Methods and systems for retail customer referral compensation programs

One or more non-transitory computer readable media storing computer executable instructions which when executed by one or more processors implement a method for positioning participants of an organization within a Performance-Driven Floating (PDF) matrix, the method comprising:

• determining a number of products sold by an organization during a first production period of a program;
• generating, by the one or more processors, a PDF matrix that includes a plurality of positions arranged hierarchically in a plurality of levels, wherein at least one level includes fewer positions than a layer immediately below the level in the matrix, the PDF matrix for arranging customers enrolled in a program based on performance of the customers in the program, wherein the number of positions in the PDF matrix is based on the number of products sold;
• associating, by the one or more processors, a compensation formula with each position in the PDF matrix, wherein the compensation formula for at least one position in one level of the PDF matrix is different than the compensation formula for at least one position in a second level of the PDF matrix, and wherein a compensation formula for a position at a higher level yields a higher compensation amount than a compensation formula for a position at a lower level;
• accessing, by the one or more processors and for each of a plurality of customers in the program, a number of production points earned by the customer during a first production period, the production points being earned at least partially by one or more of the following:
• enrolling another customer into the program;
• enrolling another customer into an auto-purchase program;
• or
• attending a training event or activity;
• identifying a first set of customers that earned the most production points during the first production period, the first set of customers including a number of customers equal to the number of positions in the PDF matrix;
• placing, by the one or more processors, each customer, in the first set of customers, in the PDF matrix based on the number of production points earned by the customer during the first production period such that customers having earned a higher number of production points in the first production period are placed at higher levels in the hierarchy than customers having earned a lower number of production points in the first production period;
• calculating, by the one or more processors and for each customer in the PDF matrix, a compensation amount to be paid to the customer for performance during the first production period, the compensation amount being calculated based on:
• the compensation formula associated with the position in the matrix to which the customer was assigned based on the number of production points earned by the customer during the first production period;
• and
• an amount of sales generated by the customer during the first production period;
• determining a number of products sold by the organization during a second production period;
• modifying the PDF matrix to include a number of positions equal to the number of products sold during the second production period;
• accessing, by the one or more processors and for each of a plurality of customers, a number of production points earned by the customer during a second production period;
• identifying a second set of customers that earned the most production points during the second production period, the second set of customers including a number of customers equal to the number of positions in the PDF matrix;
• and
• placing, by the one or more processors, each customer, in the second set of customers, in the PDF matrix based on the number of production points earned by the customer during the second production period such that customers having earned a higher number of production points in the second production period are placed at higher levels in the hierarchy than customers having earned a lower number of production points in the second production period, and such that customers receive a compensation amount for sales generated during the second production period based on the compensation formula of the position in the matrix to which the customers were repositioned.