Immersive Experiences and Virtual Worlds

These solutions create interactive, three-dimensional virtual replicas of real-world environments, enabling companies to simulate complex scenarios, predict behaviors, and optimize processes before executing them in the physical world.

We combine real-time data integration (IoT) with artificial intelligence models to transform these virtual environments into tools for analysis and decision-making.

We also develop telepresence and remote collaboration technologies for co-design and remote support scenarios, serving as enablers for collaborative virtual worlds.

Our capabilities in this area are structured around three pillars:

• 3D capture and reconstruction. We digitize real-world objects, people, and spaces to generate accurate three-dimensional representations. We employ volumetric capture technologies and techniques such as Gaussian Splatting—a method for reconstructing high-fidelity 3D scenes from images—accelerated by GPU or distributed (Edge) computing to process massive datasets with high scalability.

• Immersive experiences using Extended Reality (XR). We develop Virtual and Augmented Reality applications for intuitive interaction with digital environments. These solutions are particularly suited for advanced technical training and multi-user collaborative environments, replicating critical processes in a safe and controlled setting.
• Virtual testbeds for autonomous systems and robotics. We provide validation platforms that enable the evaluation and optimization of intelligent algorithms and robotic systems prior to real-world deployment, reducing risks and accelerating development cycles.

These solutions enable organizations to reduce operating costs, validate decisions before implementation, and accelerate their transition to advanced digitalization in a secure and measurable way.