We will shorten the lead time of embedded development through model-based development.
In recent years, where diversification, complexity, and scale have become prominent in system development, our company has pioneered the advanced engineering method known as "Model-Based Development (MBD)" ahead of the industry and has put it into practical use. By appropriately utilizing MBD, it becomes possible to visualize specifications and behaviors through simulation, making it an extremely useful development method for accurately translating the customer's envisioned image of "what to create" into "how to create it" without discrepancies. Additionally, to address increasingly complex systems, we have also introduced a dual V-model development approach based on "Model-Based Systems Engineering (MBSE)" that assumes a system of systems. MBSE allows for the visualization of the entire system engineering process by explicitly representing the decomposition model of the target system using the dual V-model. Our company is capable of various model-based developments, from the construction of plant models to the development of control models, enabling us to provide one-stop solutions from building plant models that accurately replicate the behavior of the controlled objects to the controllers that perform the control. Please feel free to contact us.
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basic information
■ Requirements Analysis By conducting DFD design at the FSC (Functional Safety Concept) / TSC (Technical Safety Concept) level, we can visualize whether customer requirements are being reflected in the design. By performing operational verification upstream using MILS, we can improve quality while confirming that the control specifications meet the TSC. ■ Software Design Generate control models from the system design model and create software design models. At the same time, using MILS, we can conduct checks for logical errors and interference with other functions, thereby ensuring quality upstream. ■ Software Implementation Automatically generate code from the software design model, which can be verified using SILS/PILS. ■ Software Verification We have a track record of verification using HILS (Hardware In the Loop Simulator), enabling the verification of control ECU software based on requirements in a virtual environment, which allows for reduced development time and improved software quality. Our company can verify that execution results similar to simulation results can be obtained using HILS.
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There are approximately 100 MBD engineers within the company, possessing a wide range of skills including consulting, physical plant modeling, system development, and simulation utilization, with numerous development achievements in MILS/RCP/ACG/HILS, among others. We provide support in various fields such as automotive, home appliances, industrial equipment, construction machinery, and energy management. For more details, please refer to the catalog.
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Company information
We are a design company specializing in the development of devices, systems, and services utilizing in-vehicle software, IoT, and robotics technologies. Leveraging our software development capabilities, we provide comprehensive support from pioneering research and prototype development to mass production. The foundation of our efforts is "realizing the value that our client companies seek." With this commitment, we work together with our clients to create a safe, secure, comfortable, and convenient society.
