日本インシーク List of Products and Services

The "High-Precision 3D Mobile Laser Measurement" system involves mounting equipment such as laser scanners, GNSS, IMU, and cameras on the roof of vehicles, allowing them to drive along roads while collecting high-density and high-precision point cloud data of surrounding conditions, including road shapes, guardrails, utility poles, streetlights, manholes, and road markings. In areas where vehicle access is difficult (such as rivers, seas, and railways), measurements can be conducted using ships or trolleys. 【Features】 ■ No regulations or permits required ■ Cost reduction ■ Can recognize tunnels and signs ■ Measurement possible on PC *For more details, please refer to the PDF document or feel free to contact us.

The pavement condition survey is conducted using a full-spec survey vehicle that can obtain high-density point clouds with Mobile Mapping Systems (MMS) and capture high-quality images with a 360-degree camera. By simultaneously measuring pavement condition surveys (LCMS) and mobile mapping (MMS), we contribute to cost reduction. 【Features】 ■ Measurement coordinates can be obtained using MMS ■ Surrounding conditions other than the pavement can also be measured ■ Surveys conducted while driving at legal speeds ■ Automatic judgment eliminates discrepancies in judgment criteria by operators, providing quantitative judgment results *For more details, please refer to the PDF document or feel free to contact us.

Through driving surveys that do not involve traffic regulations, cracks that occur on the pavement of port roads and apron areas can be quickly identified. Driving surveys allow for the acquisition of surrounding three-dimensional point cloud data and 360-degree images, contributing to the efficiency and advancement of maintenance management.

The "NavVis VLX" is a wearable measurement device that captures complex site 3D digital data quickly and with high quality. By combining 3D measurement from two multi-layer LiDAR sensors with advanced SLAM technology, it achieves top-class point cloud accuracy. The four cameras mounted on the top of the device can capture high-resolution panoramic images without the operator being in the frame and without creating blind spots. 【Features】 ■ Two LiDAR sensors ■ Complete 360-degree capture ■ Ergonomic design ■ Compatible with Control Points ■ Measurement with a natural walking sensation *For more details, please refer to the PDF document or feel free to contact us.

"Air Scanner1" is a UAV-mounted laser measurement system. Until now, 3D models generated from captured photos could only create the surface parts of grass and trees. However, with laser measurement, it can penetrate these surfaces and easily capture structures hidden beneath the ground or vegetation. [Features] ■ Ground data under trees can be obtained ■ Accuracy of ±10cm without using reference points ■ Measurement possible regardless of sunlight brightness ■ Stable even in strong winds *For more details, please refer to the PDF document or feel free to contact us.

"S3S (Smart 3D Survey)" is a viewer software specialized in visualizing measured point clouds and 360° photographic images. It can reduce the time and cost traditionally required for visualization. Additionally, for complex sites such as infrastructure facilities and plants, measurements can be taken using our handheld 3D measurement devices, and by importing the measurement data into this "S3S," efficient management drawings can be created while also retaining records of the 3D data. 【Features of S3S (Smart 3D Survey)】 - Capable of viewing point clouds and 360° photographic images - Equipped with 3D measurement functionality - Equipped with 3D drawing functionality - Includes cross-section display functionality *For more details, please download the PDF or feel free to contact us.

"RID -Road Infrastructure Database-" is a web tool that allows users to freely view a wide range of 3D road information and 360-degree photographs, among various other data. Without having to visit the site, it is possible to measure the size, distance, and position of various objects along the road and its surroundings online. On the point cloud, users can measure distances, heights, areas, and move freely at their preferred angles, making it easy to check cross-sectional shapes from any position. Additionally, it is possible to download point clouds from each location to the user's PC. Japan Inseek offers services from point cloud data measurement to server construction and guidance on usage. 【Features】 ■ Measure distances, heights, areas, etc., on the point cloud and move freely to preferred angles ■ Easily check cross-sectional shapes from any desired position ■ Download point clouds from each location to the user's PC *For more details, please refer to the PDF materials or feel free to contact us.

Japan Inseek offers various proposals backed by high technological capabilities in the sewerage sector to successfully lead W-PPP. By utilizing ICT surveying, BIM/CIM, AI, and other technologies, we solve various challenges for the overall optimization of sewerage projects and related businesses.

Our company proposes an unsteady flow analysis using a distributed runoff model that can be calculated integrally for rivers and sewer facilities, and is adaptable to time-variable rainfall. The distributed runoff model emphasizes proven performance and established reliability used worldwide, utilizing both in-house developed software and commercial models. Experts in the river field provide consistent support from investigation to hydraulic analysis, basic design, and detailed design, in cooperation with structural and geological departments, ensuring specialized technical assistance. [For example, in the following cases] ■ Integrated analysis of rivers and sewers ■ Existing flood control facilities are not functioning effectively ■ Uncertainty about which projects should be prioritized ■ Desire to implement flood control measures with as small a facility as possible *For more details, please refer to the related links page or feel free to contact us.