Discover smart devices in the healthcare sector
Neurological rehabilitation with disruptive VR technology and customized immersive experiences
Alsis IoT, in collaboration with the University of Salamanca, is revolutionizing neurological rehabilitation with RehabSim 360, an innovative platform that combines virtual and augmented realities to offer an immersive and personalized training experience. With the aim of improving treatment efficacy and promoting patient motivation and engagement, RehabSim 360 will become a fundamental tool for neurological and physical rehabilitation and sports performance.
Immersive Simulation: We merge VR goggles with motion sensing platforms (VR treadmill) to simulate natural walking and driving/piloting in virtual scenarios, bringing human perception closer to a real-world experience. This allows immersive training in various situations without the need for costly and potentially dangerous physical simulations.
The overall objectives of this R&D project are twofold:
1.- Research of a digital twin system, which combines a physical support with sensors and motion cameras, devices that provide virtual reality data and an immersive augmented reality environment, to help physical persons to perform a training, simulation, training or rehabilitation activity.
2.- Development of a prototype of an augmented reality platform with the digital twin system for the specific use case of neurorehabilitation of physical patients with neurological disorders or injuries of the nervous system.
Project subsidized by the ICE and co-financed with ERDF funds with file number 04/23/PA/0004
With the collaboration of
Advanced detection of brain diseases using neurotechnology
Alsis IoT, in collaboration with Emotiv and the University of Salamanca, is driving innovation in data analysis and the integration of neurotechnology to improve the detection and prognosis of brain diseases. With a mission to take full advantage of cutting-edge technologies, Neurodiag 360 seeks to revolutionize the way medical diagnostics and treatments are approached.
The Smart Wheelchair allows people with reduced mobility to control their chair independently using technologies such as voice commands, thought (BCI) and intelligent navigation. With brain sensors, they can move the chair just by thinking about it, while voice commands allow easy control with verbal commands. In addition, the intelligent navigation system uses cameras and sensors to avoid obstacles and ensure safe travel.
