A system comprising a non-transitory memory storing an executable code and a hardware processor executing the executable code to receive a rental payment input indicating that a renter has paid a rent for a property on a payment date, apportion the rent based on an on-time status of the rent and a renter status of the renter, transmit a rent portion of the apportioned rental payment to a manager, and transmit a rebate portion of the apportioned rental payment to the renter based on the renter status of the renter.

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.

An information processing method, comprising: receiving an investment amount for a movie work from a wallet of an investor; storing the investment amount for each investor on blockchain; acquiring information on box-office revenue of the movie work after a target figure to produce the movie work is achieved; and distributing the box-office revenue to each investor according to the investment amount and a profit distribution rule. This makes it possible to achieve proper fund raising and profit distribution for a movie work or the like.

A cooperative environmental and life benefit exchange system is presented. The system includes a grid for transmitting available electrical energy, a plurality of rate payers using energy generated from renewable energy sources, a plurality of utility companies providing the grid, a plurality of credits redeemable for acquiring one or more of a plurality of life benefits, and an administrator overseeing a redemption process. In one embodiment, credits are accumulated by the rate payers based on either a predetermined amount of electrical energy purchased from or sold back to the grid. In the redemption process the credits accumulated by the rate payers are redeemed at a redemption rate to provide a redemption value. The redemption value is remitted by the rate payers to satisfy benefit cost for acquiring the life benefits, or portions thereof.

An intra-corporate tokenized recognition system and method are developed by which the employees can send to their co-workers, tokens to show appreciation. One key aspect of this invention is factoring-in the social behavior during token transactions using a social network graph. Doing so, a weight (or significance) is assigned to each token transaction and used a multiplier of the number of the tokens, while maintaining transaction auditability, immutability, publicity and anonymity. The aforementioned weight is determined by a software component penalizing social anomalies such as cliques and dyads. This invention integrates a weighted social network graph representing employee token transactions with a blockchain.

A system for recycling materials at recycling facilities comprises a processor and memory storing instructions. When executed by the processor, the instructions cause the processor to register the recycling facilities and the persons that recycle the materials at the recycling facilities, and to purchase a plurality of securities including securities associated with the recycling facilities and securities of interest to the persons. The instructions cause the processor to receive, from a first recycling facility of the recycling facilities, in response to a first person of the persons recycling the materials at the first recycling facility, a value of the recycled materials and identifying information of the first recycling facility and of the first person. The instructions cause the processor to allocate a portion of the plurality of securities to an account associated with the first person based on the value of the recycled materials.

[Problem] To provide a technology by which contributions to one's own pension can be made through product purchases and other consumer activities, thereby allowing funding of pensions while avoiding a decline in consumer activity. [Solution] Provided is a funded pension processing device 1, which is for providing a funded pension service in which in accordance with a product purchase by a user, a portion of the payment for the product is reserved as an individual pension for the user. The device acquires payment information computed in accordance with a purchase of a product by a user and deduction information set by the storefront selling the product to support the user, and, on the basis thereof, computes a sales amount for the storefront and a funded pension amount for the user. In addition, the device registers, in a funded pension information database 21, funded pension information relating to the computed funded pension amount in association with user identification information identifying the user who purchased the product.

A method that includes receiving a string from a remote station, the string associated with an interaction event between a user and the remote station, is provided. The method includes verifying that the string includes a content validation for a user account in a network service, mapping at least a portion of the string to a ticker symbol associated with an entry in a database and transmitting, to the user, a message indicating that a fractional value associated with the ticker symbol has been added to the user account in the network service. A system configured to execute the above method is also provided.

A cooperative environmental and life benefit exchange system is presented. The system includes a grid for transmitting available electrical energy, a plurality of rate payers using energy generated from renewable energy sources, a plurality of utility companies providing the grid, a plurality of credits redeemable for acquiring one or more of a plurality of life benefits, and an administrator overseeing a redemption process. In one embodiment, credits are accumulated by the rate payers based on either a predetermined amount of electrical energy purchased from or sold back to the grid. In the redemption process the credits accumulated by the rate payers are redeemed at a redemption rate to provide a redemption value. The redemption value is remitted by the rate payers to satisfy benefit cost for acquiring the life benefits, or portions thereof.

A computerized trading system includes a master node and a plurality of regional nodes, the master and regional nodes each including a processor and memory, and where the master node is communicatively coupled to each of the regional nodes over a network. The master node and regional nodes are programmed to perform a method for updating limits for each of the regional nodes, where the master node maintains a global limit and a ratio representing a proportion of the global limit allocable to each of the regional nodes. The master node allocates to each regional node a local limit that is a proportion of the global limit in accordance with the ratio, and monitors the local limit utilization at each of the regional nodes. When the master node detects one or more events, the master node allocates a new local limit to one or more of the regional nodes.