Shrewd Sekkei Co., Ltd. List of News Articles

"3D Gaussian Splatting (3DGS)" is a technology that can create very smooth and realistic-looking 3D data based on photographs taken from various angles. Since it can also reproduce transparency, it can represent materials such as glass, mist, and fabric, contributing to the enhancement of reality and immersion in virtual spaces like digital twins and the metaverse. The data is lightweight, and it can create vivid 3D data in a short time, making it applicable in a wide range of fields including entertainment, industry, education, and healthcare. 【Developing an Original App!】 While the challenges of this technology lie in the complexity of data creation methods and applications, our company is currently developing an app that can centralize the process from photo capture to data generation and viewing. *We are offering materials that introduce the differences between point cloud data and mesh/polygon data. 【For those with these concerns】 ◎ Need high-resolution 3D data, but production is difficult ◎ Want to create 3D data that realistically reproduces appearance and texture ◎ Looking for new technologies to reduce work time *For more details, please refer to the materials. Feel free to contact us.

The "SPOT360," developed by our company, is a web application that utilizes spherical images to lightweightly recreate a pseudo-3D space, allowing for smooth understanding of on-site conditions. Additionally, it enables real-time situation monitoring from the office using information from various sensors and surveillance camera footage, and alerts users to any anomalies. 【Features】 - Efficient data searching with a search function - Remote monitoring - Alerts for abnormal values 【Challenges】 - Desire to easily and swiftly check on-site conditions online - Handling of 3D scan data and point cloud data is cumbersome, leading to usability issues 【Technologies and Achievements Implemented】 - Constructed a lightweight pseudo-3D space using images from a spherical camera - Integration with 3D scanning measurements utilizing non-contact measurement services - Achieved a stress-free operational experience in both local and cloud environments - Enabled flexible deployment through digital twin and drone/robot collaboration 【Application Areas】 Architecture, construction, plants, facility guidance This solution balances the use of 3D data and real-time monitoring to enhance efficiency in future site management. *For more details, please feel free to contact us.*

The "Previs App" developed by our company is an innovative software that substitutes the storyboard work in video production with a 3D space. It accurately recreates the actual filming location using point cloud data and 3D models obtained from 3D scanning measurement services and laser scanning. This app allows for real-time execution of: - Set arrangement - Simulation of human movement - Camera angle and position settings based on detailed data from non-contact measurement services, enabling video planning that is closer to reality. Furthermore, it aims to integrate with shooting data from omnidirectional cameras, drones, and robots, considering its use as a digital twin. This greatly contributes to the efficiency and quality improvement of video production sites. 【Application Fields】 Entertainment For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Clear Points Traffic Accident Recreation Video Function." We received a request from the police stating, "We want to visually understand the situation of traffic accidents, not just through diagrams." In response, we developed a video recreation function that allows the accident situation to be understood through point cloud data. We made it easy to verify the investigation results. 【Application Fields】 Administration, Architecture, Construction, Plant *For more details, please feel free to contact us.

The "3D Data Management Viewer App" developed by our company is a dedicated application equipped with essential features for on-site work, based on 3D scanning measurement services and point cloud data analysis at construction sites. 【Development Background】 In response to the feedback that "there is no 3D viewer that can be used on-site," we developed an app with the following features. 【Main Features】 - Importing and displaying point cloud data obtained from non-contact measurement services - Integration with laser scans and 360-degree images - Creation of reference planes and dimension measurement (for piping, steel materials, etc.) - Simulation of heavy machinery and worker placement - Automatic aggregation and management of component counts - Generation and viewing of 3D models - On-site data integration using robots and drones 【Application Fields】 Architecture, construction, and plants This is the ideal solution for sites facing challenges in building digital twins and utilizing 3D data. *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Photo Management App." "We faced the issue of having a vast number of photos taken on-site, making it difficult to know who took them, when, and where." "We also encountered the problem of spending too much time searching." In response to these issues, we developed an app that allows users to simply drag and drop onto a blueprint to register equipment status, the registrant, and the time, enabling photo management linked to the blueprint. [Application Areas] Plants, Architecture, Construction *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Image KY Work Application." To ensure that even newcomers or those with limited experience can check past disaster cases during construction planning and take precautions, we developed an application that classifies the causes of disasters and the locations where they occurred, allowing for easy access. 【Application Fields】 Plant, Architecture, Construction, Administration *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Wear Change Confirmation App." There was a concern about "finding only the deteriorating bricks in brick buildings and facilities for renovation, which takes a lot of time to discover." In response to this issue, we developed an app that performs point cloud measurement and compares it with a reference surface, displaying only the deteriorating bricks in warning colors. 【Application Fields】 Plants, Architecture, Construction *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Heavy Machinery Operation Procedure Education VR App." We received inquiries stating that "operating large machinery is cumbersome, and it is difficult to practice and improve skills." In response, we created VR equipment that replicates the same environment as the actual machinery, enabling simulations that closely resemble real operations. 【Application Fields】 Construction, Building, Plant *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "Traffic Guidance Experience VR App." We created a VR app for the training of traffic guides. It not only helps users memorize basic actions but also allows them to experience dangerous past incidents, understand distance perception with vehicles, and even experience from the driver's perspective to determine the best locations for guidance. 【Overview of Achievements】 - We developed a VR app for the training of traffic guides. - The app is designed to allow users to experience dangerous past incidents, understand distance perception with vehicles, and determine the best locations for guidance from the driver's perspective. 【Application Fields】 Architecture, Construction, Education *For more details, please feel free to contact us.

