5 results about "Authorized domain" patented technology

A computer-implemented Universal Quantum Access Key (UQAK) system provides quantum-secure identity authentication, policy-controlled authorization, domain-namespace routing, and interoperable settlement. A namespace resolver resolves a human-readable identifier, parcel identifier, subdomain identifier, or basepoint identifier to a signed endpoint record. An identity module authenticates a subject identity anchor. An event-ingestion module receives a digitally signed event record, transaction request, evidence commitment, or terminal-originated payment event. A Time-Proof engine binds the event to a time reference, validity window, and anti-replay value. A policy container loads a signed, versioned policy bundle or PackSet. A transaction authorization and minting engine executes a single atomic state transition that authorizes a protected action, binds an associated token, value unit, certificate, entitlement, or authorization state, generates a decision or mint receipt, and anchors a digest in a tamper-evident data structure. A clearing and settlement module generates a settlement receipt.

The technologies described herein are generally directed toward establishing a domain of authority for routing table updates from a routing device. According to an embodiment, a system can comprise a processor and a memory that can enable operations facilitating performance of operations including identifying a route update that comprises information about a network. According to the embodiment, the operations can further include communicating, via the network, the route update to a second routing device for propagation of the route update to routing devices in a first authority domain with the first routing device.

A computing system including one or more processing devices configured to execute a machine learning (ML) system including ML agents. The ML agents include a first ML agent that has first entitlement metadata specifying a first entitlement domain that is accessible by the first ML agent and includes resources. The one or more processing devices receive a first entitlement request including selection of a resource included in the first entitlement domain. The first entitlement request further includes second entitlement metadata that specifies a second entitlement domain accessible by a second ML agent. Based at least in part on the first and second entitlement metadata, the one or more processing devices grant the first entitlement request to provide the second ML agent access to the selected resource. At the second ML agent, the one or more processing devices compute and output an agent output based on the selected resource.

The invention relates to the technical field of domain name interception, and discloses a domain name interception method of a MacOS system, a client, computer equipment and a product, the domain name interception method of the MacOS system comprises the following steps: capturing a DNS request message, and extracting request domain name information of the DNS request message; matching the request domain name information with authorized domain name class resources, and determining a target authorized domain name corresponding to the request domain name information; determining a corresponding target virtual IP based on the target authorized domain name, and disguising to send a DNS response message through an original socket; receiving an application layer request corresponding to the DNS response message; and searching a target authorized domain name based on the target virtual IP, determining a real IP based on the target authorized domain name, and returning a response result of the real IP. According to the invention, the problem that compatibility with a wide domain name scene is not supported can be solved.

A computing system (10) including one or more processing devices (12) configured to execute a machine learning (ML) system (20) including ML agents (22). The ML agents include a first ML agent (22A) that has first entitlement metadata (40A) specifying a first entitlement domain (42A) that is accessible by the first ML agent and includes resources (44). The one or more processing devices receive a first entitlement request (60) including selection of a resource (44A) included in the first entitlement domain. The first entitlement request further includes second entitlement metadata (40B) that specifies a second entitlement domain (42B) accessible by a second ML agent. Based at least in part on the first and second entitlement metadata, the one or more processing devices grant the first entitlement request to provide the second ML agent access to the selected resource. At the second ML agent, the one or more processing devices compute and output an agent output (62) based on the selected resource.