Abstract: Systems and methods to modulate metric values of the reliability metrics for the individual contributors based upon receipt of reliability feedback. A smart contract encodes automatic computer-executed rules for reliability metrics that indicate reliability of the individual contributors. Exemplary implementations executed by the smart contract: monitor receipt of specialized tokens at a topic address, on a decentralized ledger, associated with positive reliability feedback for a given contributor for a given topic, wherein the given contributor generates content items for the given topic and other topics that are presented via an online platform, wherein the online platform hosts the content items related to different topics for viewing and validating by users, wherein the users include the given contributor; and determine, based on the specialized tokens received at the topic address, a metric value of a given contributor-topic reliability metric for the given contributor for the given topic.

Abstract: The systems and methods described herein are related to an improved cryptocurrency stability protocol and mechanism for facilitating the exchange of cryptocurrency. The improved technology protocol described herein may comprise a stability protocol utilized to stabilize the price of a stable coin (or crypto-token) in circulation by preventing the exchange of the stable coin above or below the current value of the coin at any given time. Unlike other stable coins, the stable coin described herein may not use a currency peg or collateral or any predicting method to ensure stability. The stability protocol may instead be based on a smart contract algorithm that is designed to completely eliminate the possibility for any volatility in the first place. The improved mechanism for facilitating the exchange of cryptocurrency described herein may enable a true 1:1 value swap between two cryptocurrencies (i.e., a “smart swap”).

Abstract: The invention relates to an improved electronic reality system (e.g., augmented reality, mixed reality, and/or or virtual reality system) that integrates a cryptocurrency wallet for transmitting funds between senders and recipients based on interactions made in the electronic reality system, such as a drag and drop interaction in which an image of an item to be purchased or representation of funds to be transferred is dragged and dropped to an image of the cryptocurrency wallet in an AR display.