An example server includes: a memory storing an account database for a centralized reward hub; a processor interconnected with the memory, the processor configured to: receive purchase data for a purchase by a customer, the purchase data including a customer identifier; determine whether account database includes an existing entry corresponding to the customer identifier; when the account database does not include an existing entry corresponding to the customer identifier, create a new entry for the customer identifier; send the customer a login link for the centralized reward hub based on the new entry or the existing entry corresponding to the customer identifier.

A system for verifying affiliate leads on an electronic device which may include processors, computer-readable memories, and computer-readable storage devices. The system may also include program instructions stored on at least one of the storage devices for execution by at least one of the processors via at least one of the memories, the stored program instructions may include detecting at least one potential customer transaction; assigning, to each transaction, a unique transaction identifier; assigning, to each transaction, at least one transaction parameter; selecting at least one transaction parameter; flagging, or not flagging, the transaction based on at least one selected transaction parameter. If the transaction is not flagged, the stored program instructions may further include firing an affiliate pixel. If the transaction is flagged, the stored program instructions may further include recording the unique transaction identifier and holding the affiliate pixel in a QA state.

A system for verifying affiliate leads on an electronic device which may include processors, computer-readable memories, and computer-readable storage devices. The system may also include program instructions stored on at least one of the storage devices for execution by at least one of the processors via at least one of the memories, the stored program instructions may include detecting at least one potential customer transaction; assigning, to each transaction, a unique transaction identifier; assigning, to each transaction, at least one transaction parameter; selecting at least one transaction parameter; flagging, or not flagging, the transaction based on at least one selected transaction parameter. If the transaction is not flagged, the stored program instructions may further include firing an affiliate pixel. If the transaction is flagged, the stored program instructions may further include recording the unique transaction identifier and holding the affiliate pixel in a QA state.

A description of a job may be received from a consumer. A referrer qualified to recommend providers to complete the job may be determined and a recommendation of a provider to complete the job may be obtained from the referrer. A confirmation that the recommended provider completed the job may be received and vouchers may be awarded to the consumer and to the referrer.

Disclosed herein is a system and method to any two or more MLMs to be merged into a multiline MLM system despite having different commission structures. Each member of the original MLMs is able to maintain their existing downlines without any changes. Further the existing MLM members have full access to the multi-line MLM commission structure, for example, a member of a binary MLM may now add a 3rd, 4th, 5th, etc. line if they choose. The multiline commission plan will be different than the commission plans from any of the original MLMs but this change should not affect the income of a large portion of users, and users that are affected by the changeover can be compensated or made whole on an individual level. In addition to this multiline commission plan, the commission structure of the original MLMs has been broken into several separate ‘types’ which together form a MLM system. These ‘types’ include the income received from downline commission based on position and the income received based on enrolling a member in the MLM, also known as sponsorship. The system includes a group of simulation modules which may be accessed by users and which allows the users to simulate the effects of adding a new member under another specific member. This allows users to carefully place sponsored members in their lines such that they can optimize commissions and income, especially when adding multiple new members at the same time.

Disclosed herein is a system and method to any two or more MLMs to be merged into a multiline MLM system despite having different commission structures. Each member of the original MLMs is able to maintain their existing downlines without any changes. Further the existing MLM members have full access to the multi-line MLM commission structure, for example, a member of a binary MLM may now add a 3rd, 4th, 5th, etc. line if they choose. The multiline commission plan will be different than the commission plans from any of the original MLMs but this change should not affect the income of a large portion of users, and users that are affected by the changeover can be compensated or made whole on an individual level. In addition to this multiline commission plan, the commission structure of the original MLMs has been broken into several separate ‘types’ which together form a MLM system. These ‘types’ include the income received from downline commission based on position and the income received based on enrolling a member in the MLM, also known as sponsorship. The system includes a group of simulation modules which may be accessed by users and which allows the users to simulate the effects of adding a new member under another specific member. This allows users to carefully place sponsored members in their lines such that they can optimize commissions and income, especially when adding multiple new members at the same time.

The present disclosure is directed to methods that may store data securely at a set of linked data-blocks. Information that may be used to track a series of product or service purchases (transactions) may be stored in these sets of linked data-blocks to facilitate the fidelity of data associated with sets of transactions made by related users that belong to a multilevel marketing (MLM) organization. Data stored at these data-blocks may be protected by pairs of keys to mitigate data loss, data corruption, or accesses by nefarious individuals. Each data-block of this chain of data-blocks may be parsed to identify commission data and to identify users that should receive commissions based on the sale of the product or service. These data-blocks may store as a set of blockchain data where pointers point to different respective data-blocks that contain data used to identify specific users that should receive commissions.

A system and method for providing, on a user device, a way to confirm and track rewards earned based on online transaction on a user device without unnecessary reliance on publisher. The disclosed systems and methods move the authorization and confirmation of earned rewards from the purview of the publisher and/or advertiser to the user. The systems and methods empower the user by providing control and information on the process of reward payment that is traditionally handled or controlled by the other parties involved in the reward payment process. The systems and methods provide immediate confirmation that a reward has been earned and creates a record validating that the user is entitled to the reward. The confirmation and record provided by the systems and methods increases the user's ability to advocate for their position while the publisher is provided with further assurance that a reward payment is justified.

A shopping platform profit sharing system includes a user end and a server. The user end and the server are connected with each other by Internet. The server includes a database and a transaction management module. The database includes product information, member information and a link sharing generation unit. The transaction management module includes an identity verification unit, a link sharing confirmation unit, a shopping bonus calculation unit, and a rebate calculation unit. When the user end places an order to purchase a product by the transaction management module, the order is processed through the identity verification unit, the link sharing confirmation unit, the shopping bonus calculation unit and the rebate calculation unit to achieve a fair and reasonable shopping profit sharing feature.

The disclosure is direct to a system to link rewards to health related activities. In some embodiments, the system is configured to enable a user to link health monitoring software to sensors that monitor health related activities. In some embodiments, the system is configured enable multiple users to link to each other's health monitoring software and obtain rewards based on each other's performance. In some embodiments, the system is configured to automatically calculate reward values based on milestones or goals. In some embodiments, the system is configured to adjust values in third party systems based on a user achieving milestones or goals.