Abstract:
A system and method for a customer loyalty system utilizing referrals to generate a network of loyal customers for a business. A system and method for customers to join a customer loyalty program based on a multi-level marketing (MLM) referral program. Existing customers will receive incentives for purchases and addition incentives for referring new customers. Loyalty system customers will earn incentives every time someone within their referral network completes a purchase. Moreover, the present invention is adapted to improve the merchant&#39;s customer relationships, adapted to building referral networks by utilizing indirect referral incentives, and easily integrates with the existing point of sale system of a business.

Description:
CROSS-REFERENCE TO RELATED APPLICATIONS 
     Not applicable 
     FEDERALLY SPONSORED RESEARCH 
     Not applicable 
     SEQUENCE LISTING OR PROGRAM 
     Not applicable 
     BACKGROUND OF THE INVENTION 
     1. Field of the Invention 
     This invention relates to field of retail customer loyalty systems. 
     2. Prior Art 
     Customer loyalty systems are typically operated by merchants to aid in increasing business and improving customer relationships. As expected, customer loyalty systems have improved over the years. An example of a prior art customer loyalty system traditionally enrolls customers into a customer loyalty program and customers earned incentives (i.e. points, discounts, miles, etc) for purchases made using the customer loyalty program. When customers accumulate incentives (i.e. points, discounts, miles, etc) they typically redeemed them for rewards. The disadvantages with this type of loyalty system are that customers may only earn incentives when they themselves made a purchase. 
     To overcome the disadvantages of the previously described loyalty system, a new referral based loyalty system was developed and utilized by a variety of different industries. The referral based loyalty system promised customers the ability to earn additional incentives for referring new customers. The main focus of the referral based loyalty systems was to award existing customers for enrolling new customers into the loyalty system. The loyalty system customers were still given incentives (i.e. points, miles, discounts) for purchases as before and were promised an incentive (i.e. points, miles, discounts) for referring new customers. However, disadvantages still overwhelmed this type of referral based loyalty system. Customers typically became unmotivated to refer new business and many customers did not want to refer friends and family in return of a very small incentive to be earned. 
     To overcome the disadvantages of the previously described referral based loyalty system, an improved incentive referral based loyalty system was developed and utilized by a variety of different industries. The improved referral based loyalty system promised customers the ability to earn additional incentives for referring new customers, and promised to provide a bonus incentive to new customers if they were referred by existing customers. The main focus of the improved referral based loyalty system was to award existing customers for enrolling new customers into the loyalty system and to also provide an motivation to the existing customer to refer a friend or relative by enticing them with a generous incentive bonus that the new member would also earn for becoming a member. Customers were appreciative for earning incentives and rewards for referring new customers to the loyalty system, and were also appreciative that their referral also benefited from becoming a member. In spite these improvements; disadvantages still trouble this type of improved referral based loyalty system, customers were unenthusiastic for only receiving incentives for direct referrals. 
     A need therefore exists for a superior customer loyalty system designed to motivate existing customers into referring new business to a merchant. 
     SUMMARY 
     The present invention relates to an improved referral based customer loyalty system and method adapted to improve the merchant&#39;s customer relationships, also adapted to building referral networks by utilizing indirect referral incentives, and easily integrates with the existing merchant point of sale system. 
     Moreover, the invention relates to a customer loyalty system and method that may be utilized by a variety of different industries, in example, restaurants, gasoline service stations, convenience stores, franchises, banking, hotel, cleaners, and car wash detail shops. The present invention is adapted to integrate into a small, medium or large size business. 
     An exemplary embodiment of the present invention relates to a method of utilizing customer referral procedures to create customer loyalty for a plurality of businesses. The method comprises, enrolling a customer into a loyalty system by creating a customer profile in the loyalty system, activating a unique customer identifier associated to the customer for use to interact with the loyalty system, activating at least one unique referral identifiers associated with the customer, allowing the customer to create the unique referral identifier associated with said customer profile, and establishing an incentive for referring new customers. Incentives are rewarded for direct and indirect referrals. The incentive value may be modifiable and may be set at different values depending on the referral level value associated with the customer within the referral network. Moreover, a loyalty system customer may be assigned a plurality of referral identifiers, wherein a referral identifier may be an email address, a radio frequency identifier (RFID), a barcode value, or an alpha-numeric identifier. Also, the unique customer identifier may be an email address, a radio frequency identifier (RFID), a barcode value, or an alpha-numeric identifier. 
