16/10/2026
The HAL exoskeleton works with the wearer not for the wearer.
Small bioelectrical signals travel from the brain to the muscle whenever someone intends to move. In many neurological conditions those signals are still there. They are simply too weak to produce visible movement.
We read those signals at the skin. The exoskeleton reads them too, and assists exactly the movement the person was already trying to make. If someone can perform 70% of the movement, the device will assist with the last 30% so the full range is completed. The brain gets feedback that the intention worked, which is how new pathways get built.
Learn more today!