Abstract: Systems, methods, and computer-readable media for fetching data associated with one or more mappings for rendering with a user interface. A method may include receiving a request from the browser for the data at the content delivery network, querying the server-side cache of the content delivery network to determine if the one or more mappings within the data is within the server-side cache, receiving information indicative of a cache hit or a cache miss from the server-side cache, if the information is the cache miss, retrieving the one or more mappings from the data store, parsing the one or more mappings to obtain the data; and serving the data to the browser for rendering the user interface.

Abstract: Systems, methods, and computer-readable media for processing transactions utilizing a gaming system, where the transactions are initiated by game providers. The system may include a remote gaming server, a remote gaming server bridge, a gaming system, an eligibility verifier, a wallet, an event generator, an event publisher, a session manager, an alert system, and a pendings fixer. The remote gaming server may transmit a request (e.g., a transaction) to the gaming system, where the remote gaming server bridge may translate the request such that it is processable and understandable by the gaming system. The wallet may update an account associated with the user, including by depositing a sum or withdrawing the sum from the account. The event generator may generate a system event associated with the transaction, and the event publisher may publish the system event to a data store.

Abstract: Systems, methods, and computer-readable media for providing a game to a user through a user interface. A gaming platform may include a game client, a game window, a message flow, a launcher, a game launch service, a game provider, a platform back end, and a testing module. The game client may provide the game. The game client may be embedded in the game window. The game window may provide the ability for a user to interact with the game through an input, as well as one or more interface elements agnostic to the game. The message flow may facilitate the translation and communication of a message from a first format associated with the game client and a second format associated with the game window.

Abstract: Computer-readable media, methods, and systems for comparing and migrating multiple online user accounts from multiple online platforms while reducing the probability of false mergers. At least one first online platform comprising a plurality of online accounts associated with the first online platform may be compared with at least one second online platform comprising a plurality of online accounts associated with the second online platform. The comparison further includes comparing the one or more fields of personally identifiable information associated with the first user and the one or more fields of personally identifiable information associated with the second user while excluding known improbable values. Following the comparison between the online accounts, a migration outcome may be determined for creating a new online account, migrating online accounts across online platforms, or consolidating online accounts.

Abstract: Systems, methods, and computer-readable media for dynamically generating wager delays for live betting are disclosed. During a live contest, a wager delay may be enacted on any wagers placed. The wager delay may be dynamic such that the time of the wager delay changes throughout the contest. The wager delay may be determined based on a state of the contest, such as whether the contest is in a live state or is in a break state. When the contest is in the break state, the wager delay may be lowered or disabled until the contest returns to the live state. The wager delay may be applicable to only users determined to be wagering on the contest while also in-attendance at the contest.

Abstract: Computer-readable media, methods, and systems for comparing and migrating multiple online user accounts from multiple online platforms while reducing the probability of false mergers. At least one first online platform comprising a plurality of online accounts associated with the first online platform may be compared with at least one second online platform comprising a plurality of online accounts associated with the second online platform. The comparison further includes comparing the one or more fields of personally identifiable information associated with the first user and the one or more fields of personally identifiable information associated with the second user while excluding known improbable values. Following the comparison between the online accounts, a migration outcome may be determined for creating a new online account, migrating online accounts across online platforms, or consolidating online accounts.

Abstract: There is provided a method that includes (a) receiving an activation signal from a user interface, (b) receiving data indicative of an occurrence of an event, (c) allotting a benefit, in response to the occurrence of the event, (d) recognizing that the event occurred within a window of time with respect to a time of occurrence of the activation signal, and (e) modifying the benefit to yield a modified benefit. There is also provided a system that performs the method.