     An exemplary embodiment of the present invention relates to a method of building customer credit. The method comprises, enrolling a customer into a loyalty system, assigning the customer an incentive value set by a business, providing the customer with at least one referral identifier to distribute to a new customer with the agreement of receiving an additional incentive if the referral patronizes the business and also enrolls into the loyalty system. Moreover, the method further comprises providing an incentive for the customer to establish a referral network. 
     An exemplary embodiment of the present invention relates to a method for building credit. The method comprises, the use of a loyalty system to store data, defining a multi-level referral incentive logic for the loyalty system, assigning at least one level value in the loyalty system and appointing at least one incentive value in the loyalty system to correspond with the level value in the loyalty system. The present invention relates to a customer loyalty program based on a multi-level marketing (MLM) referral program. The multi-level referral incentive logic is used to establish the incentive for loyalty system customers and also define the number of levels currently supported by the loyalty system. For example, the multi-level referral incentive logic may equal 5%, 4%, 3%, 2%, 1% wherein 5% is equal to the level 1 (customer A) incentive awarded to customer A, 4% is equal to the level 2 (direct referral of customer A) incentive awarded to customer A for purchases made by his/her direct referral, 3% is associated with level 3 earning customer A 3% for every purchase made by the referral of direct referral of customer A, 2% is associated with level 4 nodes, and finally, 1% is associated with the level 5 incentive awarded to customer A of the loyalty system. In other words, loyalty system customers will earn incentives every time someone within their referral network completes a purchase. The multi-level referral incentive logic may be modifiable by the merchant. Equally important, the loyalty system may have a default value or may be adjustable from one to an infinite number of level values, as allowable by the computer hardware. Also, the level value in the loyalty system may be set as a default or may be adjusted by the merchant. 
     An exemplary embodiment of the present invention relates to a system for building credit. The loyalty client application may utilize a multi-level referral incentive logic. Also, the loyalty client application may set a level value and an incentive value. Moreover, the loyalty client application may be in communication with a point of sale system or may be used as a stand alone application for tracking loyalty system customers. The system may comprise a database server or may store transaction data within a memory medium as supported by the standalone computer hardware. The system may comprise a processor for processing means and storage means for storing data on a storage medium. The system may comprise an application server. Also, the loyalty system may be implemented as a multi-tier architecture application (in example, client-server application), as a web enabled application, or as a stand alone program. The loyalty system may be in communication the point of sale system. The loyalty system may integrate with the business existing point of sale system or may intercept transactions directed to the printer to capture customer transaction data. Moreover, the loyalty system client application may be in communication with the point of sale system or may intercept transactions directed to the printer. The connection between a point of sale system and a loyalty system may be a wired serial, wired parallel or wireless interface connection. 
     An exemplary embodiment of the present invention relates to a method for operating a customer loyalty system. The method comprising, utilizing a loyalty system client with at least one customer profile, accepting a point of sale system output directed to the loyalty system client, credits the at least one customer profile with a system defined incentive value and link at least one referral identifier to the at least one customer profile. The loyalty system client application may be a thin-client application or a thick-client application. 
     An exemplary embodiment of the present invention relates to a customer resource management system with the ability to store customer data and provide real-time, itemized, and geographical consumer purchasing data for businesses. Merchants are able to reach their customers utilizing electronic mail and query their purchase behavior. Merchants are able to gain valuable reports about their customers and their respective purchasing habits. The customer relations management system may be a standalone, a thin client or a web enabled application that is platform independent for use by merchants to review customer data and by customers to review their earned incentive data and to print referral identifier used to refer new customers. 
     The customer loyalty system may be implemented utilizing the .NET framework, in particularly using C# programming language, or other object oriented programming languages, such as java. The customer loyalty system may utilize web services in its implementation. The customer loyalty system may standardize legacy point of sale system data by utilizing extensible markup language. 
     The customer loyalty system may allow a merchant the ability to reward bonus incentives to customers of the customer loyalty system. Also, the customer loyalty system may allow a merchant the ability to redeem incentives earned by customers. 
    
    
     
       DRAWINGS 
         FIG. 1  is a flow diagram of a prior art loyalty system designed to reward customers for purchases. 
         FIG. 2  is a flow diagram of a prior art loyalty system designed to reward customers for purchases and referrals. 
         FIG. 3  is a flow diagram of a prior art loyalty system designed to reward existing customers for referring new customers to the system and reward referrals for enrolling. 
         FIG. 4  is an architectural diagram illustration an exemplary configuration according to this invention. 
         FIG. 5  is an architectural diagram illustrating an alternative exemplary configuration according to this invention. 
