The problem that inducing the project is the huge challenges facing health: demographic trends, a rapid increase in the number of elderly people and chronic patients in need of care and the need for home care. The system introduced the conscious consumer, the patient, who expects quality, comfort and mobility for his money, with equal chances of accessing services. Telemedicine partly but can help to address the above challenges in health care. I. Telemedicina applications and services have evolved significantly in recent years. At the same time, there is a significant market gap, the applications are insular, not integrated with medical expert systems or medical service groups, so the analyst of measurement data is limited. There is a lack of a general solution accessible to the broad masses, exploiting and combining medical and technological knowledge. There is no telemedicine solution operating at system level in Hungary, and there is no automated software communication between primary and specialised medical care. Lack of common platform, lack of medically validated applications, studies. There are no adequate protocols, surveillance centres with national coverage. Funding and legal framework are not provided. This is why one of the goals of our project is to develop a domestic telemedicine operating model. We'll map out what kind of instrument park can be assumed on the residential, general practitioner’s side. We examine the cost implications of integration into primary care, in terms of incurring and alternative costs, we formulate cost-effectiveness proposals. We want to develop viable business models for market participants. We are attempting to lay the foundations for a funding model based on a professional consensus that works in practice. The Hungarian telemedicine regulation is difficult to understand, in some cases unworked, which hinders the smooth involvement of service providers. Therefore, our aim is to examine the adaptability of international telemedicine standards in Hungary and to make suggestions for updating the domestic legal environment. We give priority to information security, one of our goals is to block the “lookouts” (IT or legal) that can be found in the system. We want to play a role in adapting standards for applicable medical devices. II. Based on this background, the project aims to create an application development framework — platform (1) serving the specific telemedicine target areas at full depth along the entire value chain. Building on the platform, a service telemedicine centre (2) and research and development of individual disease-specific applications (3). In order to integrate the entire value chain into the pilot, it is important to integrate existing medical medical systems and professional processes (2). 1. Our goal is to create a suitable IT platform that allows medical and IT teams to easily create solutions that will be widely available thanks to the use of mobile technology. This IT platform should be adapted to and integrated with the existing environment (EESZT, MENTA). We have reviewed the existing technologies and assessed that there is no framework that supports a complete telemedicine workflow (measurement, signal processing, decision support), real health processes and specific disease management and integrates smartphones at the depth we target. The Inclouded platform managed by the SZTE aims to make the development of telemedicine solutions for specific medical areas effective and fast. The basic idea of the platform is that we are not developing a large system that can be parameterised by the end-user, but modules for their use and integration. These elements are developed based on the experience of specific telemedicine applications and are abstracted from them. We are moving towards supporting the entire telemedicine value chain. These include the concrete implementation of the technological background and processes of medical processes and decision support, or the integration of additional specialised systems (EHR, MENTA, EESZT, medical systems) necessary for the implementation of telemedicine services. The current platform builds on JEE technology, for which there is a module collection and code generator. Our goal is to create a cross-platform foreground solution by applying the existing platform in background logic. The Inclouded platform will combine corporate stability in a unique way with the JS-based frontend leading to a lightweight, fast-learning, productive common code base and the JS/TS generator, professional modules, business system interfaces, ad-hoc and classic process support, medical protocol support, validated sensor inventory, professional protocol inventory, analytical-decision support toolkit, custom search