landslides, such as groundwater drainage works, using 3D technology) Company: OYO Corporation |
 |
1.4.3.2.12
Hazard mapping technology for slope (Smart disaster prevention technology by real-time monitoring the land with DX) Company: OYO Corporation |
 |
1.4.3.2.13
Prediction of tsunami height and inundation area due to earthquake (Tsunami height/inundation area prediction by using detailed topographic data) Company: OYO Corporation |
 |
1.4.3.2.14
Support for earthquake-resistant design by using simulated seismic wave creation technology of 3 component differential method, and 3 dimensional underground models (Support for Seismic performance design by utilizing 3D ground technology) Company: OYO Corporation |
 |
1.4.3.2.15
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
 |
 |
1.4.3.2.17
Data Management & analysis Technology using tablet Name of Solution: Data Management & analysis Technology using tablet Company: CTI Engineering International Co., Ltd. |
 |
1.4.3.3.1
Earthquake observation Technology Name of Solution: MEISEI Earthquake Observation Systems Company: Meisei Electric Co., Ltd. |
 |
 |
1.4.3.3.3
Seismic design support technology for reliability-based design Company: TAISEI CORPORATION |
 |
1.4.3.3.4
Three-dimensional simplified deformation prediction technique for liquefied ground Company: TAISEI CORPORATION |
 |
 |
1.4.3.4.1
Mud flood simulation based road damage estimation technology Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.4.1.1
In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Name of Solution: In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Company: TAISEI CORPORATION |
 |
 |
1.4.4.2.1
High corrosion resistance and high proof stress ground anchor construction method Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.4.2.2
Slope protection greening matting system using the fulvic acid plant growth technology Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.4.2.3
Robust and durable deterrent piles Name of Solution: IMPLANT Landslide Prevention Company: GIKEN LTD. |
|
1.4.4.2.4
Landslide topography interpretation technology by AI Name of Solution: Landslide terrain interpretation technology by use of AI Company: Nippon Koei Co., Ltd. |
|
1.4.4.2.5
Slope monitoring system using remote sensing technology Name of Solution: Slope movement monitoring service by use of SAR satellite Company: Nippon Koei Co., Ltd. |
|
1.4.4.2.6
Prediction technology for slope behavior during earthquakes using numerical analysis Name of Solution: Prediction technology for slope behavior during earthquakes using numerical analysis Company: Nippon Koei Co., Ltd. |
|
1.4.4.2.7
Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Name of Solution: Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Company: Nippon Koei Co., Ltd. |
|
1.4.4.2.8
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
 |
1.4.4.2.9
Tele-operated robot for backhoe shovels Name of Solution: RoboQS Company: Fujita Corporation |
 |
1.4.4.3.1
Microseism and vibration sensor array monitoring technology Company: Chuo Kaihatsu Corporation |
|
1.4.4.3.2
Prediction technology for slope behavior during earthquakes using numerical analysis Name of Solution: Prediction technology for slope behavior during earthquakes using numerical analysis Company: Nippon Koei Co., Ltd. |
|
1.4.4.3.3
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
 |
1.4.4.4.1
Debris flow occurrence detection sensor Name of Solution: Sediment monitoring sensor/system for debris flow and landslide Company: Takuwa Corporation |
 |
1.4.4.4.2
Construction method to build concrete structures such as erosion control dams by remote control Name of Solution: Tele-Erection System Company: Fujita Corporation |
 |
1.4.4.5.1
Robust and durable piles levee wall that stands strong against earthquakes and tsunamis Name of Solution: IMPLANT Levee Company: GIKEN LTD. |
 |
1.4.4.5.2
Aseismic ground enclosure against liquefaction Name of Solution: IMPLANT Aseismic Ground Enclosure Company: GIKEN LTD. |
 |
1.4.4.5.3
Realization of disaster prevention through the regional earthquake alarm system Name of Solution: Earthquake and tsunami alarm system with built-in sensor Company: Challenge Co., Ltd. |
 |
1.4.4.5.5
Shear strengthening method capable of constructing from inside of underground structures Name of Solution: Post-Head-bar Method Company: TAISEI CORPORATION |
 |
1.4.4.5.6
Seismic retrofit method for high-speed construction in narrow space Company: TAISEI CORPORATION |
 |
1.4.4.5.7
Technology for image analysis of concrete cracks caused by earthquakes Company: TAISEI CORPORATION |
 |
1.4.4.5.8
Fireproof segment effective for disaster prevention in shield tunnel Company: TAISEI CORPORATION |
 |
1.4.4.5.9
