Abstract : Neurorehabilitation defines an appropriate treatment process for individuals who are suffering from various kinds of neurological disorders. Neurological disorders are complex problems related to the brain of humans. Accordingly, it affects the nerves of the brain and also the nervous system. This article is based on the neurorehabilitation process and it has discussed the technological advancement of neurorehabilitation. This study explains about different types of technologies and their processes and practices. In the modern era, robotics, Non-invasive stimulation of the brain, Neural interfaces, Exoskeletons, and virtual reality. Accordingly, from this study, it has been seen that radio frequencies are tracked with different kinds of GPS devices that are beneficial for determining growth. In addition, Intraoperative computed tomography (ICT) is the technique that is most beneficial for advanced medical imaging for developing the accuracy and safety of the placement of the electrodes in the brain. This study used a secondary qualitative method and it put the effective impact on the study material and further progress. This process helps to gain extraordinary knowledge and information for the study and it also allows to development of the standard of the study. From this study, it has been recognized that there are different kinds of wearable monitors that assist to understand the problems of rehabilitation programs for and mobility and estimating physical activities. In this context, different neurodiagnostic technologies are improved to ensure the growth of the brain and nervous system and its disorder issues.

Keywords : Brain, Exoskeletons, GPS devices, ICT, nervous system, Neurological disorders