41 results about "Proxy service" patented technology

The application provides a Jetson module automatic flashing and upgrade maintenance method, comprising: constructing a pre-flashing environment, deploying a resource agent service unit on a host end and a server end, automatically synchronizing flashing resources of all types of Jetson modules, constructing an automatic script and an all-type mapping table, and making a start-up disk; connecting the start-up disk and the Jetson device to the host end, identifying the device type, matching the mapping table to obtain the flashing resources, performing full-automatic flashing after patch injection and MD5 check, supporting failure retry and verification after flashing; the server end detects official resource update and pushes upgrade notification to the device, the device downloads the upgrade package through network port breakpoint resume transmission and upgrades in the background, and local reinstallation, user data reservation and system rollback are simultaneously supported. The application realizes batch automatic flashing, remote upgrade and efficient maintenance of the Jetson module, significantly reduces manual intervention, and guarantees system version consistency and deployment reliability.

The application provides a subprogram page processing method and device, equipment, storage medium and program product; the method comprises the following steps: loading a page processing service for a web view page to be rendered of a subprogram, the subprogram runs in a web application, and the domain name of the page processing service is different from the domain name of the web application; sending a resource acquisition request to a proxy service through the page processing service, the resource acquisition request instructs the proxy service to acquire web resources carried by the web view page from a resource service and return the web resources; receiving the web resources returned by the proxy service for the resource acquisition request; and rendering the web view page based on the web resources through the page processing service. Through the application, the safety of the web application can be ensured, and the rendering and running of the web view page of the subprogram in the web application can be realized.

A declarative agent service generates a set of scripts that simulate a user input in a conversation between an agent and the user and runs agent code on the set of scripts to generate a set of responses corresponding to the set of scripts. The service identifies a set of resulting tags based on at least the set of responses and inserts the set of resulting tags in the set of scripts. The service may compare the set of resulting tags with a set of pre-determined tags. In response to determining that at least one of the one or more required tags is not identified in the set of resulting tags or at least one of the one or more prohibited tags is identified in the set of resulting tags, the service may determine that the agent code includes an error and modify the agent code to correct the error.

The application discloses a multi-process parallel communication method and device, equipment and a storage medium. The method comprises the following steps: determining a unique communication identifier according to a timestamp of a current date and a preset global variable through a local center agent service; allocating the unique communication identifier for a local sub-process through the local center agent service, and allocating the unique communication identifier for a remote sub-process through a remote center agent service; encapsulating to-be-transmitted data according to the unique communication identifier and a remote service address of the remote center agent service through the local sub-process, obtaining target transmission data, and forwarding the target transmission data to the remote center agent service through the local center agent service; determining a target communication port according to the target transmission data through the remote center agent service, and establishing a remote call communication channel of the target communication port, so as to send the target transmission data to the remote sub-process through the remote call communication channel. The above scheme improves the reliability and efficiency of multi-process communication.

Techniques for enabling streamlined and simplified management of connections across cloud service providers (CSPs). The techniques provide a new, decentralized multi-cloud mesh that integrates a cloud agent service within virtual points of presence (vPoPs) to provide agentless end-to-end monitoring of connection(s) for tenant accounts across CSPs. Users can configure test(s) that are executed by the vPoPs within the multi-cloud mesh, thereby reducing overhead of creating and maintain infrastructure. By integrating the cloud agent service into the vPoPs and deploying them within the multi-cloud mesh at the edges, the techniques enable test(s) to be performed between any network elements across CSPs and dramatically reduces infrastructure overhead, operational costs, and maintenance requirements.

Techniques for enabling streamlined and simplified management of connections across cloud service providers (CSPs). The techniques provide a new, decentralized multi-cloud mesh that integrates a cloud agent service within virtual points of presence (vPoPs) to provide agentless end-to-end monitoring of connection(s) for tenant accounts across CSPs. Users can configure test(s) that are executed by the vPoPs within the multicloud mesh, thereby reducing overhead of creating and maintain infrastructure. By integrating the cloud agent service into the vPoPs and deploying them within the multi-cloud mesh at the edges, the techniques enable test(s) to be performed between any network elements across CSPs and dramatically reduces infrastructure overhead, operational costs, and maintenance requirements.

