Reproducing the failure state of the lambda sensor to improve the accuracy of harvest predictions.
In the field of agriculture, harvest forecasting is extremely important for understanding crop growth conditions and implementing appropriate management. Particularly for crops that are susceptible to the effects of soil conditions and climate change, accurate data-based predictions are required. The lambda sensor plays a crucial role in engine control, and its failure can lead to system malfunctions. PRIMERO GEN 2 supports the validation of harvest forecasting systems by accurately reproducing the failure state of the lambda sensor. 【Utilization Scenarios】 - Development and validation of harvest forecasting systems - Abnormal detection testing of sensor data - Evaluation of system robustness against environmental changes 【Effects of Implementation】 - Improved reliability of harvest forecasting systems - Accurate cultivation management based on data - Reduction of unnecessary costs
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basic information
【Features】 - Realistic reproduction of lambda sensor failure states - Supports a variety of fault patterns - Ideal for ECU/OBD diagnostics verification - High reproducibility and stability - Improved user interface (GEN 2) 【Our Strengths】 Cyann Co., Ltd. leverages the knowledge and experience gained from motorsports R&D to provide products tailored to customer needs. We also import and sell overseas products, offering a wide range of options.
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IAV PRIMERO GEN 2 is a high-precision fault simulator for ECU development and diagnostic verification.
Company information
Cyann Co., Ltd. is a company founded in 2004 with the aim of supporting the development of motorsport vehicles. The founding members have dedicated themselves to various fields in their careers, including import and export operations, CAD design, wire harness manufacturing, inspection/quality control, and new business development sales. We focus on leveraging these experiences to supply beneficial products to our users in a timely manner. Additionally, we continue to engage in activities to capture and propose new technologies and information. Furthermore, we believe that the knowledge and experience gained from motorsport R&D can be effectively utilized in areas such as mass-produced vehicles and heavy industrial product prototype development. In fact, we take pride in the successes achieved by our partners in fields such as aerospace, military, heavy industry, medical, and vehicle testing.
