Our technology enables users to place the virtual sensor anywhere within the component.

Benefits:

1. Full control over sensor placement in spots in which it is physically impossible to place a sensor in production: add, remove, or reposition virtual sensors with a few clicks. 

2. Detailed temperature tracking for enhanced analysis of the system's performance.

3. Real-time monitoring of critical temperature hotspots that define the component's current derating strategy.

Our technology enables you to convert your digital model into different formats, ready to deploy without manual optimization. Deliver a fully instrumented software solution in minutes and verify performance under real-world conditions.

Export formats:

1. Simulink white-box models, ready for integration within your simulation environment for model-based design. 

2. Plug-and-Play optimized C Code for embedded systems, which maximizes the execution efficiency. Ideal for testing your model under real-world conditions with real-time feedback. 

3. Model Matrices in the state-space representation, ready to be implemented on the target platform of choice.

- Sensor placement limitations→Can be placed anywhere seamlessly, giving the user full control over the component.

- Manual translation from Simulink to C code→Eliminates the need for developers to rewrite or manually convert models into low-level code.

- Complex firmware integration→Makes it easier to embed the generated code directly into the microcontroller’s firmware, enabling engineers without deep firmware or embedded systems experience to deploy models successfully.

- Hardware incompatibility→Ensures that the generated code is optimized and portable across different microcontroller architectures.

- Limited scalability→Supports deploying the same model to various devices or production environments with minimal changes.