Clinical-grade movement therapy, measured in real time.

Patient raises both arms forward to a target height and holds the position to build endurance and ROM symmetry.

Patient stands sideways and lifts the affected arm to a precise shoulder flexion angle, then holds the position.

Patient raises arms laterally to shoulder height and holds, training the deltoid and supraspinatus.

Patient holds three sequential arm positions resembling the letters I, Y, and T to target the lower trapezius and rhomboids.

Captures shoulder angle, angular velocity and ROM trajectory in the sagittal plane for clinical assessment.

Captures bilateral shoulder kinematics from a front view for symmetry assessment.

Patient stands sideways and flexes the elbow to a precise target angle, holding the position to train ROM and biceps endurance.

Patient faces the camera and flexes both elbows to a target angle, training bilateral coordination.

Captures elbow angle, velocity and trajectory in the sagittal plane.

Captures bilateral elbow kinematics from front view.

Patient traces a movement pattern with each hand to train wrist rotation and forearm coordination.

Patient performs controlled wrist flexion and extension while engaging both hands.

Captures wrist angle and velocity for assessment.

Patient touches their thumb to a randomly highlighted target finger to train precise opposition.

Patient repeatedly opens and closes the hand to train grip and interphalangeal joint mobility.

Patient touches matching fingers from both hands together (e.g. left index to right index) to train bilateral fine motor coordination.

Patient performs a guided sequence of finger touches across both hands.

Patient touches their finger to the opposite shoulder to train cross-body coordination and shoulder mobility.

Patient repeatedly touches their finger to their nose. A classic neurological coordination test.

Patient stands sideways and bends forward at the hip to a target trunk flexion angle, then holds.

Patient touches fixed lateral lines with their shoulders to train trunk side-bending mobility.

Lateral targets progressively move outward as the patient succeeds, building incremental ROM.

Patient performs controlled forward-backward trunk movement to train sagittal plane control.

Patient performs controlled sit-to-stand transitions, training functional lower limb strength and trunk control.

Patient squats to a target knee flexion angle and holds the position to build quadriceps endurance.

Captures knee angle and velocity for clinical assessment.

Patient lifts the straight leg from the hip to a target raise angle and holds.

Patient touches fixed lateral target lines with the foot to count hip abduction reps.

Lateral targets progressively move outward as the patient succeeds, building incremental hip ROM.

Captures bilateral hip kinematics from front view.

Captures hip flexion kinematics from side view.

Patient stands on one leg to train postural control, ankle strategy and proprioception.

Patient performs ankle and foot reach-out movements to train joint mobility and lower limb coordination.

Captures ankle angle and velocity in side profile.

Patient performs controlled neck rotation and lateral tilt to train cervical mobility.

Patient collects virtual targets using both hands to train bilateral upper limb coordination and trunk stability.

Patient draws freely using controlled finger or hand movements while maintaining trunk stability.

Patient traces along guided shapes to train fine motor accuracy and visual tracking.

Patient touches targets with precise hand movements that combine shoulder, elbow and forearm coordination.

Hand-focused coordination exercises following the Frenkel protocol for cerebellar ataxia management.

Lower limb coordination exercises following the Frenkel protocol.

Patient cuts virtual fruits with hand motions, training reaction time and dynamic upper limb control.

Patient erases dots by touching them with finger or elbow, combining hand-eye coordination and spatial scanning.

Patient grabs falling objects with hand gestures and sorts them into target zones.

Patient grabs a virtual box with both hands using fist gestures and moves it to a drop zone.

Patient navigates an avatar through obstacles with full-body movement to train agility and spatial awareness.

Patient touches targets that appear on an avatar to train reach speed and motor accuracy.

Avatar demonstrates shoulder mobility movements that the patient mirrors.