The application discloses a resource calling method and device, which is applied to a proxy server, and in response to receiving a resource authorization request of a resource user, pre-authorization information matched with the resource authorization request is obtained, and the pre-authorization information is sent to the resource user, so that the resource user calls a target resource provided by a resource service party based on the pre-authorization information. The proxy server pre-stores pre-authorization information of the resource user and the resource service party, and the pre-authorization information is used to realize the authentication of the resource service party to the resource user. The resource user can obtain the pre-authorization information from the proxy server, so that the response time of the resource user for obtaining resource authorization is reduced, and the response efficiency of resource calling is improved.

This invention relates to a proxy endpoint trusted monitoring and data protection method and system for large model compatible interfaces. The method includes: a proxy service layer identifying the data to be protected in the original request, replacing the data to be protected with placeholders to obtain a de-identified request, and saving a replacement mapping table; sending the de-identified request to the target upstream endpoint; the proxy service layer receiving the original response returned by the target upstream endpoint, performing streaming or non-streaming response processing to obtain the response output text; the proxy service layer replacing the placeholders in the response output text with the data to be protected to obtain the placeholder recovery response content, and forwarding it to the client; and periodically performing target upstream endpoint behavior consistency drift detection by the drift detection module of the proxy service layer during each request-response interaction. This invention achieves an effective coordination and balance among data protection, upstream processing availability, and response result recoverability.

This application provides an email sending method, apparatus, and electronic device, relating to the field of data processing technology. The method is applied to a proxy service configured for a cloud service, where the cloud service communicates with a mail server. The method includes: obtaining a target email account and target email content; determining the server login password for the target email account; sending the target email account and server login password to the mail server for authentication; in response to a verification failure message from the mail server, associating and storing the target email account and target email content in a storage space; based on the verification failure message, executing a predetermined re-authentication process; and upon receiving a verification success message, sending the target email content stored in the storage space to the mail server, enabling the mail server to send the target email content using the target email account. Therefore, this solution can reduce the risk of loss of email content to be sent when authentication fails.

A server device for managing privilege delegation to control execution of commands thereon is described. Execution of a command, according to first privileges, by a remote management (RM) server on the server device is requested from a RM client on a client device. An agent plug-in, chained to a command execution plug-in of the RM server, intercepts the request and forwards related information to an agent service cooperating with an operating system of the server device. The agent service determines whether to execute the command according to second privileges, different from the first privileges and if permitted, delegates the second privileges to the command, and causes, via the agent plug-in chained to the command execution plug-in, the command to be executed according to the second privileges.

In certain embodiments, a control system for an electric vehicle includes an electronic control unit (ECU) bus and a plurality of ECUs. A first ECU executes a broker service that communicates with a network server over a network, receives state information from applications executing on the ECUs, generates subscription information based on the state information, and transmits the subscription information to the applications that are subscribed to the subscription information. The first ECU also executes a translation service that communicates with the broker service and the ECU bus, and an application that generates state information, sends the state information to the broker service, and receives subscription information from the broker service. The second ECU executes an application that transmits state information over the ECU bus to the first ECU, and receives subscription information over the ECU bus from the first ECU.

This invention utilizes one-time use, time-limited codes to eliminate the need for physical device exchange and handover for taking photos for other users; utilizes encrypted communication for secure device-to-device data exchange through a cloud-based server / broker service; and features permission controls allowing users to manage access.

