NMY builds digital twins of physical systems that are precisely calibrated to emulate real-world scenarios. We enable companies to accurately replicate product features and designs digitally, accelerating and improving the go-to-market process.
By leveraging VR, we help develop prototypes while conserving physical resources. Our advanced simulation systems generate valuable synthetic data for training AI and creating immersive virtual environments.
We evaluate products, systems, or processes by replicating them in physically accurate simulations, enabling robust testing under a variety of conditions. By adjusting parameters and creating different scenarios, we thoroughly evaluate how the product or system performs.
Virtual engineering uses simulation to evaluate how a product or system performs in different environments and compare designs. This approach streamlines product development and helps optimize design choices.
NMY's Digital Twins, enhanced with real-time data, accurately simulate various scenarios and the impact of design and process changes. By predicting the behavior of the actual object, our Digital Twins support the decision-making process and effectively minimize the risk of error.
We generate individual, synthetic data for training individual AI models by creating custom virtual environments and scenarios. With advanced parameter control and precise simulation, we generate a variety of high-quality datasets, including imagery, depth, and sensor data. By integrating this synthetic data into your training dataset, we improve the performance and diversity of your models.
Training AI models with artificial video is typically done using machine learning methods such as deep learning. The artificial videos are used as training data for the model, which then learns to recognize certain patterns or behaviors in the videos and make predictions.
Using virtual reality technology, we test your products, systems or processes under realistic conditions and with human interaction. We use hand, eye, and voice tracking to collect rich data sets and generate heat maps that show user behavior in detail.
We offer the full range of virtual reality testing services, from conception to data analysis.
By interacting with digital twins and using tracking systems, we gain useful insights.
This data provides insights into user behavior and experience, enabling product and system optimization and providing clues for improving usability.
In a pioneering collaboration, Continental and NMY have developed novel software that digitally recreates vehicle interiors and presents realistic views of pedestrians in the environment. This software generates high-quality synthetic data that is essential for training AI models that serve as the basis for advanced driver assistance systems. With precise simulation of infrared and video cameras, this tool is pushing the automotive industry into new frontiers and revolutionizing the landscape of autonomous driving.
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Together with the German Research Center for Artificial Intelligence (DFKI), the Charité and the University of Passau, NMY is making VR and AR training tangible in the "greifbAR" research project. We use an artificial intelligence system to realistically simulate hand and object positions, enabling realistic grasping and working with simulated or real tools.
With visual instructions in VR and AR, companies can communicate product features in a simple and intuitive way. For example, they can project complex maintenance procedures directly onto the device. This increases customer satisfaction and makes service easier.
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