Cutting-edge real-time 3D DX/simulation/digital twin platform!
The Transit Optimal Platform is a real-time 3D simulation software developed by our company for factories and warehouses. It can also be used as a digital twin environment for simulating and reproducing on-site evaluations and verifications of material handling equipment, personnel placement, layouts, and more in factory and warehouse operations. Logistics challenges vary among our customers. - Some may only want to consider the number of AGVs in an existing factory. - Others may want to think about logistics planning in a factory where layouts change daily. - Some may be considering complete automation of the factory. - Others may want to optimize logistics with a focus on collaboration with humans, and so on. To accommodate these diverse requests, our tool offers a library of functions for logistics simulation as a licensed product and develops the operation screens, appearing objects, and integration with other systems according to specific requests. Additionally, it can represent not only environments within factories and warehouses but also inter-building deliveries, as well as various environments and objects such as airports, hospitals, and ports. *For more details, please download the PDF or feel free to contact us.
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basic information
This tool will be expanded and developed according to its intended use and target situations. It will be provided in a semi-product format. *For more details, please download the PDF or feel free to contact us.
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Applications/Examples of results
【Purpose】 ● Simulation (Pre-evaluation) It is possible to represent material handling equipment and sensors such as AGVs, and to conduct pre-evaluations of equipment layout, specifications, and operations. Additionally, 3D visualization allows for design confirmation with clients when implementing material handling equipment as a whole, and can also be utilized as a sales tool. ● Digital Twin (Utilization of Actual Machine Data) It is possible to reproduce log information obtained from actual material handling equipment in a 3D environment. This includes visualizing past operational logs, real-time visualization, monitoring operational status from remote locations, and providing real-time instructions to the actual machines. ● AI Learning Environment Since it can be integrated with external systems, it is possible to connect with user-specific material handling equipment operation planning systems (such as RCS). It can also be utilized as an AI learning environment, including for reinforcement learning. 【Implementation Results】 - A certain logistics company in Japan - A certain automobile manufacturer in Japan *For more details, please download the PDF or feel free to contact us.
Company information
Our company is engaged in the following businesses to solve our customers' challenges: ● PoC and Solution Development Support Business We provide support for solution development using advanced technologies and PoC. Starting with hearing our customers' use cases and exploring fundamental issues, we propose core technologies and formulate the development to operation process, followed by the development of systems and core engines. ● In-house Product Business We develop and provide total solutions for production and logistics processes, which are currently facing labor shortages. We operate in two locations: Tokyo (headquarters) and Nagoya branch.
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