         FIG. 6  is an architectural diagram illustrating another exemplary configuration according to this invention. 
         FIG. 7  is a diagram illustrating an exemplary embodiment of the multi-level referral based loyalty system according to this invention. 
         FIG. 8  is a flow diagram describing an exemplary method of the present invention. 
         FIG. 9  is a system diagram illustrating an exemplary embodiment according to this invention. 
     
    
    
     DETAILED DESCRIPTION 
     Reference is now made to the drawings wherein like numerals refer to like parts throughout. 
     As used herein, the term “virtual credit” refers to the ability to earn credit through indirect referrals. 
     As used herein, the term “direct referral” refers to an occurrence when a customer finds a new customer to give referral. The relationship between the one who gave the referral and the one who received the referral is immediate with no other person in between. 
     As used herein, the term “indirect referral” refers to an occurrence when a referred customer, referred by original customer, finds a new customer to refer. The relationship between the original referrer and the new referred customer is not immediate with one or more people between. 
     As used herein the term “incentive” refers to rewards earned by loyalty system customers, in example, points, credits, bonuses, miles, cash discounts, etc. 
     As used herein, the term “referral network” refers to all the referrals, both direct referrals and/or indirect referrals, linked or associated to a specific customer. Also, in relation to defining a referral network within a loyalty system, referral network can be interpreted to reflect the logic set by the merchant in relations to the number of levels defined and the respective incentive at each level. 
     As used herein, the term “thin client application” refers to a client computer or client software in client-server architecture networks which depends primarily on the central server for processing activities, and mainly focuses on conveying input and output between the user and the remote server. 
     As used herein, the term “database” refers to a structured collection of records or data that is stored in a computer so that a computer program can consult it to answer queries. 
     As used herein, the term “database server” refers to a computer program that provides database services to other computer programs or computers, as defined by the client-server model. The term may also refer to a computer dedicated to running such a program. 
     As used herein, the term “application server” refers to a software engine that delivers applications to client computers or devices. Moreover, an application server handles most, if not all, of the business logic and data access of the application (a.k.a. centralization). 
     In general, the present invention describes a multi-level referral based loyalty system and method. 
     An example of a prior art loyalty system is shown in  FIG. 1 . Traditionally, a prior art loyalty system enrolls a customers into a customer loyalty program  102  and customers earn incentives (i.e. points, discounts, miles, etc) for purchases made using the customer loyalty program  104 . When incentives are met, customers redeem incentives (i.e. points, discounts, miles, etc) for rewards  106 . 
     An example of a prior art loyalty system is shown in  FIG. 2 . Customarily, a prior art referral based loyalty system is designed to award existing customers for enrolling new customers into the loyalty system. As described in  FIG. 2 , the loyalty system customers are given incentives (i.e. points/discounts) for purchases  202 , loyalty system customers are given referral cards to use to refer family &amp; friends  204 , and most importantly, loyalty system customers are promised an incentive (i.e. points/discounts) for referring new customers  206 . Then, loyalty system customers refer family &amp; friends into becoming new loyalty system customers  208 , their respective referrals enroll into loyalty system and become new loyalty system customers  210 , and loyalty system customers are awarded incentives (i.e. points, discounts, etc.) as agreed for referring new customers  212 . 
     An example of a prior art loyalty system is described in  FIG. 3 . Usually, a prior art incentive based referral loyalty system is designed to award both the existing customer and the new customer for referring a business to a new consumer. As described in  FIG. 3 , loyalty system customers are given referral to use to refer family &amp; friends, awarding an incentive for the new customer to join  302  and loyalty system customers are promised an incentive (i.e. points/discounts) for referring any new customers  304 . Then, loyalty system customers refer family &amp; friends into becoming new loyalty system customers  306 , referrals enroll into loyalty system and become loyalty system customers  308 . Furthermore, referrals are awarded a new customer incentive for joining the loyalty system  310  and also loyalty system customers are awarded incentives (i.e. points, discounts, etc.) as agreed for referring new customers  312 . 
