Abstract: The present invention provides, in part, compounds of Formula I: and pharmaceutically acceptable salts thereof; processes for the preparation of; intermediates used in the preparation of; and compositions containing such compounds or salts, and their uses for treating D1-mediated (or D1-associated) disorders including, e.g., schizophrenia (e.g., its cognitive and negative symptoms), cognitive impairment (e.g.

Abstract: Systems and methods for managing a promotional campaign are provided. In one embodiment, a promotional campaign engine communicates in real-time with a participant's mobile computing device, receives an electronic campaign entry from the mobile computing device, and based on a rule set, generates a virtual value item in an established stored value system based on the rule set.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may enable a reduction in time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining merchant deposit accounts within the loyalty platform, and by aggregating pending fractional equity rewards, a speed of fractional equity reward distribution may be increased. Further, the merchant deposit accounts may enable reduction of an amount of stock held in an inventory account of the loyalty platform. The disclosure is further directed towards reducing user frustration by displaying equity reward statuses indicating a status of a pending fractional equity reward, which may further include an indication of an estimated reward fulfillment time.

Abstract: Herein disclosed are systems and methods for automatically redistributing a user's accumulated rewards based on, in one example, a change in loyalty by the user. In one example, a method for redistributing accumulated rewards on a loyalty platform in a single click comprises displaying a selectable interface element on a user device, wherein the selectable interface element indicates an accumulated reward from a first business in a rewards account of the user on the loyalty platform, and at least a second business, responding to selection of the selectable interface element by purchasing an amount of shares of stock in the second business using the accumulated reward, and presenting a notification to the user indicating that redistribution of the accumulated reward has been performed. The disclosed systems and methods may enable a reduction in delays and user frustration associated with conventional approaches for rebalancing a portfolio of accumulated rewards.

Abstract: Herein disclosed are systems and methods for distributing fractional equity rewards to users of a loyalty platform based on tracked user loyalty purchases. The disclosed systems and methods may reduce time between a user loyalty purchase and distribution of a fractional equity reward determined based on the user loyalty purchase. In one example, by maintaining a pre-purchased supply of shares within an inventory account of the loyalty platform, and by distributing fractional equity rewards to user accounts on the loyalty platform from the pre-purchased supply, a reduction in reward distribution time may be enabled. Further, by maintaining the pre-purchased supply of shares of stock within the inventory based on a running average rate of fractional equity reward distribution, and predicted events, the amount of stock in the inventory may be intelligently controlled to reduce excess inventory, while reducing a probability of reward distribution delay.

Abstract: Herein disclosed are systems and methods for distributing equity rewards to users of a loyalty platform based on tracked user loyalty purchases, where the equity rewards are provided for businesses that are automatically selected based upon information regarding a transaction history of the user and/or demographics of the user. The disclosed systems and methods may enable a reduction in time in signing up for equity rewards for one or more businesses. The disclosure is further directed to determining a business associated with a transaction using information associated with the transaction from a third-party data aggregator/integrator.

Abstract: Embodiments are disclosed which relate to a system and methods for receiving user loyalty selections for a business and providing equity rewards to a user when the user executes a purchase at the business to which the user has selected loyalty. One disclosed embodiment provides a system having a memory storing instructions executable by the processor to receiving a loyalty selection from a user, the loyalty selection comprising a selection of a business listed in a rewarding-business index of a loyalty platform to receive an equity reward associated with the business; matching a user purchase with the business by correlating purchase details with the rewarding-business index; determining an amount of the equity reward based on a monetary value of the user purchase, a user transaction history, and business reward policies; and displaying the amount of the equity reward to the user.

Abstract: The present disclosure describes examples of systems and methods for enabling a privately held company to establish and provide success-linked rewards to users, through a loyalty platform, based on tracked user loyalty purchases. Success-linked rewards may comprise crypto assets with a built-in deflation mechanism, where the deflation mechanism operates in proportion to one or more metrics associated with the privately held business, or class of privately held businesses, with which the crypto asset is associated.

