Cerebral palsy (CP) is a common neurodevelopmental  disorder of childhood, occurring secondary to a static insult to the developing fetal or infant brain (1).The worldwide prevalence of CP is 2 to 2.5 per1000 live births (1). Hemiparetic CP comprises of about one third of the total cases of CP (2).The incidence of hemiparetic CP in North India is noted to be 13.8% among all CP children (3). Multiple forms of physical therapy are practised for CP rehabilitation , each one having its unique pros and cons (4).Existence of these different schools of therapy indicates the absence of a universally effective management technique in CP.

Biofeedback-based therapy is a recent concept wherein children with CP are allowed to  interact with virtual events that motivate them to perform certain movements and undergo motor rehabilitation (5).Activity based therapy and robot assisted rehabilitation are two other contemporary concepts in rehabilitation.Activity based therapy utilizes the principle of neuroplasticity whereby functional rehabilitation is achieved through repetitive performance of activities(6). Robotic upper limb rehabilitation is the technique of  application of computer-controlled robotic devices for  goal directed task-specific functioning (7). Biofeedback is the provision of external sensory inputs about a particular movement or action that is being done during rehabilitation (8).Biofeedback  keeps the patient motivated and engaged in structured activity as well as provides real-time inputs for corrective action/modification of his or her action (9).Though there have been reports of positive effects of  robotic rehabilitation in children with CP, there is nouniversally accepted common protocol related to the technique  Current literature review does not mention any Indian trial on robotic rehabilitation in hemiparetic CP. Hence this is a novel research area.

CP is commonly encountered not only in the pediatric out-patient departments(OPD) of our service hospitals but also in Neurology OPDs since increasing number of these children are transitioning to adult care owing to standardized medical practices. Robotic upper limb rehabilitation with biofeedback appears promising in this regard in being a novel, effective,feasible,user-friendly  therapeutic regimen  which may revolutionize rehabilitation medicine. All children enrolled in the study shall receive physical therapy and hence , would be benefitted. T-lhe therapy is highly unlikely to cause any adverse effects to the patients other than the extremely rare known risks of physical therapy, the chances of occurrence of which would be remote as the programme would be supervised by a certified physical medicine and rehabilitation specialist. If found effective, mass scale implementation of this therapeutic model in our hospitals as well as  rehabilitation centres would be suggested ,which would prove economical in the long run .