In the field of neurorehabilitation, brain stroke fighters face an intimidating challenge on their path to recovery, journeying through the complex environment of physical therapy and motor functionality restoration. As a consequence, of a stroke that affects the lives of millions, a provoking thought arises: the cutting-edge Brain-Computer Interface (BCI) technologies may serve as the indispensable key to unlocking new frontiers in stroke rehabilitation. BCI technologies have shown promising results in stroke motor rehabilitation yet researches and clinical settings paid less attention to non-motor deficiencies including cognitive impairments. The proposed system is BCI-based that introduces an inclusive treatment plan for motor and cognitive functions after a brain stroke. The system aims to develop restorative neuroplasticity for stroke patients and provide a platform that goes beyond physiotherapy and enhances motor and cognitive functionalities to improve their quality of life and refine clinical results.

• To create a user friendly system that can be accessed on desktop or web environments to support stroke patients on their rehabilitation journey and allow doctors to monitor the patients.

• To personalize treatment for each patient

• To ensure that the patient enjoys the game and uses it as an engaging tool during physiotherapy sessions.

• To optimize the BCI accuracy.

• To allow doctors to track the progress of each patient, and decide the course of treatment depending on that.”

It includes the design perspectives, data models, design patterns, and system architecture. Through thorough exploration, it aims to clarify the project’s objectives and provide a comprehensive understanding of its underlying principles. By doing so, it serves as a valuable resource for developers to navigate the complexities of the project and ensure alignment with its overarching goals.