System and methods for geographic and time-based control of satellite network connections to user devices

One or more non-transitory computer-readable media storing instructions that when executed via one or more processors perform a computerized method, the media comprising:

• receiving an indication that a user device sent a request to access a satellite network, wherein the indication is associated with a unique identifier for the user device, location coordinates of the user device, and a timestamp;
• determining that the user device is located within a predefined geofence based on the location coordinates of the user device;
• based on determining that the user device is located within the predefined geofence, querying a database with the unique identifier for the user device to determine whether the unique identifier is associated with one or more previously captured events on a terrestrial network within the predefined geofence, wherein the one or more previously captured events are associated with corresponding timestamps;
• when the unique identifier is determined to be associated with the one or more previously captured events, identifying one of the one or more previously captured events that is associated with a most recent timestamp relative to any other previously captured events that are associated with the unique identifier;
• determining a total time duration measured between the most recent timestamp and the timestamp of the indication;
• and
• when the total time duration measured between the most recent timestamp and the timestamp of the indication is less than or equal to a predefined threshold:
• determining that the request to access the satellite network from the user device should be rejected;
• and
• generating and communicating an error to the satellite network, wherein the error causes the satellite network to reject the request from the user device to access the satellite network.

A system comprising:

• a database storing and updating events for a plurality of user devices, wherein each event corresponds to a unique identifier that is specific to a particular user device, wherein each event is associated with a location for the particular user device, wherein each event is associated with a timestamp;
• and
• a server having one or more processors, wherein the server operates within a terrestrial network, wherein the one or more processors:
• receiving an indication that a user device sent a request to access a satellite network, wherein the indication is associated with the unique identifier for the user device, location coordinates of the user device, and the timestamp;
• determining that the user device is located within a predefined geofence based on the location coordinates of the user device;
• based on determining that the user device is located within the predefined geofence, querying the database with the unique identifier for the user device to determine whether the unique identifier is associated with one or more previously captured events on the terrestrial network within the predefined geofence, wherein the one or more previously captured events are associated with corresponding timestamps;
• when the unique identifier is determined to be associated with the one or more previously captured events, identifying one of the one or more previously captured events that is associated with a most recent timestamp relative to any other previously captured events that are associated with the unique identifier;
• determining a total time duration measured between the most recent timestamp and the timestamp of the indication;
• and
• when the total time duration measured between the most recent timestamp and the timestamp of the indication is less than or equal to a predefined threshold:
• determining that the request to access the satellite network from the user device should be rejected;
• and
• generating and communicating an error to the satellite network, wherein the error causes the satellite network to reject the request from the user device to access the satellite network.