Cura Domo Poly Trade Park (Riazzino)

For 20 years now, home hospitalization has been attracting the attention of the international scientific community. After all, there are contingencies pushing in this direction. Just think of the scarcity of economic resources in health care and the need to cut costs, the aging of the population, the increase in chronic diseases and their exacerbation, and advances in technology. With this in mind, many countries, from Australia to New Zealand to the United States, have implemented home hospitalization projects. A form of health care that is also present in Europe: already in 2011 in Spain there were more than 70 "unidad de hospitalización a domicilio" and in England there were 139 in 2000 with another 100 in the planning stage. In Italy the most structured model comes from the hospital-university company Città della salute e della scienza in Turin, while in Switzerland Spitex are already established and operational with health insurers. With this in mind, the first step is to provide the user with a simple system that makes them feel protected and not lonely. The Beeagle Framework works under a linux environment using specially designed "Pithon" and "Shell" libraries and interacts with the Cron file to automate some of the functions applied to the code . To date, the device is used to realize home automation systems for homes and civil/industrial plants in a few simple installation steps. Due to its dynamism, it is considered by many international companies as a tool created to solve interconnection problems of home automation and computer systems. The system connects with a variety of sensor types, currently tested are :

• ip cameras
• Smoke and gas leak detection sensor Motion sensor
• Fall sensor
• Glass breakage sensor Intrusion sensor Emergency buttons IP thermostats
• Driven electrical systems Lights on and off

The bench-configured computer platform, with technical, informational and/or clinical patient records, will have the peculiarity of being remotely accessible only in case the system, configured locally by the patient, opens the communication ports. This operation can take place if and only if, the system senses an anomaly. The platform, will receive in real time the temporary password to access, the patient's file and all the necessary information to initiate an initial analysis of the problem or need. The system will also be able to communicate with family members and/or friends chosen in advance and is customizable with surveillance cameras with night vision, broadcast audio systems , wearable home automation buttons and connection with home automation systems to increase security and accessibility. In the event of an anomaly, the control panel-equipped operations center will receive real-time notification and temporary passwords to access the system remotely. The computer system will be structured to ensure accessibility and ease of use even by the call-center, which will be responsible for communicating with the patient and taking charge of the request by filling out a computer form in real time and confirming availability. The system will receive and display information of successful take-over. Data from the devices will be encapsulated within the system directly at the patient's home.