About the product

Virtual body — real impact

The system accurately analyzes movements, creates a virtual body of the patient, and provides clinically relevant feedback to the doctor, using modern sensors, signals, and a three-dimensional simulator as an effective tool for motor skills training

Accurate body representation

Seven trackers capture the patient’s movements and transmit them into VR in real time. The patient sees themselves at a 1:1 scale, which is characteristic of equipment for a VR room and next-generation VR hardware

Adaptation to functional status

Suitable for seated, standing positions, and with a suspension system — across different stages of recovery, as a universal solution for using rehabilitation equipment and equipment for people with disabilities

Synchronized exercise performance

Movements of the virtual body accurately replicate real ones without delay, and the system controls trajectory and amplitude, ensuring an effectively structured rehabilitation method and modern training process

Objective movement analytics

Amplitude, speed, accuracy, and repetition count are recorded — for analyzing recovery dynamics and adjusting workload, making the system an important medical tool for reducing pain symptoms and improving outcomes

VR Training Environments

Kitchen

A virtual бытовое environment for practicing self-care skills: cooking, handling household objects, and spatial orientation, as an example of using equipment for rehabilitation centers in a modern environment

Number of exercises

∞

No predefined exercises — tasks are determined by an occupational therapist according to the patient’s functional condition, using flexible programs and rehabilitation equipment

Target functions

Motor planning, functional independence, spatial-motor coordination, motor skill development through a simulator and modern technologies

Purpose

Occupational therapy

Gym

A dynamic environment with movement scenarios engaging upper and lower limbs, torso, and pelvic area, including elements of VR football as an interactive training tool

Number of exercises

Active scenarios

Target functions

Postural control, balance, coordination, reaction, activation of large muscle groups, achieved through effective use of VR equipment

Purpose

Physical rehabilitation and sensorimotor activation, using equipment for physical rehabilitation

Training Room

A neutral environment for gradual adaptation to virtual space. Used at the initial stages with new patients, as a basic VR room for safe immersion

Number of exercises

Basic level of difficulty

Target functions

Sensorimotor integration, spatial orientation, visual-motor coordination, through the use of a three-dimensional environment and modern technologies

Purpose

Sensory-motor adaptation

Exercise room

An environment with clearly structured exercises to form correct movement patterns, as part of comprehensive rehabilitation equipment

Number of exercises

With fixed performance parameters

Target functions

Range of motion development, pronation/supination control, fine motor skills, cognitive load, enabled by system sensors and signals

Purpose

Restoration of controlled movements

Supermarket (in development)

An environment similar to the “Kitchen,” with an added focus on spatial navigation, decision-making, and stress modulation in social interaction conditions, as an extended rehabilitation space using virtual reality equipment

Number of exercises

With fixed performance parameters

Target functions

Orientation, decision-making, adaptation to external stimuli, using modern methods and tools

Purpose

Occupational therapy in a simulated public space.

VRNOW administrative panel

Provides management of the rehabilitation process: patient records, session history, progress analytics, and precise adjustment of each exercise according to the patient’s condition, as a digital system for managing and utilizing rehabilitation equipment

Analytical capabilities

Recording of each patient
Visualization of progress
Dynamics of key indicators (reaction, accuracy, strength)
Evaluation of the effectiveness of each session, allowing efficient control of the recovery process
VAS assessment
Quality of life assessment scale

Configuration parameters

Selection of the area to be worked on
Activation/deactivation of exercises
Change in complexity: speed, amplitude, strength
Selection of modes (sitting/standing/amputation), making the system a flexible and adaptive rehabilitation tool