Geolocation data prioritization system

A device for processing communication session data from a mobile radio communications network, comprising:

• one or more processors to:
• extract communication session data relating to all calls in at least two sectors of the mobile radio communications network over a time period, as the communication session data becomes available, thereby providing a stream of communication session data,
• the communication session data including information identified based on a communication session between a first mobile communication unit and a second mobile communication unit;
• create a high priority data stream from the stream of communication session data,
• the high priority data stream comprising a minority of the communication session data for each call included in the all calls in the at least two sectors of the mobile radio communications network over the time period;
• process the high priority data stream to produce geolocation data for each call included in the all calls in the at least two sectors of the mobile radio communications network over the time period;
• store the high priority data stream and the geolocation data,
• the high priority data stream and the geolocation data occupying less storage space than a storage space needed to store the communication session data;
• and
• delete the communication session data based on storing the high priority data stream and the geolocation data.

A non-transitory computer readable medium storing instructions for processing communication session data from a mobile radio communications network, the instructions comprising:

• one or more instructions that, when executed by one or more processors, cause the one or more processors to:
• extract communication session data relating to all calls in at least two sectors of the mobile radio communications network over a time period, as the communication session data becomes available, thereby providing a stream of communication session data,
• the communication session data including information identified based on a communication session between a first mobile communication unit and a second mobile communication unit;
• create a high priority data stream from the stream of communication session data,
• the high priority data stream comprising a minority of the communication session data for each call included in the all calls in the at least two sectors of the mobile radio communications network over the time period;
• process the high priority data stream to produce geolocation data for each call included in the all calls in the at least two sectors of the mobile radio communications network over the time period;
• store the high priority data stream and the geolocation data,
• the high priority data stream and the geolocation data occupying less storage space than a storage space needed to store the communication session data;
• and
• delete the communication session data based on storing the high priority data stream and the geolocation data.