DK Crown Holdings Inc.

Systems and methods for executing an application with dynamic modification of application conditions are disclosed. A system can provide a respective interface for a network-accessible application. The system can update the application state of the network-accessible application to an execution state based on receiving a plurality of client values. The system can execute a plurality of iterations of the network-accessible application in response to updating the network-accessible application to the execution state. Each iteration can include selecting an application value pair, updating a respective status of at least one tile, and determining whether the at least one tile satisfies an application termination condition. The system can update the application state to a termination state or execute a subsequent iteration of the plurality of iterations in response to determining that the respective status of the at least one tile does or does not satisfy the termination condition, respectively.

Described herein are systems and methods for generating instructions for network optimization using language models. A system can maintain a plurality of wager opportunities corresponding to a plurality of live events. The system can receive, from a client device associated with a player profile, a prompt comprising a condition and a request for a wager recommendation, where the condition corresponds to at least one future event. Using a language model and the prompt, the system can generate output including a command to monitor the condition and a selected wager opportunity. The system can determine that the condition has been satisfied, and in response, update the player profile to include a wager generated according to the selected wager opportunity. The system can provide an indication to the client device that the condition was satisfied.

Message driven gaming systems and processes are described. For an implementation, a process may include executing, by a processor in a front-end server for a message driven gaming system, non-transient computer instructions which instantiate a producer engine. The message driven gaming system may include at least one back-end server. The producer engine configures the front-end server to communicate messages to the at least back-end server by: receiving first data corresponding to an online bet; generating, based on the first data, a first on-line gaming message; and publishing the first on-line gaming message onto a first message data stream. The back-end server periodically polls the first message data stream, and determines that the first on-line gaming message is available on the first message data stream for consumption by the back-end server. The message may include a settlement message for a bet placed by a user of the on-line gaming system.

Systems and methods for modeling dynamic data conditions are disclosed. A system can initiate a session with a client device in response to a first request and transmit instructions for network application formatting. A second request can be received to advance a state of the network application, including a state value. The system can iteratively update the state, wherein at least one iteration includes selecting, based on a prior state modification value satisfying a criterion, a first set of state modification values from multiple sets, determining a state modification value from the first set, and updating the state accordingly. Upon determining that the state satisfies a termination condition, the system can update a network profile associated with the client device.

Systems and methods for validating live programming content based on data are provided. A system can access an initial schedule for a live broadcast event provided by a broadcast provider computing system, and identify an initial start time for the live broadcast event and a duration for the live broadcast event. The system can receive an update relating to the live broadcast event from a data source. The system can determine that the initial schedule is invalid based on the update, and set a flag for the live broadcast event indicating that the initial schedule has changed. The system can then modify a selection policy for content to display with the live broadcast event responsive to the flag.

Systems and methods for generating data structures using language models based on distributed network communications are disclosed. A system can maintain a plurality of data structures. Each of the plurality of data structures can correspond to a first set of parameters for a first time period and a second set of parameters for a second time period. The system can generate, using the language model and parameters, indications of changed parameters for the plurality of data structures. The system can receive, from a client device, a prompt including a request. The system can generate, using the language model, the prompt, and the indications of changed parameters, an output message identifying at least one data structure that satisfies the request. The message can identify a change in parameters associated with the at least one data structure. The system can provide the output message to the client device.

Techniques for managing the distribution of platform content updates to client devices includes a system that receives a connection request from a client device to access one or more resources of a software platform via a client application. The system establishes, in response to the request, a bidirectional network connection with the client device and retrieves one or more initial data streams from application programming interfaces (APIs) of the platform. The system transmits, over the bidirectional network connection, the data streams for presentation on a user interface of the client application. The system retrieves subsequent data streams corresponding to the initial data streams based on prior user interactions with the initial data streams.