Our smart healthcare products are designed and engineered with the purpose of improving lives of individuals who are directly or indirectly affected by motor disabilities, deterioration of muscle or bone function, joint or muscle pain. These may arise from neurological, cardiological or orthopedic disorders, accidents, childbirth, aging and more. Our line of healthcare solutions makes use of wearable and non-wearable devices to collect motor and sensory information along with video & image data from cameras on a phone or laptop. This information is relayed to our analysis and prediction engines in the cloud to characterize disabilities and predict recovery modes and allow users to visually interpret results through a mobile or web application. The platform also notifies doctors, medical practitioners, family and friends in the case emergencies or when immediate attention is needed. Our goal is to speed up recovery from disabilities, reduce the frequency of falls, “gait freezes” and promote self-reliance and confidence among members of our community.
DSS has built a smart rehabilitation software engine, fundamentally designed to improve posture and mobility. This engine collects motor and gait data with the help of multiple cameras and depth sensors, maps 3D posture from captured video, characterizes disabilities of an individual on the basis of medical factors and pre-existing conditions and recommends the most appropriate physical exercises for effective therapy such as walking, stretching, and other physiotherapeutic routines. The software also monitors progress towards quantified measures of recovery modes and provides means for a user to visualize all of this data and progress, thereby promoting self reliance and confidence.
Continuously obtain data through wearables and mobile app
Characterization of ailment through data acquisition and machine learning
Remote configuration using PC or mobile application
Optionally relay health data to medical institution and doctors
Subjective and quantitative change will be notified to patient
Optimized recovery models provided by data analytics