## 6 Conclusions and Future Work  
Changes in the storage and processing capabilities of increasingly smaller and cheaper devices, as well as communication technologies, have led to a multitude of objects of daily life becoming part of what is known as the Internet of Things, a global network infrastructure and dynamic communication protocol based on open standards, where all kinds of devices called \"things\" interact and collaborate to achieve common goals. This is the basis for the construction of complex ecosystems where multiple agents interact to provide more efficient services, usually within Smart Cities. On the other hand, television has evolved into Interactive Television, becoming devices capable of running applications and connecting to the Internet allowing the viewer to enjoy additional services beyond the content provided by conventional television, which is based on one-way communication. SmartResidents introduces architecture for monitoring and automation in residential communities through the integration of paradigms leading to Future Internet: on the one hand, the Internet of Things, a platform for the collection, transmission, storage and processing of data generated by sensors; and secondly, interactive television that allows access to device information across applications, with simple user interfaces adapted to the particularities of the device. Televisions used as an access device allow new services to be used through a device that has traditionally been used for consumption of TV content, only while leveraging its processing capabilities. Television, thus, becomes a much more active member of the household, a medium through which we interact with our environment.  
The proposed architecture for SmartResidents is extendable and scalable, as it is possible to change the size or configuration of the physical layer to adjust to new requirements without adversely affecting the quality of service. The heterogeneity of the nodes in the WSN, and data generated by them, can be saved using a unified and standardized data model to facilitate interoperability [29]. The interaction between the layers is established through a well-defined interface so that changes in one of them do not affect the others.  
At present we are working on an update of this IoT ecosystem, in two main lines: first, in the interaction with the inhabitants, through other devices (such as smartwatches with Telegram bots, for example), to alert for inappropriate values of some sensors or failure in some of the nodes of the physical layer; second, we want to improve the physical layer by upgrading the microcontrollers of the sensor nodes to more innovative solutions, like ESP8266 or Arduino MKR1000.  
None. No funding to declare.  
[PERSON], [PERSON], and [PERSON] provided the conception and design of SmartResidents' architecture; [PERSON] and [PERSON] performed the calibration of all sensors; [PERSON] and [PERSON] developed the prototype and deployed it in the community of neighbors; [PERSON] and [PERSON] supervised the prototype's operation, the acquisition, and visualization of data in real time; [PERSON], [PERSON] were responsible for drafting the article and revised it critically for important intellectual content; [PERSON] and [PERSON] gave final approval of the version to be submitted.  
The authors declare no conflict of interest.