The application discloses a task scheduling method, system and computer readable storage medium, the method comprises the following steps: obtaining task data and resource data of an initial node group set through a segmentation service node, and performing segmentation on the initial node group set according to the task data, the resource data and a preset shard set to obtain a segmentation result; obtaining execution parameters of the task data through a scheduling selection service node and middleware, and performing scheduling on the task data according to the execution parameters and the segmentation result through the scheduling selection service node and an execution agent service node. The application distributes task data in the initial node group set to corresponding shards by performing segmentation on the initial node group set, so that the task data can be processed in a distributed manner, the efficiency and accuracy of processing complex task scheduling are improved, and the practicality of task scheduling is improved.

Embodiments of the present application provide a cryptographic resource scheduling method and device, electronic equipment and storage medium, which determine a target cryptographic machine, and obtain device information of the target cryptographic machine; based on the device information, the target cryptographic machine is connected to the proxy service; a secure channel between the proxy service is constructed, and a cryptographic resource management instruction is determined; based on the cryptographic resource management instruction, the cryptographic resource is scheduled through the secure channel. The upper cryptographic capability and the lower cryptographic resource are isolated, and the cryptographic resources of multiple manufacturers and multiple models can be applied simultaneously, thereby improving the cryptographic resource scheduling efficiency.

This invention discloses a method and system for proxy access to cloud storage based on digital certificates and virtual IPs, which can be used in user-built cloud storage systems. The method includes: establishing a platform service unit and applying for a domain name certificate to serve as the trusted root node of the entire system; establishing an encrypted communication channel between the cloud storage service unit and the platform service unit based on the domain name certificate; applying for user accounts on the platform service unit, binding them to the cloud storage service unit, and issuing cloud storage certificates; establishing an encrypted communication channel between the proxy service unit and the cloud storage service unit based on the cloud storage certificate; applying for an authorization certificate from the cloud storage service unit; creating a virtual IP and providing proxy cloud storage services to other applications based on the virtual IP, forwarding cloud storage service requests from other applications to the cloud storage service unit, and the cloud storage service unit responding after confirming permissions. This method can ensure the information security of self-built cloud storage systems and improve compatibility with network restrictions.

This application provides a proxy service system, method, apparatus, device, storage medium, and program product. The control plane of the proxy service system includes a master control plane and a slave control plane, and the data plane of the proxy service system includes a first data plane and a second data plane. The master control plane and the slave control plane are located in different regions, while the first data plane and the master control plane are located in the same region, and the second data plane and the slave control plane are located in the same region. The master control plane is used to obtain configuration description information and synchronize the configuration description information to the grid proxy in the first data plane and to the slave control plane. The slave control plane is used to synchronize the configuration description information to the grid proxy in the second data plane. The grid proxies in both the first and second data planes are used to proxy the traffic of application service instances based on the configuration description information. This improves the overall reliability of the proxy service system.

This application discloses a data acquisition system, method, energy storage power station, and electronic device, belonging to the field of power systems. The system includes at least one first data packet network, comprising a first publishing node, a first proxy service node, and a first application subscription node: the first publishing node is used to publish characteristic data of power equipment; the first proxy service node is used to receive and store the characteristic data published by the first publishing node; the first application subscription node is used to receive a first subscription request from a target application and obtain a corresponding data reception strategy based on the first subscription request, and to obtain first target characteristic data from the first proxy service node based on the data reception strategy, wherein the data reception strategy includes the object and flow of data reception. It can achieve efficient data subscription and effective data diversion, meeting the needs of efficient data acquisition, analysis, and effective utilization in energy storage power stations.

Embodiments of the present application provide a task processing method, device and system based on intelligent agents, and a service node, the method comprising: a service process acquiring a user request message bound with a target user identifier; when there is no corresponding task being executed for the target user identifier, and no proxy service instance corresponding to the target user identifier is found, removing a proxy service instance that meets an inactivity condition; creating a target proxy service instance corresponding to the target user identifier; acquiring historical task information from historical task information isolated based on the user identifier; and calling a large language model based on the target proxy service instance and the historical task information to obtain a result. From the request message, the proxy service instance to the processing of the request message when there is no task being executed, and the historical task information are all logically isolated based on the user identifier, the request messages of the same user are executed in series, the inactivity proxy service instance is removed in a dynamic pooling manner, and the resource utilization is improved.