       FIG. 4  illustrating an architectural diagram of a single merchant loyalty system, utilizing a central server architectural. The point of sale system  402  captures the customer transaction and communicates by means of a communication medium  404  with the external printer  406  to provide a customer with a receipt. The thin client application  410  intercepts communication  408  intended for the external printer  406  and send the customer transaction data to the thin client application  410 . The thin client application  410  communicates the customer transaction by means of TCP/IP communication link  412  to the internet  414 . The internet  414  also communicates the customer transaction by mean of TCP/IP communication link  416  to the respective application server  418  for processing. The application server  418  comprises the web layer  420  and the application layer  422 . The web layer  420  comprises a set of web services and defines business functions. The application layer  422  provides semantic conversion between associated application processes. The application server  418  communicates by means of TCP/IP  424  to the database server  426 . The database server  426  comprises the database  428  to store transaction data. The database server  426  sends a response by means of TCP/IP link  424  to the application server  418 , which in turn sends a response by means of TCP/IP  416  through the internet  414 . The response travels through the internet  414  and the response travels by the use of TCP/IP  412  to the thin client application  410  to confirm the receipt of transactions previously sent to the database server  426  for storage of transaction data. 
       FIG. 5  illustrates a multi-merchant loyalty system, wherein utilizing a central server architectural. Multiple thin client applications  502 / 04 / 506  communicate by means of TCP/IP connection means  508 / 510 / 512  to the internet  414  to facilitate a response from the database  428 . The internet  414  communicates the customer transaction by mean of TCP/IP communication link  416  to the respective application server  418  for processing. The application server  418  comprises the web layer  420  and the application layer  422 . The web layer  420  comprises a set of web services and defines business functions. The application layer  422  provides semantic conversion between associated application processes. The application server  418  communicates by means of TCP/IP  424  to the database server  426 . The database server  426  comprises the database  428  to store transactions data. The database server  426  sends a response by means of TCP/IP link  424  to the application server  418 , which in turn sends a response by means of TCP/IP  416  through the internet  414 . The response travels through the internet  414  and the response travels by the use of TCP/IP  412  to the thin client application  410  to confirm the receipt of transactions previously sent to the database server  426  for storage of transaction data. 
       FIG. 6  illustrates a loyalty system utilizing an n-tiered architecture wherein the point of sale system  402  interacts directly by means of a communication medium  608  with the thin client application  410 . In addition, the point of sale system  402  also interacts externally by means of a communication medium  604  with the printer  406 . The thin client application  410  communicates by means of TCP/IP communication link  412  to the internet  414 . The internet  414  also communicates the customer transaction by mean of TCP/IP communication link  416  to the respective application server  418  for processing. The application server  418  comprises the web layer  420  and the application layer  422 . The web layer  420  comprises a set of web services and defines business functions. The application layer  422  provides semantic conversion between associated application processes. The application server  418  communicates by means of TCP/IP  424  to the database server  426 . The database server  426  comprises the database  428  to store transaction data. The database server  426  sends a response by means of TCP/IP link  424  to the application server  418 , which in turn sends a response by means of TCP/IP  416  through the internet  414 . The response travels through the internet  414  and the response travels by the use of TCP/IP  412  to the thin client application  410  to confirm the receipt of transactions previously sent to the database server  426  for storage of transaction data. 
     An exemplary embodiment of the multi-level referral based loyalty system is illustrated in  FIG. 7 . The invention describes a multi-level referral based loyalty system wherein incentives are promoted to current customers to lead to the referrals of new business to the merchant place of business. Current customers earn incentives, wherein incentives may be points, miles, prizes, rebate, discount, etc. based on their eligible purchases and on eligible purchases of referral business earned within their referral network. A loyalty system customer may establish a referral network, wherein his direct referrals are linked to his account profile. Direct referrals may also refer others to the business. This process of earning credit by indirect referral is an exemplary aspect of this invention. As  FIG. 7  describes “Node A”  702  at level 1 refers “Node B”  704  assigned to level 2 due to a direct link to “Node A”  702 . As described in this diagram, “Node A”  702  earns a 5% reward for eligible purchase made by “Node A”  702  and a 4% reward for eligible purchases made by “Node B”  704 . When “Node B”  704  refers both “Node C”  706  and “Node D”  708  thereby creating a level 3 as associated with “Node A”  702 . Whereby, “Node A”  702  earns a 3% reward for eligible purchases made by “Node C”  706  and/or “Node D”  708  due to their network referral relationship, earning “Node A”  702  virtual credit. Credit earned from indirect referrals such is the example case between “Node A”  702  and “Node C”  706  are sometimes referred to as virtual credit. When “Node C”  706  refers “Node E”  710 , “Node F”  712 , and “Node G”  714  thereby creating a level 4 association with “Node A”  702 . Whereby, “Node A”  702  earns a 2% reward for eligible purchases made by “Node E”  710 , “Node F”  712 , and/or “Node G”  714  due to their network referral relationship, earning “Node A”  702  virtual credit. When “Node G”  714  refers “Node H”  716 , “Node J”  718 , and “Node K”  720  thereby creating a level 5 as associate with “Node A”  702 . Whereby, “Node A”  702  earns a 1% reward for eligible purchases made by “Node H”  716 , “Node J”  718 , and/or “Node K”  720  due to their network referral relationship, earning “Node A”  702  virtual credit. 
