Each example turns a spatial signal — a direction, a target, a postural lean — into electrical stimulation cues delivered to the body through the suit. The wearer feels where to move, without looking at a screen. Drag, press, and explore each below; everything runs live in your browser, no hardware required.
Safety: calibrate haptics using Control Center before use, start at the lowest amplitude and increase gradually, and stop immediately if the sensation becomes uncomfortable.
The suit drives four haptic zones. The direction of the signal selects which zone fires; neighbouring zones cross-fade smoothly so cues feel continuous rather than switching abruptly. The strength of the signal — distance to a target, or how far a patient has leaned — sets how hard that zone pulses. Strong and close means a firm push; far or centred means silence.
Because all three examples share this mapping, a clinician learns the body language once and it transfers across navigation guidance, spatial awareness, and balance rehabilitation.
Simplified to 4 zones for this demo. The suit itself addresses 80 haptic channels and 20 EMS groups directly.
The continuous version. A target sits somewhere around the wearer; its angle chooses the zone (with neighbouring zones blending on the diagonals) and its distance sets the intensity — the farther away the target, the stronger and more saturated the cue, fading to silence as it approaches the wearer. This gives the wearer a felt sense of where something is in space: an obstacle, a person, a point of interest.
Drag the white puck anywhere in the disc. Center (on the wearer) = silent; the cue grows stronger and more saturated as the target moves out toward the edge.
This is a concept, not a clinically validated protocol.
Balance rehabilitation by haptic biofeedback. The suit's motion capture tracks the patient's postural sway in real time. While they stay inside a safe stability boundary, nothing fires. The moment they lean too far, the zone on the side of the lean pulses — substituting for the impaired vestibular signal and cueing a correction. Drag the dot to act as the patient's trunk.
Inside the dashed ellipse = within the patient's stability limit (no cue). Outside = a correction cue fires.