Abstract: Systems and methods are provided for creating and using versions of a shared virtual card. In one example, a system for sharing stored value is provided. The system may include a virtual card manager configured to manage one or more shared virtual cards and a first computing device including a virtual card engine executable by a processor to manage the shared virtual card. The first computing device may be communicatively coupled to the virtual card manager via a network. In the example, stored value of the shared virtual card may be split between a first version and a second version. The first version may receive a first portion of the stored value and the second version may receive a second portion of the stored value; the first version available for use on the first computing device and the second version available for use on a second computing device.

Abstract: Systems and methods for promotion of selected transactions are provided. In one embodiment, a method comprises receiving promotion information comprising a transaction selected for promotion by the user, a reimbursement amount, and a target user; transmitting a request to the target user for reimbursement for the selected transaction; and responsive to receiving approval of the request from the target user, updating an account balance and a reserve balance based on the reimbursement amount, the account balance comprising funds in an account associated with the user that are accessible to the user and the reserve balance comprising funds in the account that are inaccessible to the user. In this way, a user may be immediately reimbursed by a second user for a purchase.

Abstract: The invention is directed to systems and methods for using a virtual gift card having an associated value, operable on a mobile device having a processor and memory, the mobile device linked to a virtual gift card manager, the method including: identifying a geographic identifier for the mobile device; matching the geographic identifier with at least one virtual gift card stored on the mobile device; determining an amount of value associated with the at least one virtual gift card; identifying any offers or promotions redeemable with the amount of value; displaying the at least one virtual gift card, the amount of value, and any offers or promotions on the mobile device; and selectively enabling a transaction utilizing the virtual gift card, the transaction based at least in part on the any offers or promotions, the transaction including a manipulation of value associated with the at least one virtual gift card.

Abstract: Systems and methods for electronic delivery of stored value are provided. An example method includes receiving a set of identifiers corresponding to a merchant's stored value tracking system, receiving a request for an electronic value card, associating an identifier from the set of identifiers with the electronic value card, synchronizing the merchant's stored value tracking system with the issued electronic value card, and delivering the electronic value card to a customer. An example system includes a merchant stored value tracking system having a set of unique identifiers, a network communicatively linked with a merchant stored value tracking system; and a value card manager communicatively linked with the network.

Abstract: System and methods for converting a fixed form card to a virtual card are disclosed herein. The system includes a virtual card manager and a user computing device communicatively coupled via a network. The virtual card manager may be configured to convert a fixed form card to a virtual card, and the user computing device may be configured to initiate a virtual card conversion request via a virtual card engine stored in mass storage and executable by a processor. As such, a stored value of the fixed form card may be transferred to the virtual card in a secure manner.

Abstract: Systems and methods are provided for creating and using versions of a shared virtual card. In one example, a system for sharing stored value is provided. The system may include a virtual card manager configured to manage one or more shared virtual cards and a first computing device including a virtual card engine executable by a processor to manage the shared virtual card. The first computing device may be communicatively coupled to the virtual card manager via a network. In the example, stored value of the shared virtual card may be split between a first version and a second version. The first version may receive a first portion of the stored value and the second version may receive a second portion of the stored value; the first version available for use on the first computing device and the second version available for use on a second computing device.

Abstract: A method stored in memory executable by a processor for transferring ownership of a virtual value card in a virtual card management system is provided. The method includes, at a virtual card manager, receiving a request for reassignment of the virtual value card from a source virtual card engine to a target virtual card engine at a virtual card manager. The method further includes, at the virtual card manager, modifying card data in a manager-side associative card profile included in the virtual card manager and requesting modification of card data in a provider-side associative card profile to permit use of the virtual value card by the target virtual card engine and inhibit use of the virtual value card by the source virtual card engine in response to reception of the request for reassignment.