Social interaction methods and systems implemented by a computing device

Abstract

This disclosure provides a social interaction method implemented by a computing device. The method includes generating a digital avatar associated with a user account, wherein the digital avatar is configured to perform tasks on behalf of the user account; establishing a first connection between the user account and a second user account for direct communication between the users; establishing a second connection between the digital avatar associated with the user account and a second digital avatar associated with the second user account for automated interaction between the digital avatars; establishing a third connection between the user account and the digital avatar associated with the user account, wherein the user account has control over the digital avatar; and establishing a fourth connection between the digital avatar and the second user account for providing intelligent services from the digital avatar to the second user account.

Description

Technical Field

[0001] This disclosure relates to social networking platform technology, and more specifically to a system and method for establishing multidimensional social connections between user accounts using digital identities. Background Technology

[0002] Social networking platforms have become an integral part of modern digital life, enabling users to connect and communicate with friends, family, and colleagues. Traditional social networking platforms typically employ a single connection model—a direct connection between users—for functions such as adding friends, messaging, content sharing, and group collaboration.

[0003] With the development of artificial intelligence technology, various intelligent assistants and automated tools have been introduced into digital platforms to help users complete various tasks. These tools can perform functions such as information organization, schedule management, and content recommendation. However, existing social network architectures may have limitations in integrating artificial intelligence capabilities, and the interaction between users and intelligent assistants is often separated from social connection functions.

[0004] Furthermore, when using social media platforms, users may need to switch between multiple applications to complete different tasks, such as content creation, video editing, publishing and dissemination, e-commerce transactions, or local services. This fragmented user experience can reduce efficiency and increase operational complexity.

[0005] Therefore, improved systems and methods are needed to address one or more of the aforementioned problems in social networking platforms. Summary of the Invention

[0006] This summary is provided to introduce, in a simplified form, a series of concepts further described in the detailed description below. This summary is not intended to identify key or essential features of the claimed subject matter, nor is it intended to help determine the scope of the claimed subject matter.

[0007] According to one aspect of this disclosure, a social interaction method implemented by a computing device is provided. The method includes generating a digital avatar associated with a user account, wherein the digital avatar is configured to perform tasks on behalf of the user account. The method includes establishing a first connection between the user account and a second user account for direct communication between the users. The method includes establishing a second connection between the digital avatar associated with the user account and a second digital avatar associated with the second user account for automated interaction between the digital avatars. The method includes establishing a third connection between the user account and the digital avatar associated with the user account, wherein the user account has control over the digital avatar. The method includes establishing a fourth connection between the digital avatar and the second user account for providing intelligent services from the digital avatar to the second user account.

[0008] According to other aspects of this disclosure, the method may include one or more of the following features. The digitizer may be configured to perform at least one of the following: identity recognition, intent understanding, task execution, social interaction, or ecosystem scheduling. Automated interaction between the digitizers may include at least one of the following: information synchronization, task coordination, or content preprocessing. Intelligent services provided by the digitizer may include at least one of the following: information organization, scheduling, content creation, demand matching, or intelligent recommendation. The method may also include receiving control instructions from the user account via the third connection, and causing the digitizer to perform tasks based on the control instructions. The method may also include invoking one or more ecosystem capabilities via a social hub interface without redirecting to a third-party application, wherein the ecosystem capabilities include at least one of the following: content creation, video editing, publishing, e-commerce transactions, local life services, or data analytics.

[0009] According to another aspect of this disclosure, a computing system is provided. The computing system includes one or more processors. The computing system includes one or more non-transitory computer-readable media storing instructions that, when executed by the one or more processors, cause the computing system to perform operations. The operations include generating a digital avatar associated with a user account, wherein the digital avatar is configured to perform tasks on behalf of the user account. The operations include managing a social hub supporting multiple connection modes, including: a first connection mode for direct communication between the user account and a second user account; a second connection mode for automated interaction between the digital avatar and a second digital avatar associated with the second user account; a third connection mode for control communication between the user account and the digital avatar; and a fourth connection mode for providing intelligent services from the digital avatar to the second user account.

[0010] According to other aspects of this disclosure, the computing system may include one or more of the following features. The operation may also include receiving user instructions via the third connection mode and causing the digitized avatar to perform corresponding tasks based on the user instructions, wherein the user account maintains control over the digitized avatar. Automated interaction in the second connection mode may include the digitized avatar and the second digitized avatar performing at least one of the following: offline message synchronization, task coordination, or information relay. The operation may also include providing access to multiple ecosystem tools via the social hub for performing at least one of the following: content creation, publishing, transaction processing, or data management. The digitized avatar may be configured to proactively provide services to the second user account, the services including at least one of the following: curated message delivery, schedule reminders, or intelligent recommendations.