     An exemplary method of the multi-level referral based loyalty system is described in  FIG. 8 . The method begins by capturing contact information for new customer  804  into the loyalty system. Also, assigning a unique customer identifier for the new customer  806  used to refer new customers and inputting a referral ID, if provided, to link new customer to an existing customer  808 . Finally, the method concludes by establishing an incentive for referring new customers and building referral networks  810 . 
     An exemplary embodiment of the customer loyalty system is described in  FIG. 9 . The diagram illustrates the loyalty system  900  and the system functions  911 . The loyalty system  900  stores customer profiles, credit data, and referral network data.  FIG. 9  illustrates an exemplary three level loyalty system. The system is able to support levels ranging from 1 to an infinite number of levels, depending on the memory available to the system to store data. The first profile  902  is associated with a “level 1”  901  due to a null value associated with the referral ID  908 . The first profile  902  has a customer name  904  of John Smith, a customer ID  906  of  12333 , a zip  910  of  92128 , an email  912  of John.Smith@Hotmail.com, a credit earned  914  of $0.60, a last purchase total 916 of $10.00. The customer ID  906  is a unique identifier that may be a number, or an alpha-numeric phrase. The customer name  904  may be the first name followed by the last name of the customer. In general, the referral ID  908  is the customer ID of the person whom referred this particular customer into joining the customer loyalty system or may be null if the customer was not referred and joined the loyalty system without the influence of an existing customer. The zip  910  is the zip code associated with the residence of the customer, in order to capture the geographical location of the customer and provide the data to the business for further analysis for advertising/marking campaigns. The email  912  is the electronic mail contact information associated with the customer that a business may use to reach existing customers. The total credit earned  914  is the total amount of credit earned by purchase made by the actual customer and also the amount earned by purchases made by the customer&#39;s direct and indirect referrals. The credit is a percentage of the total purchase that is added to the customer total credit earned, for example, if a customer earns a 5% credit on every eligible purchase, a total purchase of $1.00 may adjust the total credit earned by 5 cents. The last purchase total  916  is the total amount of the last purchase made by the actual customer. 
     The second profile  907  is a direct referral  918  of the first profile  902 . The second profile  907  is associated with a “level 2”  903  status due to a direct referral relationship with a customer profile having a null referral ID. The second profile  907  has a customer name  924  of Jacky Smith, a customer ID  926  of  12334 , a referral ID  928  of  1233  equal to the customer ID  906  of the first profile  902 , a zip  930  of  92128 , an email  932  of Jacky.Smith@Hotmail.com, a total credit earned  934  of $0.50, a last purchase total  936  of $9.00. The referral ID  928  assigned  12333  of the second profile  907  links the second profile  907  with the first profile  902 , therefore, making the second profile a direct referral of the first profile  902 . Any eligible purchase made by the second profile  907  will adjust the total credit earned  914  of the first profile  902  as well as adjust the total credit earned  934  of the second profile  907 . 
     The third profile  909  is a direct referral  922  of the second profile  907 . The third profile  909  is associated with a “level 3”  905  status due to a direct referral relationship with the second profile  907  which in turn has a direct referral relationship with the first profile  902 . The referral ID  944  of the third profile  909  is equal to the customer ID  926  of the second profile, therefore, establishing a direct referral relationship between the two separate profiles. The third profile  909  may also be referred to as having an indirect referral  920  relationship with the first profile  902 . Any eligible purchases made by the third profile  909  will adjust the total credit earned  914  of the first profile  902 , the total credit earned  934  of the second profile  907 , and the total credit earned  950  of the third profile  909 . The third profile  909  has a customer name  938  of Adam Robert, a customer ID  940  of  12335 , a referral ID  944  of  12334 , a zip  946  of  92129 , an email  948  of Adam.Robert@Hotmail.com, a total credit earned  950  of $0.40, a last purchase total  952  of $8.00. The referral ID  944  of  12335  links the third profile  909  with the second profile  907 , therefore making the third profile an indirect referral  920  of the first profile  902 . Any eligible purchase made by the third profile  909  will earn credit not only for the third profile  909 , but also earn credit for the second profile  907  and the first profile  902 . In example, if the system profile is set up to accept 4% for “level 1”, 3% for “level 2”, and 1% for “level 3” then an eligible purchase total of $8.00 made by the third profile  909  would earn the third profile  909  4% or 32 cents, the second profile  907  3% or 24 cents, the first profile  902  1% or 8 cents. Moreover, consistent with the previous example, an eligible purchase total of $9.00 made by the second profile  907  would earn the second profile  907  4% or 36 cents and the first profile  902  3% of 27 cents. Finally, also consistent with the previous stated system profile, an eligible purchase total of $10.00 made by the first profile  902  would earn the first profile  902  4% or 40 cents. Also, according to the diagram, the referral network (not shown) of the first profile  902  consists of the first profile  902 , the second profile  907 , and the third profile  909 . Wherein, the referral network (not shown) of the second profile consists of the second profile  907  and the third profile  909 . Lastly, the referral network (not shown) of the third profile consists only of the third profile  909 . 