We have developed a drone robot that can adhere to equipment and install inspection devices! Here, we introduce our achievement in the development of the "Drone Adhesive Type Thickness Inspection Device." "We often use drones for inspecting high-altitude equipment, but we received inquiries stating that inspections cannot be performed, only capturing videos and thermal images." In response, we developed a drone robot that can adhere to equipment and install inspection devices. 【Application Fields】 Plants, Architecture, Construction *For more details, please feel free to contact us.

The "Equipment Machinery Operation Video" developed by our company utilizes precise point cloud data analysis from 3D scanning measurement services and laser scanning to create 3D models of machines. Furthermore, by setting animations that accurately reflect the actual movements of the machines, we have visually reproduced actions that are difficult to understand from design drawings alone. 【Concerns】 - It is difficult to grasp the image and movements of the completed form from the design drawings alone. 【Results】 - Created detailed 3D models based on 3D data obtained from non-contact measurement services. - Added motion animations to realistically reproduce the movements and action sequences of the machines. - Can be utilized as a digital twin and can be integrated with inspections using robots and drones. 【Application Fields】 Manufacturing As a result, it has received high praise as a tool for deepening understanding in design, manufacturing, and maintenance. *For more details, please feel free to contact us.

The "Main Hall Viewing VR App" developed by our company utilizes 3D scanning measurement services and point cloud data analysis through laser scanning to realistically recreate the normally restricted Main Hall in detailed 3D models. This enables safe measurements using non-contact measurement services while providing a system that allows visitors to freely explore the interior of the Main Hall as a digital twin in a VR space. 【Request Details】 - We want to show visitors the restricted area of the Main Hall. - We want to provide detailed explanations of various areas even on days when visits are allowed. 【Development Achievements】 - The interior of the Main Hall is faithfully recreated in VR space using footage captured by 360-degree cameras and drones. - Visitors can freely explore the interior along with explanations. - Enhanced realism with high-precision 3D data obtained through non-contact measurements by robots. 【Application Fields】 Cultural heritage, tourism, administration It has received positive feedback as the latest digital content that balances the protection and public display of cultural heritage. *For more details, please feel free to contact us.

The "Digital Web Library Data" developed by our company precisely measures valuable assets such as cultural properties using 3D scanning measurement services and laser scanning, creating high-quality 3D data through realistic point cloud data analysis. This enables the safe measurement of cultural properties that are usually difficult to see through non-contact measurement services, allowing for easy viewing on the web. 【Request Details】 - We want people to feel closer to cultural properties. - We also want to make rare materials that are usually not visible publicly available. 【Results】 - Created realistic 3D models as digital twins. - Can be linked with images from 360-degree cameras and field shooting data from drones and robots. - Built a system that allows for smooth viewing in web browsers. 【Application Areas】 Cultural properties, government, tourism This is cutting-edge digital content that is useful for the preservation and utilization of cultural properties, educational settings, and tourism promotion. *For more details, please feel free to contact us.

The "Disaster Evacuation VR App" developed by our company utilizes 3D scanning measurement services and laser scanning to accurately recreate real cityscapes through point cloud data analysis. This enables safe data acquisition using non-contact measurement services and simulates disasters such as fires and tsunamis with realistic 3D models. We provide a system that allows for the experience and training of evacuation behavior within a VR space. 【Customer Feedback】 - It's hard to visualize actual disaster response with just hazard maps. 【Implementation Effects】 - Improved realism by integrating aerial data from 360-degree cameras and drones. - Utilization of detailed 3D city data through digital twin technology. - Incorporation of point cloud measurements by robots to create a realistic evacuation experience with the latest technology. 【Application Fields】 Education and Administration This is next-generation digital content that contributes to enhancing disaster prevention education and local disaster response plans. *For more details, please feel free to contact us.

We would like to introduce our development achievements regarding the "High-Definition Viewing Guide AR App." We received inquiries such as, "We are exhibiting cultural properties, but the displayed items alone do not convey how they were actually used," and "There are things that the guides cannot fully explain." In response, we developed an AR app that plays CG animations depicting the actual usage situations alongside the exhibition explanations. 【Application Fields】 Tourism, Cultural Heritage, Education *For more details, please feel free to contact us.

"I want historical figures to actually move and speak within the content." From the request of wanting to "know more about what kind of person they were," we have recreated the figures based on old photos and videos. We have made efforts to allow the historical figures to be seen from angles that were not visible in 2D. 【Application Areas】 Tourism, Education, Entertainment *For more details, please feel free to contact us.

In plants and similar environments, the rails are often located at high altitudes, making it common for there to be complications and dangers associated with installing safety equipment when people approach. To address this, we have developed devices that can be equipped with measuring instruments on the rails, allowing for remote measurement. We have achieved improvements in efficiency and safety. [Application Areas] Plants, Architecture, Construction *For more details, please feel free to contact us.

To address the concern that "it is difficult to conduct inspections in areas such as the interiors of pipes and gaps in equipment where people cannot enter," we have developed a robot that can operate in narrow and dark spaces. The inspection unit is modularized with cameras, temperature sensors, and other components, allowing for various types of inspections. [Application Areas] Plants, Architecture, Construction *For more details, please feel free to contact us.