What if...?

Decades of research and clinical studies indicate there are significant physiological and neurological benefits resulting from stimulation of the vestibular system, one of the most important sensory systems within our body. It is largely responsible for regulating balance, fine and gross motor control, reflex, posture, and eye position as we interact with our surroundings.  

Unfortunately, medical researchers and clinicians have had no means to effectively administer precisely controlled, powerful, and quantifiable dosages of vestibular stimulation as a treatment for conditions such as concussion, traumatic brain injury (TBI), autism, balance disorders, Alzheimer's, Parkinson's disease, cerebral palsy, and other neurological impairments.

Existing therapy equipment such as swings, rocker boards, and other manually propelled rotating devices, are too low tech and simply cannot provide enough power, control, and consistency necessary to deliver measurable and repeatable dosages of vestibular stimulation --- vital to producing significant and effective outcomes.  

What if there were a better way?

There is clearly a need for an improved technology capable of administering powerful and quantifiable dosages of vestibular stimulation.

A technology that breaks the barriers of existing methodologies and equipment would present unprecedented opportunities for researchers and clinicians to discover new and improved methods for the treatment of many neurological conditions, advancing quality of healthcare and quality of life for humankind.