シーズプロジェクト List of Products and Services

A digital twin refers to the technology that reproduces real objects or systems on a computer, utilizing them for analysis, prediction, and improvement. By analyzing operational and production data within a factory, it becomes possible to identify bottlenecks and enhance work efficiency, leading to increased productivity and cost reduction. ■ Benefits of Implementing Digital Twins 1. Remote understanding of on-site conditions You can check the operational status of machines and the condition of production lines in real-time from remote locations, making discussions more efficient. 2. Safe information management Digital twins display only essential information and can mask confidential parts, thereby enhancing safety. 3. Flexible and intuitive information display Unlike flat dashboards, you can freely change perspectives and overlay information, allowing for an intuitive grasp of on-site conditions. 4. Contributing to securing young talent It becomes easier to dispel the image of "3K (hard, dirty, dangerous)" and promote the workplace as a comfortable and advanced environment. ＼ For more details, please view the PDF data by downloading the catalog ／ We also welcome inquiries regarding digital twins and data measurement, so feel free to contact us.

We will introduce the effects and expectations of utilizing digital twins in factories. By leveraging digital twins, it has become possible to discuss while checking the real-time conditions of distant sites. While there is a risk of confidential information being captured by surveillance cameras, utilizing digital twins allows for specific information to be masked, enabling safe information management. Compared to traditional flat dashboards, it allows for a more flexible display of information. With this implementation, it is expected to dispel the "3K (Kitsui, Kitanai, Kiken)" image associated with the press industry and contribute to securing younger talent. We aim to further improve operations and enhance productivity by continuing to advance the use of digital twins. [Overview] ■ Efficiency in discussions with remote locations ■ Enhanced security measures ■ Advanced data visualization and analysis ■ Improved industry image and talent acquisition *For more details, please feel free to contact us.

We would like to introduce our efforts in building a digital twin for small and medium-sized enterprises (SMEs) using the game engine "Unreal Engine." Building a digital twin incurs enormous costs and faces challenges such as a shortage of specialized personnel, lack of information, few examples at a small scale, a lack of groundwork for digitalization, and a long road ahead that includes IoT. In our SME digital twin initiative, we aim to reduce IoT implementation costs by one-third, develop without the need for specialized knowledge, publicly share information and case studies, and provide comprehensive support from IoT implementation to digital twin construction. In our model case, we provided supportive collaboration with the model company, passed on construction techniques, and achieved qualitative effects in raising awareness of digital transformation (DX) across the entire model company, including employees. [Challenges of the Model Company] ■ Reduced digital twin (IoT implementation) costs by one-third (300,000 yen/year) ■ Development without the need for specialized knowledge, with information and case studies publicly available (development period of 2 months) ■ Comprehensive support from IoT implementation to digital twin construction *For more details, please feel free to contact us.

We would like to introduce the 'Hovermap STX' that we handle. It provides suitable measurements for various platforms such as UGVs, dog-type robots, shaft gauges, drones, vehicles, and backpacks. It enables seamless 3D scanning both indoors and outdoors. Even complex and intricate shapes can be scanned thoroughly by circling around the target, completing a detailed 3D scan in about one minute. Large facilities and wide areas can be fully 3D scanned down to fine details in just two hours. 【Features】 ■ SLAM LIDAR mapping ■ Flight in non-GPS environments ■ Collision avoidance ■ Advanced autonomous control ■ Long-range Lidar measurement range of 300m *For more details, please download the PDF or feel free to contact us.

The Shizuoka Project Corporation exhibited at the "Robot, AI, IoT Fair in Shizuoka" held at Granship in August of the 7th year of Reiwa. This fair is an event aimed at introducing advanced technologies to local companies and residents interested in the introduction of robots, AI, and IoT. On that day, we presented a domestic digital twin solution for small and medium-sized enterprises that is "easy for anyone to handle" and "can be implemented at a low cost." 【Event Overview】 ■ Date: August 27, 2025 (Wednesday) 10:00 AM - 4:30 PM ■ Venue: Granship 6th Floor Exhibition Gallery 1 (2-3-1 Higashi Shizuoka, Suruga Ward, Shizuoka City) ■ Content: Actual displays of robots and AI/IOT-related equipment / Individual consultation booths, etc. ■ Participation Fee: Free *For more details, please download the PDF or feel free to contact us.

