Our cutting-edge infrastructure provides the foundation for groundbreaking research and innovation. From advanced laboratories to high-performance computing clusters, we offer the tools and environment necessary for excellence in technology and research.
Our high-performance computing cluster provides the computational power needed for complex simulations, machine learning, and data analysis.
A system with multiple nodes for high-performance computing, featuring powerful CPU, GPU, memory, and networking capabilities.
Technology integrating XR experiences with gaze-based user interaction and analysis.
Immersive setup combining AR/VR with motion capture for natural interaction.
A high-end VR headset with built-in eye tracking for enhanced analytics and control.
A standalone VR headset offering immersive gaming and experiences without a PC.
VR-compatible firearm replicas for realistic shooting simulations.
An omnidirectional treadmill enabling natural walking in VR.
Apple's high-resolution mixed-reality headset with spatial computing features.
Mixed reality smart glasses combining holograms with the physical world.
A system that captures electrical brain activity through electrodes for neuroanalysis.
Devices that apply low electrical currents to the brain for cognitive modulation.
A non-invasive optical device that monitors brain activity by measuring blood oxygen levels.
A brain-sensing headband for meditation and sleep tracking.
A multi-sensor headband offering EEG, pulse, and breath monitoring for mindfulness.
A social robot with an expressive face for human-computer interaction.
A programmable robot designed for custom development and AI applications.
A talking, programmable robotic head for educational use.
An open-source biped robot designed for STEM learning and DIY projects.
A small expressive robot head for coding and educational interaction.
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