The application relates to the technical field of network communication, and discloses an NTP security proxy method and system based on a home gateway device, which provides safe and reliable time synchronization services for a home network without changing the gateway and increasing user operation. In the application, the normal NTP request of the hanging device is intercepted through the DNAT rule of the gateway, the normal NTP request is converted into a secure request based on the NTS protocol by the NTP security proxy service built in the gateway, the encryption authentication communication with the external trusted NTS server is completed, the authoritative timestamp is extracted, the message which is disguised as the response of the original server is constructed according to the normal NTP protocol format, and the message is fed back to the hanging device, and finally, the safe and reliable time synchronization services are provided for all the network devices without changing the hanging device and increasing user operation.

The disclosed technology teaches a method of operating an inspection proxy for encrypted sessions between users in an organization serviced by the inspection proxy and cloud-based services accessed by the users. The method comprises a Hardware Secure Module (HSM) providing, to the inspection proxy comprising an intermediate certificate authority, a signed certificate authority (CA) certificate that browsers, operated by the users in the organization, recognize to be authorized to sign end-entity certificates, by virtue of being chained to a root certificate recognized by the browsers.

This invention discloses an intranet traversal system, comprising a client and a server. The client runs on a computer within a local area network (LAN), and the server runs on a cloud host. Each client connects to an internal service within the LAN. When the corresponding internal service requires traversal, the client initiates a connection request to the server. The server receives the connection request from the client, establishes a tunnel with the client, and starts a proxy service for the internal service corresponding to that client. The proxy service receives access requests from internet users and forwards them to the internal service within the LAN via the server and client. This invention provides strong computing and storage services while controlling costs and simplifying intranet traversal operations.

The application provides a process management method for product security management, relates to the technical field of continuous delivery and product library security, and comprises the following steps: intercepting upload and download requests through a product library agent service, intercepting product information by using a Lua script, and pushing the product information to a cache service; a product library management service triggers scanning; a product scanning service is based on SHA256 deduplication, decompression and analysis of a dependency list, and real-time matching with a vulnerability library; when the vulnerability library is updated, the product scanning result is automatically recalculated, the product state is automatically transferred to downloadable or non-downloadable according to the result, and the product is automatically released or rejected according to the real-time result during downloading. The application realizes automatic transfer of the product state, dynamic updating of the scanning result, and automatic control of the dependency security, solves the problems of separation of traditional scanning and the product library, static reporting, lagging of manual auditing, and misuse of problem products, and improves the safety and automation level of the continuous delivery process.

This invention discloses a method and system for passwordless data transmission across cluster containers based on centralized management. The method is executed on a stateless SSH proxy server in the target business cluster and includes: intercepting a passwordless connection request sent by a source client to the target business cluster from a source container instance in the source business cluster, based on the source client's private key; requesting authentication of the passwordless connection request from the central management cluster; if authentication is successful, requesting the container orchestration configuration file of the target business cluster from the central management cluster; dynamically creating a temporary visitor container in the target business cluster and mounting the corresponding target data volume according to the container orchestration configuration file, so that the source container instance can read and write data from the target data volume mounted on the temporary visitor container; and destroying the temporary visitor container and releasing the target data volume in response to a passwordless connection termination request from the source container instance. This invention achieves physical isolation and access security for cross-cluster container data transmission.

This application discloses a heterogeneous computing power resource aggregation and intelligent task matching and distribution system and method, belonging to the field of computing power resource distribution technology. The heterogeneous computing power resource aggregation and intelligent task matching and distribution system includes a computing power cluster registration module, a task publishing module, and a computing power market coordination module. The computing power cluster registration module is used for clusters to declare their heterogeneous hardware and software environment capabilities; the task publishing module allows users to define task requirements; the computing power market coordination module has a built-in intelligent scheduling engine, which achieves optimal matching between tasks and computing power clusters based on multiple dimensions such as cluster capabilities, real-time load, pricing strategy, user budget, task priority, and cluster reputation score, and issues task instructions to the proxy service of the matched cluster. This invention aims to solve the problem of difficult unified management and efficient utilization of heterogeneous computing power resources, and improves resource allocation efficiency and user task execution satisfaction through unified resource description and multi-dimensional intelligent matching.