This document systematically organizes the differences between industrial software (CAD/BIM/CAE) and game engines (Unity/Unreal/Omniverse, etc.). It compares their respective positions, standard compliance, performance, cost, and development processes. The aim is to clarify the optimal utilization methods in industrial fields (what to leave to industrial software and what to accelerate with game engines). [Contents] ■ Position of industrial software and game engines ■ Standards and performance ■ Performance and cost ■ Differences from the perspective of the development process ■ Summary ■ Comparison table of industrial software and game engines *For more details, please download the PDF or feel free to contact us.

This document explains the current state and future of "digital twins." It introduces various reactions from countries to OpenAI's video generation AI "Sora2," a retrospective on the history of information communication and data utilization over the past 100 years, and the reasons behind the realization of the VIRTUAL SHIZUOKA concept. Additionally, it discusses the construction of digital twins for small and medium-sized enterprises, as well as the business applications of game engines and VR. [Contents] ■ The development of VIRTUAL SHIZUOKA ■ The current state of digital twins ■ The future of digital twins *For more details, please download the PDF or feel free to contact us.

This document is a proposal for 3D spatial visualization and DX promotion for the manufacturing industry. We propose 3D scanning of factories and equipment (using SLAM or drones/handheld scanners) and a lightweight 3D viewer that can be operated in a web browser (compatible with smartphones and PCs). We also explain the significance of implementing these solutions for both new and existing factories. If you have any questions about this proposal or would like to request a demo, please feel free to contact us. [Contents (partial)] ■ Background and purpose of the proposal ■ Details of the proposal ■ Use cases and benefits of implementation ■ Offered packages and cost models (excluding tax, reference prices) ■ Monetization concepts and future developments *For more details, please download the PDF or feel free to contact us.

This document explains the ROI (Return on Investment) of the 3D measurement data provision service. It introduces the overall picture of ROI, including cost reduction effects, value-added and revenue expansion effects, and quantifiable indicators, as well as perspectives specific to the manufacturing industry and simulation examples. The 3D measurement data provision service is an "investment in profit creation" that enhances competitiveness not through direct sales increases, but through improvements in profit margins, cost reductions, and risk avoidance. [Contents] ■ Overview of ROI ■ Perspectives specific to the manufacturing industry ■ ROI simulation examples ■ Summary *For more details, please download the PDF or feel free to contact us.

This document summarizes the reasons why the mobile LiDAR measurement system "Hovermap" is chosen. It includes comparisons based on differences in measurement principles, positioning methods, operating environments, as well as differences in operational aspects, safety, data quality, and application scope. Through comparisons with general methods (fixed LiDAR, other mobile SLAM, photogrammetry, etc.), its advantages are clearly highlighted. 【Contents】 ■ Differences in measurement methods ■ Differences in operational aspects and safety ■ Differences in data quality and application scope ■ Comparison with other methods (such as photogrammetry) ■ Reasons for choosing Hovermap - Summary *For more details, please download the PDF or feel free to contact us.

This document introduces the "Hovermap Measurement Service" that solves the "troubles" at the site. We enumerate the solutions provided by "Hovermap" for various site-related issues (Pain) by category. Based on the Wildcat SLAM technology, which has been researched and developed for many years, we provide one-stop support for safe and high-precision 3D data acquisition to BIM and DX utilization across various sites such as factories, construction, civil engineering, infrastructure, and cultural heritage. [Contents] ■Challenges at the site that Hovermap solves ■Changes brought by Hovermap ■Message copy (for HP visuals) *For more details, please download the PDF or feel free to contact us.

This document introduces the visualization of factories and productivity improvement using Hovermap. It goes beyond mere technology introduction and delves into how to utilize digital technology and connect its effects to the field. It organizes the current status and challenges of digital twins and also mentions the relationship with cyber-physical systems (CPS). [Contents (partial)] ■ The "next step" of digitalization → Utilization with purpose ■ Background of objectives and challenges ■ Current challenges in factories ■ Direction for solutions ■ Challenges of conventional approaches and our progress *For more details, please download the PDF or feel free to contact us.

Hovermap is a mobile SLAM laser scanner developed by Emesent, an Australian company. It simultaneously achieves high-precision self-localization and 3D mapping without displacement, even in complex environments where GPS signals are unavailable, such as mines, underground tunnels, factories, plants, and cultural heritage sites. Currently, it is implemented in over 60 countries worldwide and serves as a stable SLAM system capable of 3D measurement both above and below ground, as well as indoors and outdoors. 【Features】 ■ High-reliability SLAM algorithm ■ Maintains high precision even in spaces with continuous shapes ■ Strong against dark environments, metal reflections, and magnetic interference ■ Reproducibility of results ■ Completes 3D scanning of factories ranging from 3,000 to 5,000 m² in just about 1 hour ■ Real-time preview allows for immediate data verification on-site *For more details, please download the PDF or feel free to contact us.

