13 results about "Network Computer" patented technology

A computing device can execute a browser application to enable a user of the computing device to interact with a current user interface (UI) design file. The computing device can automatically preload a set of UI design files of the user from a backend network computer system into browser memory of the computing device. The computing device can detect an offline trigger on the computing device, and in response, initiate an offline mode on the browser application, where the offline mode enables the user to continue interacting with the current UI design file.

Machine learning systems and methods for computer modeling and optimization of telecommunications networks are provided. The system processes information relating to a telecommunications network, such as a cellular telephone network, and generates a directed network graph that represents the network as a series of connected edges and nodes with associated attributes such as transmitter power, antenna tilt, radio resource control information, handover attempts, collisions, and other parameters. The network graph is stored in a graph database, and is processed by one or more network graph model inference modules which apply one or more specially-trained artificial intelligence (AI) models to the network graph to generate an optimized version of the network graph that can be utilized to improve the telecommunications network. A modeling visualization interface is also provided, and allows users of the system to visualize modeling and optimization performed by the system.

A computer-implemented system and method for distributed memory-native networking using agents. Each agent comprises a unique identifier, payload, memory field containing lineage and policy references, transport metadata, and a cryptographic signature. A modular protocol stack processes these agents through routing, indexing, and consensus layers, with behavior determined by embedded memory. Routing decisions are trust-scoped based on memory-derived access logs and health feedback. Mutation proposals are validated using dynamic, memory-referenced quorum formation. The system enables stateful, policy-bound propagation, structural reorganization, and adaptive execution without centralized coordination or persistent session state. It operates over conventional transport protocols and supports interoperability with cognition-layer payloads, including semantic execution. The architecture allows dynamic trust modeling, autonomous network adaptation, and memory-driven mutation governance across heterogeneous, decentralized, and highlatency environments.

One embodiment is related to a method. The method includes receiving from a storage application server computer, a token request message comprising a user identifier associated with a storage application on a user device, and determining a token. The token is a limited use token. The method includes mapping the token to the user identifier, transmitting to the user device, a token response message comprising the token to the storage application server computer. The method includes receiving from a processing network computer, a de-tokenization request message comprising the token, after the processing network computer receives an authorization request message comprising the token from a resource provider computer via a transport computer. The method also includes determining the user identifier using the token, and transmitting the user identifier to the processing network computer.

A network computer system can monitor browser memory usage by a browser application during a user interface (UI) design session in which a user interacts with a UI design file via a browser application. The system can detect the browser memory usage by the browser application exceeding a first memory threshold, and in response, the system can provide, on a display of the computing device, a menu of a plurality of UI pages of the UI design file, where each UI page of the plurality of UI pages presented in the menu includes a memory usage indicator.

The invention is related to a method to configure a network (9) for in-network computing of network data (11), comprising the following steps performed by a function orchestration module (8) of the network (9); generating a compute function (14), configured to process the specific network data (11) according to the data processing specification (10); generating a network function (17) for the network device (1), wherein the network function (17) is configured to forward the specific network data (11) received by the network device (1) to the compute function (14) operated by the network device (1) and to forward the processed specific network data (11); and providing the compute function (14) and the network function (17) to the network device (1).

A network computer provides interactive graphic design system instructions for execution at a user computing device. The user computing device determines that a main component in a design interface includes a freeform content area and rendering, on a canvas, a visual representation of the freeform content area within an instance of the main component. The user computing device further receives, via an input interface, a first set of user input specifying content to be inserted in the freeform content area of the instance and populates the freeform content area within the instance with the content.

A method is disclosed. The method includes receiving, by a processing network computer from a relying party computer associated with a relying party, a request for data associated with a user operating a user device. The processing network computer is capable of retrieving first encrypted data of the user having an encrypted user layer. The processing computer is then capable of generating a second symmetric key to add an encrypted relying party layer to the first encrypted data using a stream cipher. The double encrypted data can be transmitted to the user device, which removes the encrypted user layer on the first double encrypted data and then adds a second encrypted relying party layer to form a second double encrypted data. The second double encrypted data can be transmitted to the relying party computer, which is capable of removing both encrypted relying party layers to obtain access to the data associated with the user.

A system can receive location data from a computing device of a requesting user, where the location data indicates a current position of the requesting user. The system can determine a rendezvous location for the requesting user prior to the requesting user transmitting a service request to the network computer system. The system may then transmit data corresponding to the rendezvous location to the computing device of the requesting user. The system may further periodically receive an update request from the computing device of the user, and for each update request, (i) determine a second plurality of transport providers with the predetermined distance or time from the current position of the user, and (ii) based on respective locations of these transport providers, transmit updated map data to the computing device to indicate an updated rendezvous location on the map interface.