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Our immersive systems teams develop simulation, virtual, augmented and mixed reality environments that allow to carry out virtual experiences of real situations for training in risk environments, handling of machinery, robots and vehicles.
As well as immersive environments for interactive manuals, remote assistance, etc.
With proven experience in the development of applications related to computer graphics, we implement computer vision algorithms, SLAM techniques (simultaneous mapping and localization), 3D graphics engines, modeling and texturing of 3D models.
In addition to programming on mobile platforms, equipment integration, development of specific DLLs, motion capture systems and driving simulators, among others.
We also offer services in real-time motion capture, stereoscopy, tracking, vehicle simulation, video games, virtual tours and 3D scanning.
Combining all this knowledge to offer high quality results in our developments.
The simulation applications and immersive systems developed allow to solve consistently and safely:
– On-the-job training of operators in production, training and assistance in maintenance operations
– Training in confined spaces, risk or accident situations
– Measurement of learning curves through parameterization and monitoring of training in a simulated environment
– Ergonomic studies and safety improvement in work spaces with risk of accidents
– Simulation of parts and equipment for the identification and correction of early errors in the design phase
– Validation of the plant layout of a new facility, verifying the visibility conditions or the visualization of a manufacturing plant-process.
All these virtual, augmented and mixed reality applications (VR, AR and XR) have the advantage of placing the user in an immersive environment that allows them to interact with the environment safely, recreating any experience in an immersive and interactive way in virtual reality for marketing, heritage, architecture, games… or mixing a real environment with a virtual one through an IoT device.
All in all, we offer advanced solutions that combine several technologies to address complex projects. Integrating virtual reality, augmented reality and simulation technologies, with artificial intelligence to predict scenarios. Incorporating artificial vision for fault identification and object detection. Plus the possibility of integrating electronic devices connected by IoT, for real-time monitoring of processes, objects, animals or people.
