System for displaying dynamic pharmacy information on a graphical user interface

A computer system for selecting a pharmacy, the computer system comprising one or more processors configured to:

• receive, from an individual, an indication of a medication;
• determine a location of the individual;
• use a machine learning algorithm to create a pharmacy selection model corresponding to the individual, the machine learning algorithm trained by producing a predicted output based on a weighted average from a plurality of artificial intelligence model error estimates;
• and
• use the pharmacy selection model to determine first and second factors;
• identify a plurality of pharmacies based on a first factor;
• and
• select a preferred pharmacy from the plurality of pharmacies based on a second factor.

A computer system for selecting a pharmacy, the computer system comprising one or more processors configured to:

• use a machine learning algorithm to create a pharmacy selection model corresponding to an individual, the machine learning algorithm trained by producing a predicted output based on a weighted average from a plurality of artificial intelligence model error estimates;
• receive an indication of a medication;
• determine a location of the individual;
• identify a plurality of pharmacies;
• determine:
• (i) a travel time from the location of the individual to each pharmacy of the plurality of pharmacies, and (ii) for each pharmacy of the plurality of pharmacies, a prescription fill time;
• and
• select a preferred pharmacy from the plurality of pharmacies based on:
• (i) the determined travel time, (ii) the determined prescription fill times, and (iii) the pharmacy selection model corresponding to the individual.