Method and system for smart environment management

PROCESS Intelligent environment management, which aims to find the levels of user and environment adherence and use them to make set point adjustments and interact with the users;

• whereas said process comprising the steps of:
• Calculate the dynamic user and environment profiles using AI techniques, collecting data from the environment through sensors and user data through registrations and interaction with the system,
• Calculate the user and environment adherence levels.
• Acting on the system to improve adherence levels, deliver insights, graphic interface built with graphical elements with results, and interact with the user, restarting the process whenever there is a new comfort adjustment request, recalculating the dynamic user and environment profiles, and so on.

SYSTEM Intelligent environment management, which, along with the ENVIRONMENTAL ADHESION LEVEL MIA AND USERS WITH DYNAMIC PROFILES, calculates the user and environment adherence levels and uses them to make setpoint adjustments and interact with the users;

• whereas the system comprising:
• A data collection agent configured to collect data from sensors located in the environment to transmit them to the cloud.
• A cloud data processor configured to process the dynamic user and environment profile calculations using AI,
• A cloud data processor configured to process the user and environment adherence level calculations.
• An actuator configured to adjust the system's setpoint so as to find the best adherence level for both users and environments.
• A user interface configured to interact through a dashboard accessed through the web to request adjustments, send commands, view the status of equipment and systems, and receive insights with visualization of results from images, graphics, text, and voice according to user-defined parameterization, and also an interaction system through APP Mobile application, installed on users' smartphones from cloud stores, such as PlayStore and AppleStore, for requesting adjustments, sending commands, viewing equipment status and systems and receiving insights with visualization of results from images, graphics, text, and voice according to user-defined parameterization.