Scientific Foundation of the VR Simulator and the Relevance of VR Simulator Development
An innovative rehabilitation technology, supported by studies on the effectiveness of VR, in a controlled and safe environment.
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Results of Global Research
20.1%
Virtual reality in post-stroke rehabilitation. Improvement of motor function through VR by 20.1%
20.1%
31%/ 41%
Virtual reality-based physical therapy is increasingly considered for pain relief – 41% and restoration of functional abilities – 31%, confirming the effectiveness of the virtual reality simulator
31%
41%
50%
The use of a virtual hand reduces CRPS pain by 50%
50%
88%
Substantial evidence of significant positive effects associated with VR therapy was identified in most studies (88%), demonstrating the results of VR simulator application
88%
Research on which the technology is based
Examining patient reported outcome measures for phantom limb pain: measurement use in a sample of Veterans with amputation.
After six months of using VR simulators, particularly the VRNOW VR simulator in clinics across Ukraine, a significant reduction in pain and improvement in patients’ motor activity were recorded, confirming the effectiveness of VR.
How a Ukrainian Development Overcomes Phantom Pain After Amputations
The innovative VRNOW VR simulator, created by ADVIN GLOBAL, has already helped more than 500 patients — both military personnel and civilians. This is significant experience in the application of VR simulators in the field of neurorehabilitation.
A document for PM&R doctors: clinical cases, scientific sources, and the use of VR in working with pain syndromes and movement disorders, including VR rehabilitation programs and comparative effectiveness of the VR simulator.
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Proprietary analytics system
Clinically relevant analytics for specialists
The system records the amplitude, trajectory, speed, and accuracy of the patient’s movements during exercises. The collected data is automatically compiled into analytical reports, allowing doctors to assess recovery dynamics and adapt rehabilitation protocols. This is a realistic, clinically oriented simulation tool that reduces the adaptation period, increases engagement, facilitates learning and training, and helps restore patient functions during the neurological rehabilitation period.
