Cognitive Function While Moving
Orthopedic, Neuro, Speech and Vestibular Rehab
Falls, Mild Cognitive Impairment and Dementia
Onset of Parkinson’s, MCI, Dementia
Activities of daily Living (ADL), Return-to-Play
Delivers Enhanced Cognitive-motor Training in Any and All Therapeutic Disciplines Including PT, OT and Speech Therapy Applications.
“SMARTfit is the only technology that can scale cognitive demand while concurrently executing a wide variety of physical movements and skills.
Progressive increments in cognitive demand while concurrently scaling physical demands ensures leveling and prevents overwhelm or boredom.
This allows the concept of demand and supply to produce optimum results for neuroplasticity. This applies to new learning, recovery and preventions.” Mike Studer, PT, world renowned expert in dual tasking.
“Rehabilitating the body during movement is one thing, but with SMARTfit we can integrate cognitive, motor and functional movements to stimulate neuroplasticity.
SMARTfit has created interactive games that bring together cognitive dual-tasking with functional balance and movement.” Jane Mead, PT. DPT, MS.
Dual Tasking Orthopedic Rehabilitation exercises developed by industry experts
Dual Tasking Neurological Rehabilitation exercises focused on stroke, concussion and sensory integration
Dual Tasking Motor Rehabilitation exercises for slowing the onset of Parkinson’s
Engaging Dual Tasking Brain Health exercises for slowing the onset of aging
SMARTfit programming improves retention, accelerates results, and increases patient flow with its extensive library of training protocols (with how-to videos) that can be delivered at the tap of a finger.
Choose a program, click start, and SMARTfit will deliver the exercises and collect progress data while freeing therapists to focus on correcting form.
SMARTfit’s 5-minute dual task test (developed by Mike Studer), provides direction on the choice of optimum client programming.
“SMARTfit is unique in that endless combinations of cognitive and physical challenges can be presented to each user. Furthermore, IT and big-data ecosystem allows not only tracking of individual progress, but machine-learning and AI algorithms can be applied to fully quantify the neurological phenotype of entire populations and sub-populations and predict the effect of parallel training paradigms on SMARTfit.” – Charles Y. Liu, PhD, MD
See Research in Progress: https://smartfitos.com/research-papers/