Computerized systems and methods for network expansion via connectivity nodes and event detection based therefrom

A non-transitory computer-readable storage medium tangibly encoded with computer-executable instructions that when executed by a device, perform a method comprising:

• connecting, by the device, to a first network of a plurality of networks, each network of the plurality of networks provided by a separate access point;
• determining, by the device, based on an analysis of network data, network characteristics for each network of the plurality of networks;
• monitoring, by the device, according to a predetermined time period, location data of the device and connectivity of the first network;
• detecting, by the device, based on the monitoring, a second network of the plurality of networks, and determining network characteristics of the second network;
• compiling, by the device, the network characteristics and the location data as input parameters for analysis via a trained machine learning model;
• analyzing, by the device, via the trained machine learning model, the input parameters;
• and
• determining, by the device, based on the analysis, whether to switch connections to the second network or maintain connection to the first network.

A system comprising:

• a processor configured to:
• connect to a first network of a plurality of networks, each network of the plurality of networks provided by a separate access point;
• determine, based on an analysis of network data, network characteristics for each network of the plurality of networks;
• monitor, according to a predetermined time period, location data of a device and connectivity of the first network;
• detect, based on the monitoring, a second network of the plurality of networks, and determine network characteristics of the second network;
• compile the network characteristics and the location data as input parameters for analysis via a trained machine learning model;
• analyze, via the trained machine learning model, the input parameters;
• and
• determine, based on the analysis, whether to switch connections to the second network or maintain connection to the first network.