The proposal is a diagnostic and rehabilitation system, DISC4SPINE (D4S) with the characteristics of global innovation, which is an ultra-modern biomechatronic solution. Located in specialised physiotherapeutic offices or institutions that carry out preventive health policy tasks, D4S will provide non-burdening, in-depth diagnostics, real-time monitoring and optimisation of physiotherapy. In technical terms, D4S is also designed to work in a telemedicine network, providing not only the possibility to explore giant amounts of data, but also remote access to specialised assistance. The objectives of the project will be achieved by analysing the latest rehabilitation and diagnostic solutions, computer simulation of the proprietary biomechatronic system, development and testing of pilot installations, cooperation with volunteers in the field of validation and development of the concept and construction of a prototype, in terms of ease of testing, for a given level of reliability. The main purpose of the project is to invent and technically validate mechanical resistance elements and include the stabiliser of the patient’s body, which simultaneously fulfil the role of sensors for measuring force, taking into account the correctness of non-laden contact with the human body. Key tasks include the development of a multimodal measuring system as well as a system for acquisition, protection, aggregation and analysis of data, especially for applications in the form of an online platform. The target group of beneficiaries is primarily the population of children and young people, especially during the development of the musculoskeletal system. The possibility of early prevention and proper prevention, against the gigantic scale of social costs due to diseases resulting from pos defects