Cognitive Geofencing

A computer implemented method, comprising:

• aggregating real-time data received via at least one of a plurality of data feeds, the real-time data comprising a plurality of data points;
• determining a subject matter shared by a subset of the plurality of data points;
• analyzing the subset of the plurality of data points to determine a cognitive dimension associated with each data point of the subset of the plurality of data points, wherein the cognitive dimension is an emotion associated with a respective data point of the subset of the plurality of data points;
• analyzing the subset of the plurality of data points to determine a location associated with each data point of the subset of the plurality of data points through a contextual analysis of a content of each data point of the subset of the plurality of data points;
• correlating the shared subject matter, the cognitive dimension associated with each data point, and the location to determine a cognitive environment existing at the location;
• determining a boundary of a cognitive geofence corresponding to the cognitive environment;
• and
• transmitting data identifying the boundary of the cognitive geofence to a user equipment such that the data enables the user equipment to display a representation of the cognitive geofence.

A system comprising a processor configured to:

• aggregate real-time data received via at least one of a plurality of data feeds, the real-time data comprising a plurality of data points;
• determine a subject matter shared by a subset of the plurality of data points;
• analyze the subset of the plurality of data points to determine a cognitive dimension associated with each data point of the subset of the plurality of data points, wherein the cognitive dimension is an emotion associated with a respective data point of the subset of the plurality of data points;
• analyze the subset of the plurality of data points to determine a location associated with each data point of the subset of the plurality of data points through a contextual analysis of a content of each data point of the subset of the plurality of data points;
• correlate the shared subject matter, the cognitive dimension associated with each data point, and the location to determine a cognitive environment existing at the location;
• determine a boundary of a cognitive geofence corresponding to the cognitive environment;
• and
• transmit data identifying the boundary of the cognitive geofence to a user equipment such that the data enables the user equipment to display a representation of the cognitive geofence.