     The loyalty system  900  is comprised of a plurality of system functions  911 . Any exemplary embodiment of the system comprises the following system functions  911 ; give bonus credit  954 , redeem credit  956 , print referral cards  958 , member directory  960 , add new member  962 , modify member profile  964 , modify merchant profile  966 , modify levels &amp; credit for merchant  968 , modify level &amp; credit for member  970 , re-link member  972 , reports  974 , give credit based on purchase amount  976 . Give bonus credit  954  in the loyalty system is designed to allow the system attendant the ability to assign an individual profile additional credit to be added to the total credit earned value, increasing the overall credit value of a specific member profile. Redeem credit  956  in the loyalty system is designed to allow the system attendant the ability to subtract from an individual profile a specific amount from the total credit earned available on in the individual profile when a customer redeems the specific amount of credit towards a purchase made. Print referral cards  958  in the loyalty system is designed to allow the system attendant the ability to print referral cards for individual profiles in real-time as demanded by the customer. These referral cards are given to the existing loyalty system customer to use to refer new client to the business. Member directory  960  in the loyalty system is design provide the system attendant the ability to query or search the database for existing customer profiles, previously added to the loyalty system. Add new member  962  in the loyalty system is designed to capture detailed customer information used to identify a customer in the loyalty system and also capture referral information to link a profile to an existing customer, if applicable. Modify member profile  964  in the loyalty system is designed to capture edits or modification to the existing customer profiles in the loyalty system. Modify merchant profile  966  in the loyalty system is designed to allow an administrative user the ability to modify the business contact information stored in the loyalty system. Modify levels &amp; credit for merchant  968  in the loyalty system is designed to allow the administrative user the ability to modify the default setting of levels and credits as set by the loyalty system to suit the business model favored by the business, wherein these modifications may be made on multiple occurrences to suite the needs of the business owner. Modify levels &amp; credit for member  970  in the loyalty system is designed to allow the administrative user the ability to modify the merchant setting of levels and credit applied to every customer profile, to be re-set or customized for specific customers to best suite the needs of the business owner. Re-link member  972  in the loyalty system is designed to allow the administrative user the ability to re-link existing customers with a different existing customer, where an error is made or a customer requests the re-linking to be executed. Reports  974  in the loyalty system are designed for the administrative user to generate business reports in regards to customer profiles, customer purchases, customer credits, and administrative reports to manage loyalty system attendant use. In the occurrence that a loyalty system is not in communication with a point of sale system, wherein purchase data needs to be inputted by an attendant, the function of give credit based on purchase amount  976  will allow system attendants the ability to input the total purchase amount and calculate the amount of credit earned by the customer and associate the credit with the customer profile stored in the system. 
     It will be recognized that while certain aspects of the invention are described in terms of a specific sequence of steps of a method, these descriptions are only illustrative of the broader methods of the invention, and may be modified as required by the particular application. Certain steps may be rendered unnecessary or optional under certain circumstances. Additionally, certain steps or functionality may be added to the disclosed embodiments, or the order of performance of two or more steps permuted. All such variations are considered to be encompassed within the invention disclosed and claimed herein. 
     While the above detailed description has shown, described, and pointed out novel features of the invention as applied to various embodiments, it will be understood that various omissions, substitutions, and changes in the form and details of the device or process illustrated may be made by those skilled in the art without departing from the invention. The foregoing description is of the best mode presently contemplated of carrying out the invention. This description is in no way meant to be limiting, but rather should be taken as illustrative of the general principles of the invention. The scope of the invention should be determined with reference to the claims.