We develop a tele-health system using immersive technologies and AI. This system is meant to facilitate healthcare delivery for children and adults diagnosed with various types of developmental and motor disorders. Our solution enables the delivery of remotely supervised cognitive and physical rehabilitation sessions. The proposed system combines VR with machine learning to realize data-centered, context-rich training plans.
We capitalize on emerging technologies to achieve the following: science-backed and high-quality healthcare, better accessibility to that healthcare, and better health data governance. We develop a library of VR modules that empower therapists with a rich variety of training scenarios that are otherwise impossible to realize using traditional intervention. At the same time, we continuously track and gather performance data during training sessions to develop and grow a health profile for each of our users.
Towards playing a central role in the African healthcare ecosystem, we have partnered with a public healthcare facility in Egypt, just as a start, and we have also got a letter of support from them. Lastly, we are eager, capable, and looking forward to expanding to other African countries.
By using IoT sensors, data from the soil of cultivated areas will be collected, Easy irrigation supervision activities.
It will remove ingrown crops because of insufficient irrigation.
There is no waste of water for irrigation, It will increase the crop yield.
It will reduce irrigation machines imported in Rwanda from foreign countries.
It will create job opportunities for many people either skilled or unskilled labor.
OORB addresses the critical need for accessible, comprehensive educational resources in the field of organic robotics. It tackles the challenges of limited access to advanced robotics learning platforms, the high costs and restrictions associated with existing robotics platforms, and the absence of a centralized, user-friendly framework for rapid development and innovation. By democratizing the development and teaching of organic robotics, OORB aims to make learning and innovation in robotics accessible to individuals regardless of their technical background, thus fostering wider participation in robotics development and contributing to technological advancements in various sectors.