Russia Develops Smart ‘Glove’ Simulator to Aid Cerebral Accident Recovery
Scientists in Novosibirsk have built a digital rehabilitation device called the ‘Glove’ to help stroke patients regain mobility and fine motor skills, combining 3D printing with AI-powered training games.
Digital medical innovations are multiplying in Russia, helping citizens restore their health. Researchers in Novosibirsk have developed a rehabilitation simulator known as the ‘Glove,’ designed for recovery after acute cerebrovascular accidents, including strokes.
The device’s task is to restore hand mobility and fine motor control. At its core are additive manufacturing technologies (3D printing), used to create a controller glove. Through interactive games of varying difficulty, the glove generates and transmits digital signals that help reorient the hand and train the fingers to bend again.
According to the press service of Novosibirsk State Medical University, the games serve as rehabilitation exercises built on the principle of visual positive feedback. Artificial intelligence evaluates each stage of recovery and tracks patient progress.
The gamified approach is equally important psychologically. It helps stroke survivors believe in themselves and their ability to overcome difficulties. Trials have shown that this format provides energy and motivation, with patients completing tasks more eagerly.