This document is a report on the verification conducted to confirm the accuracy of reference surfaces when installing equipment such as machine tools and belt conveyors. Using Hovermap, the concrete floor surface was scanned, and mesh data and surface data (in CAD format) were generated from the point cloud data. This data is useful as foundational information for confirming accuracy and improving construction efficiency during future equipment installation and renovations. 【Contents】 ■ Purpose ■ Measurement and analysis procedures ■ Equipment used and reasons for selection ■ Results ■ Verification of the results against the site ■ Future applications *For more details, please download the PDF or feel free to contact us.

This document introduces the estimate and deliverables for the in-factory laser scanning service. It provides an overview of the scanning using HOVERMAP STX within the factory, the objectives and benefits of implementing laser scanning, visualization of the point cloud data acquired on-site, and a cloud link for viewing the point cloud data. The laser scanning service significantly improves the process efficiency of the factory, enabling reductions in time and costs. [Contents] ■ Overview and objectives of laser scanning implementation ■ Introduction of scan data ■ Presentation of deliverable images ■ Estimate details and future process *For more information, please download the PDF or feel free to contact us.

In the automotive industry, the efficiency of production lines and quality control are crucial. In particular, the smoothness of the floor surface significantly affects the precision and operational efficiency of machinery and transport equipment during installation. Inclines and irregularities in the floor can cause vibrations and malfunctions in the equipment, potentially leading to decreased productivity. This document is intended to thoroughly examine the inclines and irregularities of concrete floor surfaces within the factory and assess whether they meet the installation standards for equipment. 【Usage Scenarios】 - Floor evaluation before the installation of machine tools - Floor evaluation before the introduction of transport equipment - Floor evaluation during factory layout changes 【Benefits of Implementation】 - Improved equipment precision - Enhanced production efficiency - Strengthened quality control

In the logistics industry, the smoothness of the warehouse floor is crucial for ensuring safe transportation. Inclines and unevenness on the floor that hinder the movement of forklifts and other vehicles can increase the risk of cargo collapse and accidents, potentially obstructing safe transport. This document is a verification report aimed at confirming the accuracy of the warehouse floor. By scanning the concrete floor with Hovermap, mesh data and surface data (in CAD format) are generated from point cloud data. This data will be useful as foundational information for confirming accuracy and improving construction efficiency during future equipment installation and renovations. 【Usage Scenarios】 * Confirming the safety of travel routes for forklifts and other vehicles * Understanding the condition of the floor when changing the warehouse layout * Selecting storage locations for heavy items 【Benefits of Implementation】 * Achieving safe transportation * Reducing accident risks * Improving efficiency of warehouse operations

In the chemical plant industry, the smoothness of the floor is crucial for safe operations. In particular, even slight inclines or unevenness in the floor cannot be overlooked in order to prevent leaks of chemicals and hazardous materials. Floor defects can lead to improper equipment installation and increase the risk of leaks. This document is a verification report aimed at confirming the precision of concrete floors within the plant. 【Usage Scenarios】 * Floors in chemical plants * Chemical storage areas * Hazardous material handling areas 【Benefits of Implementation】 * Reduced leak risk * Stable equipment operation * Improved safety

In the metalworking industry, the smoothness of the floor surface is extremely important for the movement of heavy objects and the installation of machine tools. Even slight inclines or irregularities in the floor can affect product quality and work efficiency. This is especially true for machine tools that perform precision machining, where the accuracy of the installation surface directly influences the finish of the product. This document is a report on the verification conducted to confirm the accuracy of the reference surface when installing equipment such as machine tools and conveyor belts. 【Usage Scenarios】 * Installation of machine tools * Consideration of routes for moving heavy objects * Optimization of factory layout 【Benefits of Implementation】 * Improved accuracy during machine tool installation * Ensured safety during the movement of heavy objects * Enhanced work efficiency

In the textile industry, precise installation of equipment is essential to maximize production efficiency. In particular, slight inclines or unevenness in the floor can pose problems in preventing thread tangling. Uneven floors can cause vibrations and misalignments in the equipment, potentially leading to thread entanglement and a decline in product quality. This document is a verification report aimed at confirming the accuracy of concrete floor surfaces, which serve as the reference plane for the installation of equipment such as machine tools. By scanning the concrete floor with Hovermap, mesh data and surface data (in CAD format) are generated from point cloud data. This data will be useful as foundational information for confirming accuracy and improving construction efficiency during future equipment installations and renovations. 【Usage Scenarios】 - Installation of spinning machines and weaving machines - Accuracy verification during floor renovations - Optimization of thread supply routes 【Benefits of Implementation】 - Accurately grasp the condition of the floor and reduce the risk of thread tangling - Contribute to stable operation of equipment and improve production efficiency - Enhance quality control and reduce the rate of defective products

