シーズプロジェクト Product Lineup

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.

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 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.

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.

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

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.

In considering changes to factory layouts and the introduction of equipment, not understanding the current situation can lead to design mistakes and rework. This service provides a 3D scan of the factory, delivering data that can be used in CAD. It enhances decision-making accuracy before design and prevents unnecessary rework. Addressing these challenges: ● Considering changes to the factory layout, but the current drawings are outdated and do not match reality. ● Wanting to consider equipment placement in CAD, but lacking the base data. ● Experiencing issues after design, such as "interference" or "unable to deliver." ● Having inconsistent understanding of assumptions during meetings with design companies and equipment manufacturers. ● Making multiple trips for on-site verification and measurements, resulting in increased labor hours. Process and duration: ● On-site scanning: half a day to 1 day. ● Data conversion and organization: 3 to 5 business days. ● Delivery: approximately 1 week.

The reasons for the lack of progress in layout changes and equipment introduction often stem from the "uncertainty of the current situation." Our service provides a 3D scan of the factory, delivering data that can be immediately used in CAD. We set the starting line for design and consideration. Addressing these challenges: ● Only old drawings are available, making it difficult to understand the differences from the current situation. ● We want to start considering equipment layout, but there is no accurate base data. ● Designs are based on on-site measurements, raising concerns about accuracy and effort. ● Interferences or dimensional discrepancies are discovered after design, leading to rework. ● There is a mismatch in assumptions about the drawings with external partners, hindering progress. Process and Duration: ● On-site scanning: Half a day to 1 day ● Data conversion and organization: 3 to 5 business days ● Delivery: Approximately 1 week

Troubles that often arise during equipment installation or line changes, such as "not fitting" or "interfering." Many of these issues are caused by insufficient accuracy in understanding the current situation. Based on current data obtained through 3D scanning, we enable accurate layout planning using CAD. Addressing these challenges: ● Unable to determine in advance whether equipment can be delivered and installed during installation ● Insufficient interference checks leading to problems in later processes ● Time-consuming on-site surveys and measurements for current situation verification ● Inability to make high-accuracy judgments in the initial stages of layout planning ● Rework due to discrepancies in understanding within the company and with external parties Approach and duration: ● On-site scanning: half a day to 1 day ● Data conversion and organization: 3 to 5 business days ● Delivery: approximately 1 week