The increase in the population's life expectancy, actions become necessary to
guarantee the individual an adequate quality of life. With the agglomeration of
people, growing urbanization and gradually misused resources, such as Smart Cities,
strongly supported by the Internet of Things, emerge as a counterpoint to the
optimization of resources and social well-being. Some studies show that an isolated
glucose level benefits clinical criteria for patients. However, it requires glucose
readings every hour and hour in a grueling operation. In recent years, the first
commercial continuous glucose monitoring systems for outpatient use have
emerged. However, there are a number of limitations that make it difficult to use. In
this context, in order to provide an assistive technology, this research aims to create
a web system for the use of glucose, through a monitoring device, the device will
connect to a web server that will make an interface between it and the computer,
tablet or smartphone. In the present study, a glucose uptake and monitoring system
will be implemented. For this, a commercially available Holter glucose monitor will be
used. A wristband will be connected to the glucose monitor, downloading the
collected data so that readings can be appropriate. I present an affordable systems
architecture for smart cities employing LoRaWan technology to communicate data
collector devices. The harmful results that the proposed methodology is a promising
application.
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