In the energy industry, the stable operation of equipment such as plants and power stations is crucial. The slope and unevenness of concrete floor surfaces during the installation and maintenance of equipment are important factors that affect the precision and safety of the equipment. Issues with the floor surface can increase the risk of equipment failure and accidents. This document is a report on the verification conducted to confirm the accuracy of reference surfaces when installing equipment such as machine tools and belt conveyors. Using Hovermap, the concrete floor surface was scanned, and mesh data and surface data (in CAD format) were generated from point cloud data. This data will be useful as foundational information for accuracy verification and construction efficiency during future equipment installation and renovations. 【Application Scenarios】 - Installation of equipment within plants - Maintenance of equipment within power stations - Checking the condition of floor surfaces in substations and other facilities 【Benefits of Implementation】 - Contributes to stable operation of equipment - Reduces maintenance costs - Enhances safety

In the aerospace industry, the precision of installation of manufacturing equipment significantly affects product quality. Particularly in the manufacturing of aircraft components, even slight inclines or irregularities in the floor can hinder the accurate operation of equipment, potentially leading to a decline in product quality and a decrease in manufacturing efficiency. This document is a report on the verification conducted to confirm the accuracy of reference surfaces when installing equipment such as machine tools and conveyor belts. Using Hovermap, the concrete floor was scanned, and mesh data and surface data (in CAD format) were generated from the point cloud data. This data will serve as useful foundational information for confirming accuracy and improving construction efficiency during future equipment installations and renovations. 【Application Scenarios】 - Manufacturing plants for aerospace-related components - Precision machinery manufacturing plants - Utilization in quality control departments 【Benefits of Implementation】 - Improved installation accuracy of equipment - Stabilization of product quality - Enhanced manufacturing efficiency

In the printing industry, the smoothness of the floor surface is crucial to prevent ink splatter and maintain print quality. Even slight inclines or irregularities in the floor can hinder the vibration of the printing machine and the uniform supply of ink, potentially leading to ink splatter and printing defects. This document is a report on the verification conducted to confirm the accuracy of the reference surface when installing equipment such as machine tools and conveyor belts. 【Usage Scenarios】 * Confirmation of floor surface accuracy at the installation site of the printing machine * Understanding the condition of the floor surface in areas prone to ink splatter * Development of floor renovation plans 【Benefits of Implementation】 * Reduction of ink splatter risk * Stabilization of print quality * Reduction of maintenance costs

In the wood processing industry, the safe operation of forklifts is crucial. The slope and unevenness of the floor can compromise the stability of forklift movement, potentially increasing the risk of accidents. Additionally, it can affect the loading and unloading of products, which may decrease work efficiency. Our "Factory Concrete Floor Slope and Unevenness Verification Report" provides a detailed understanding of the floor conditions and supports the safe operation of forklifts. 【Usage Scenarios】 - Forklift driving areas in wood processing plants - Product loading and unloading locations - Warehouse floors 【Benefits of Implementation】 - Ensures safe forklift operation - Improves work efficiency - Reduces accident risks

Seez Project Co., Ltd. is a company that supports the resolution of various challenges, including optimization of facility layouts, equipment placement, warehouse space management, infrastructure inspection and maintenance, and improvement of operational efficiency through digital twins. By combining precise spatial data cultivated through years of drone aerial photography and laser scanning/3D measurement with expertise in visual storytelling, we provide suitable information for recording, investigation, and consideration in these fields. Please feel free to contact us when you need our services. 【Business Activities】 ■ Aerial Photography Services ■ Laser Scanning ■ Point Cloud Processing ■ Scan-to-BIM/CAD ■ Layout Planning ■ Digital Twin Construction ■ Application Development Proposals *For more details, please download the PDF or feel free to contact us.

Our company supports the digitalization of manufacturing and factory sites while keeping initial costs low, allowing you to experience benefits even with a limited budget. We utilize 3D scanning to accurately visualize equipment and workflow, helping to identify bottlenecks, improve efficiency, and reduce risks based on precise data. By integrating with production management systems and expanding to other locations, we deepen digitalization in line with growth phases and establish a sustainable improvement cycle. 【Features】 ■ Quick implementation with a small start ■ Thorough verification based on the site ■ Visualization of the current situation with high-precision 3D data ■ Continuous improvement through phased expansion *For more details, please download the PDF or feel free to contact us.