A computing services environment may include application servers providing computing services including access to a database system, a unified metadata framework including autonomous agent definitions referencing action definitions defining a plurality of actions capable of being performed within the computing services environment, an agent service configured to instantiate an autonomous agent instance based on an autonomous agent definition, and an orchestration layer configured to determine an orchestration plan based on novel planning text generated by a generative language model. The orchestration plan may include a subset of the plurality of actions identified in the novel planning text. The computing services environment may execute the subset of the plurality of actions within the computing services environment.

A computing system includes a DPU subsystem coupled to a host subsystem. The DPU subsystem receives an instruction to provide a service, and determines a host operating load of the host subsystem and a DPU operating load of the DPU subsystem during subsequent time periods. Based on the host operating load and / or the DPU operating load during a first time period, the DPU subsystem configures the DPU subsystem to provide the service, and performs service requests for the service from client system(s). Based on the host operating load and / or the DPU operating load during a second time period that is subsequent to the first time period, the DPU subsystem configures the host subsystem to provide the service in order to migrate the service from the DPU subsystem to the host subsystem, and proxies service requests for the service between the client system(s) and the host subsystem providing the service.

The application relates to a double-channel test method, system and electronic equipment for an in-process agent. The method comprises the following steps: starting an HTTP agent service in a test process and running the HTTP agent service in a daemon thread, guiding network traffic of a tested application to the agent service; intercepting API response data through the agent service and transmitting the API response data to a test main thread in real time through a thread synchronization mechanism; before the test main thread executes a UI operation, judging whether a current state has met a target state according to the API response data, and if yes, skipping the UI operation; after the UI operation is executed, verifying whether the UI operation changes the state of the tested application to the target state according to the API response data. The application realizes real-time synchronous verification of UI and API, eliminates time sequence errors of external plug-in packet capturing through in-process embedded agents, realizes automatic management of agent life cycles through daemon threads, avoids redundant execution through state pre-checking, and improves the certainty, efficiency and reliability of testing.

This invention provides a metaverse AI emotional interaction method and system based on multimodal perception and intent understanding, comprising: real-time acquisition of multi-category interaction data of users in the metaverse environment using multimodal sensors, and performing multimodal fusion processing on the multi-category interaction data; extracting the user's emotional feature vector and intent feature vector based on the multimodal fusion processing results, and processing the obtained emotional feature vector and intent feature vector based on a pre-trained deep learning model to determine the user's intent representation; acquiring dynamic contextual information of the metaverse environment, and performing comprehensive analysis in conjunction with the user's intent representation to determine personalized emotional interaction responses for the user; and controlling virtual agent services in the metaverse environment to execute emotional interaction response behaviors based on personalized emotional interaction responses. This improves the accuracy and naturalness of emotional interaction, enhances user immersion, thereby improving the overall user experience and enhancing the effect of emotional interaction.

This disclosure relates to a database creation method, apparatus, device, and medium. The database creation method is applied to a ShardingSphere agent server and includes: receiving a first database creation command sent by a client; if, based on the identifier of a first database to be created in the first database creation command, it is determined that no logical database corresponding to the first database to be created exists, and if the status information corresponding to the first database to be created is offline and residual information exists, performing a deletion operation on the residual information, and if the deletion of the residual information is successful, performing a creation operation on the first database to be created; or, if the status information corresponding to the first database to be created is not offline, marking the status information corresponding to the first database to be created as offline and performing a creation operation on the first database to be created. This automatically achieves resource cleanup and reclamation, improves cleanup efficiency, and reduces labor costs.