E-Health is a terms used for define an applications tools that use a pool of telecommunication systems for offer a service in the field of medical sciences, commonly used in order to supply clinical advising to the professional and a patient's base information platform.

Fundamentally in the E-Health applications four great areas are credited: the tele radiology, the tele patology, tele consult and the telecontrol. The last the two categories are refereed closely to technologies.

The teleconsult is more diffused, it can be defined with a little superficially"visit at a distance": the doctor and the patient are in two different places and communicate between each other in order to exchange the necessary information for an objective medical examination, a diagnosis and a prescription of the cure; This service can be used in the geographic areas that are very difficult to reach, but more often also in the cure of chronic diseases where an emergency situations request a prompt diagnosis from the doctor.

On the category of tele control, there are all the remote monitoring systems of patients that normally require biochemical constant check, such as: arterial pressure, temperature cardiac heartbeat etc...

The E-Health technology introduce numerous advantages such as: the hospital structure rationalization, the therapeutic attendance quality improvement regarding the emergency situation, the drastic cost reduction of the sanity management and the possibility for the patient to receive the diagnoses and therapy changes directly at home without the necessity to go to the hospital structure. This is a valid support for who has motoria problem.

The E-Health topic today is very present due to the fact that the human population stretches to being more and more long-lived. If from one side this is positive from the other side it is important to invest on the quality life of people specially for the oldest ones.

The proposed system allows more persons dislocated in various emplacements at the same time to approach the same images and audio from the monitoring emplacement. By adding to such architecture the RECS devices family it is possible to control the state of up 16 devices.

Examples of possible applications can be: