remote monitoring of chronic diseases can improve health outcomes and potentially lower health care costs. The present work refers to the data transmittance and processing, as it is to be implemented in an eHealth monitoring system dedicated to pregnant women with chronically diseases. Alongside a software application and correspondent hardware, it provides an integrated solution of monitoring the evolution of the disease in order to optimize the treatment. The system is designed to be an efficient and safe instrument that transfers the data from different measurement devices towards the medical staff in order to keep update the patient's data and increase the efficiency of the disease management.

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The communication devices can transport information from data controller to a longdistance central communication point. Industry 4.0 advances the concept of mobile devices that must be controlled and monitored from long distance. This paper represents a common effort to adapt the new ITC expectations and possibilities for existing equipment. This work proposes a highway communication infrastructure which ensures communication between mobile devices and fixed 5G networks infrastructure. The solution given addresses to the control and monitoring of an USV (unnamed surface vehicle) from Cloud, using IoT services. The scope is to reliably connect the USV real-time communication through IoT services, over 5G Mobile network solution. All data are to be send in Cloud, where will be installed the USV monitoring and control application, detailed by its modules, components and their role.