Technology for constructing infrastructure facilities utilizing the merits of ultra-high strength fiber-reinforced concrete, Robust bridge resistant to disasters Company: TAISEI CORPORATION |
 |
|
1.4.4.5.13
In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Name of Solution: In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Company: TAISEI CORPORATION |
|
|
1.4.4.6.1
In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Name of Solution: In situ soil mixing method with ability of obstacle avoidance and inclined operation by using expandable/collapsible mixing blades Company: TAISEI CORPORATION |
|
 |
1.4.4.7.1
3 dimensional data reconstruction technology using drone based aerial imagery and cloud processing system Company: KOKUSAI KOGYO CO., LTD |
|
1.4.4.7.2
Landslide topography interpretation technology by AI Name of Solution: Landslide terrain interpretation technology by use of AI Company: Nippon Koei Co., Ltd. |
|
1.4.4.7.3
Slope monitoring system using remote sensing technology Name of Solution: Slope movement monitoring service by use of SAR satellite Company: Nippon Koei Co., Ltd. |
|
1.4.4.7.4
Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Name of Solution: Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Company: Nippon Koei Co., Ltd. |
|
1.4.4.7.5
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
|
1.4.4.7.6
Realization of disaster prevention through the regional earthquake alarm system Name of Solution: Earthquake and tsunami alarm system with built-in sensor Company: Challenge Co., Ltd. |
 |
1.4.4.7.8
Overpass construction method (Rapid construction in post-disaster reconstruction) Name of Solution: Hi-FRASH Metod Company: Fujita Corporation |
 |
1.4.4.7.9
Fast and failsafe climbing form construction method that are less affected by the natural environment and can shorten the construction period Name of Solution: Fast and Failsafe Climbing Form construction method Company: Fujita Corporation |
 |
1.4.5.1.1
The cloud service that uses smartphones to support daily and disaster management and inspection of roads Company: Yachiyo Engineering Co., Ltd. |
 |
1.4.5.1.2
Non-destructive detection technology for underground cavities and buried objects (Under-road inspection for infrastructure maintenance by using ground-penetrating radar) Company: OYO Corporation |
 |
1.4.5.2.1
RC bridge salt damage evaluation system using the fluorescence X-rays analyzing technique Company: Japan Conservation Engineers & Co., Ltd |
 |
1.4.5.2.2
High Capacity Micro Pile: Embedded piles and embedded piles with a pile diameter of 300 mm or less that can be used for reinforcing the foundations of various structures Name of Solution: High Capacity Micro Pile Company: Fujita Corporation |
 |
1.4.5.2.3
Three dimensional model construction method for the bridge maintenance Name of Solution: Three Dimensional Model Construction Method for the Bridge Maintenance Company: Asia Air Survey Co., Ltd |
|
1.4.5.2.4
Shear strengthening method capable of constructing from inside of underground structures Name of Solution: Post-Head-bar Method Company: TAISEI CORPORATION |
|
1.4.5.2.5
Seismic retrofit method for high-speed construction in narrow space Company: TAISEI CORPORATION |
|
1.4.5.2.6
Technology for image analysis of concrete cracks caused by earthquakes Company: TAISEI CORPORATION |
|
1.4.5.2.7
Technology for constructing infrastructure facilities utilizing the merits of ultra-high strength fiber-reinforced concrete, Robust bridge resistant to disasters Company: TAISEI CORPORATION |
|
1.4.5.3.1
Fireproof segment effective for disaster prevention in shield tunnel Company: TAISEI CORPORATION |
|
 |
1.4.5.4.1
Earthwork structure inspection system using the PS-In-SAR Technique Company: Japan Conservation Engineers & Co., Ltd |
|
1.4.5.4.2
Landslide topography interpretation technology by AI Name of Solution: Landslide terrain interpretation technology by use of AI Company: Nippon Koei Co., Ltd. |
|
1.4.5.4.3
Slope monitoring system using remote sensing technology Name of Solution: Slope movement monitoring service by use of SAR satellite Company: Nippon Koei Co., Ltd. |
|
1.4.5.4.4
Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Name of Solution: Cloud-based slope and road structure measurement and monitoring service using WEB-GIS Company: Nippon Koei Co., Ltd. |
|
1.4.5.4.5
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
|
1.4.5.4.6
Microseism and vibration sensor array monitoring technology Company: Chuo Kaihatsu Corporation |
|
1.4.5.5.1
Early warning monitoring technology of slope failure using tilt sensors array and volumetric water contents Company: Chuo Kaihatsu Corporation |
|
1.4.5.5.2
Microseism and vibration sensor array monitoring technology Company: Chuo Kaihatsu Corporation |
