Introducing Just Walk™: The Pioneering Neuromotor Rehabilitation Solution

Experience the future of rehabilitation with Just Walk™ – the revolutionary wearable system redefining neuromotor recovery for individuals with neurological impairments including stroke, multiple sclerosis, Parkinson's disease, traumatic brain injuries, cerebral palsy, and more as well as orthopedic conditions and more.

Just Walk's fully mechanical, magnet-driven design provides an ultra-portable neuromotor rehabilitation solution (weighing just 4lb). This ergonomic wearable device seamlessly integrates into the complete gait cycle, assisting with foot lift at step initiation and leveraging adjustable resistive forces (four levels) as the leg moves forward – a dual-action approach accelerating both neuroplasticity and muscle strengthening without excessive load-bearing.

01 Enhancing Proprioception

Proprioception is a critical component of balance, limb positioning, and movement control. Impaired proprioception is common in neurological and orthopedic conditions and leads to instability, gait dysfunction, poor coordination, and a sense of disconnection from one’s body.

The system improves proprioception through:

1. Continuous resistance, stimulating proprioceptors in muscles, joints, and tendons.
2. Active joint approximation along the vertical axis of the body – especially at the hip, knee, and ankle – which enhances positional and tactile awareness.
3. Improved sensory input to the brain, promoting faster motor responses and better movement accuracy.

Clinical outcome: Improved balance, more precise movement, reduced reliance on vision, and a lower risk of falls.

02  Motor Learnin

After a neurological injury, the brain often loses its “memory” of correct movement.

Just Walk enables gradual restoration of functional movement patterns by:



1. Applying smart mechanical resistance that adapts to walking speed – allowing the brain to correct motion errors in real time.
2. Providing controlled repetition under varying conditions, which promotes stable neuroplastic adaptation.
3. Delivering consistent sensorimotor stimulation, triggering central nervous system reorganization and long-term improvement – even after removing the device.

Clinical outcome: Restored gait symmetry, better limb coordination, improved ability to perform daily tasks, and smoother transitions between positions (e.g., sit-to-stand, initiating steps).

03 Muscle Strengthening

Although not the system’s primary goal, the constant resistance generated by Just Walk demands active engagement of multiple muscle groups – including the lower and upper limbs and the core.

1. Movement-dependent resistance activates weak muscles precisely and safely.
2. Functional training (walking, stair climbing, lateral steps, walking on varied surfaces) encourages real muscle strengthening, unlike static gym-based exercises.
3. Improved load distribution – the system prevents compensatory overuse of one side, helping to recruit underutilized muscles.

Clinical outcome: Increased muscle strength, improved endurance, better weight-bearing capacity, and reduced fatigue.