Child companion device and a system thereof

A non-transitory computer readable medium comprising:

• computer readable program instructions that, when executed by one or more processors, cause the one or more processors to perform:
• receiving data from a child companion device associated with a place of installation and corresponding to at least one of:
• one or more ambient parameters, captured images, captured videos, and captured audio;
• analyzing the received data to determine an ideal sleep routine by employing one or more Artificial Intelligence (AI) models;
• rendering at least one of:
• the received data from the child companion device and the determined ideal sleep routine to a user;
• receiving one or more inputs from the user associated with at least one of:
• one or more instructions, a custom sleep routine, an approval for the determined ideal sleep routine, and a selection of a sleep routine from one or more sleep routine in a marketplace;
• and
• sending the received one or more inputs to the child companion device for at least one of:
• rendering the one or more inputs, and controlling one or more components of the child companion device to implement the one or more inputs.

A system comprising:

• a child companion device having:
• one or more sensors to sense one or more ambient parameters associated with a place of installation;
• one or more light sources to provide one or more lighting based outputs;
• one or more audio-video devices for at least one of:
• providing sound-based outputs, capturing images and videos associated with the place of installation, and capturing audio associated with the place of installation;
• and
• one or more network connection modules to communicatively couple the child companion device with a user device for data exchange pertaining to at least one of:
• the one or more sensors, the one or more light sources, and the one or more audio-video devices;
• and
• the user device having an application for:
• receiving data from a child companion device associated with a place of installation and corresponding to at least one of:
• one or more ambient parameters, captured images, captured videos, and captured audio;
• analyzing the received data to determine an ideal sleep routine by employing one or more Artificial Intelligence (AI) models;
• rendering at least one of:
• the received data from the child companion device and the determined ideal sleep routine to a user;
• receiving one or more inputs from the user associated with at least one of:
• one or more instructions, a custom sleep routine, an approval for the determined ideal sleep routine, and a selection of a sleep routine from one or more sleep routine in a marketplace;
• and
• sending the received one or more inputs to the child companion device for at least one of:
• rendering the one or more inputs, and controlling one or more components of the child companion device to implement the one or more inputs.