[0011] According to another aspect of this disclosure, a non-transitory computer-readable medium is provided that stores instructions, when executed by one or more processors, to cause the one or more processors to perform operations. The operations include generating a digital avatar for a user, wherein the digital avatar is configured to act as a digital agent of the user. The operations also include establishing a multidimensional social connection framework, the multidimensional social connection framework including: user-to-user connections for direct social interaction; avatar-to-avatar connections for automated coordination between the digital avatar and a second digital avatar of a second user; user-to-avatar connections for the user to control the digital avatar; and avatar-to-user connections for the digital avatar to provide intelligent services to the second user.

[0012] According to other aspects of this disclosure, the non-transitory computer-readable medium may include one or more of the following features. The operation may also include receiving control commands from the user via the user-to-avatar connection, and having the avatar perform tasks corresponding to the control commands. The avatar-to-avatar connection enables the avatar and the second avatar to perform continuous interaction independently of real-time user participation.

[0013] The general description of the foregoing exemplary embodiments and the following detailed description are merely exemplary aspects of the teachings of this disclosure and are not restrictive. Attached Figure Description

[0014] Figure 1 A system diagram of a multidimensional social connection framework according to an embodiment of the present disclosure is shown.

[0015] Figure 2 A flowchart of a social interaction method according to an embodiment of this disclosure is shown.

[0016] Figure 3 An architecture diagram of a computing system according to an embodiment of the present disclosure is shown.

[0017] Figure 4 A functional block diagram of a digital identity according to an embodiment of the present disclosure is shown.

[0018] Figure 5 A system diagram of a social hub ecosystem according to an embodiment of this disclosure is shown.

[0019] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used together with the embodiments of the invention to explain the invention and do not constitute a limitation thereof. Detailed Implementation

[0020] The following description illustrates exemplary aspects of this disclosure. However, it should be understood that this description is not intended to be a limitation on the scope of this disclosure. Rather, the description also covers combinations and modifications of the exemplary aspects described herein.

[0021] As used herein, the term "digital avatar" can refer to a software entity or intelligent agent associated with a user account, configured to perform various tasks on behalf of the user account. A digital avatar may include one or more functional modules for functions such as identity recognition, intent understanding, task execution, social interaction, or ecosystem scheduling. A digital avatar can act as a digital agent for the user, continuing to perform pre-defined tasks when the user is offline or not actively engaged. Specifically, a digital avatar can be a digital assistant integrated with AI capabilities.

[0022] As used in this article, the term "connection" can refer to a communication link or relationship established between two entities on a social networking platform. Connections can be one-way or two-way and can support different types of interaction, such as direct communication, automated interaction, control communication, or intelligent service provision.

[0023] As used in this article, the term "social hub" can refer to an integrated platform or interface that supports multiple connectivity modes and provides access to multiple ecosystem tools. A social hub enables users to perform various tasks within a single interface without being redirected to third-party applications.

[0024] As used herein, the term "automated interaction" refers to interactions between digital avatars that do not require real-time user intervention. Automated interaction may include operations such as information synchronization, task coordination, content preprocessing, or information relay.

[0025] As used herein, the term "intelligent service" can refer to artificial intelligence-based services provided to a user's account by a digital avatar. Intelligent services may include functions such as information organization, scheduling, content creation, demand matching, or intelligent recommendations.

[0026] As used herein, the term "control authority" refers to the management and command capabilities a user account has over its associated digital avatar. User accounts can use control authority to send control instructions or commands to the digital avatar to enable it to perform corresponding tasks.

[0027] As used in this article, the term "ecosystem capability" or "ecosystem tool" can refer to various functional modules or services accessible through the social hub interface, including but not limited to content creation, video editing, publishing, e-commerce transactions, local life services, or data analysis.

[0028] As used in this article, the term "multidimensional social connection framework" can refer to a social network architecture that supports multiple types of connections, including user-to-user connections, avatar-to-avatar connections, user-to-avatar connections, and avatar-to-user connections.

[0029] This disclosure describes a multidimensional social connection system and method that utilizes digital avatars to establish multidimensional social connections between user accounts. This system breaks away from the traditional single-mode of social networks that only supports person-to-person connections, using the user's digital avatar as a node to achieve intelligent connections between users and their digital avatars across all scenarios and dimensions.

[0030] In some aspects, the system's design philosophy can be centered on humans, with artificial intelligence (AI) as an extension of capabilities. The digital avatar can act as a user's agent in the digital world, expanding the user's social boundaries and work efficiency without replacing the user's primary social role. The digital avatar can be configured to serve the user and enhance their capabilities, rather than replace them.

[0031] In some aspects, the system can construct a four-dimensional superimposed social system, including four connection modes. The first connection mode supports direct communication between a user account and a second user account, enabling traditional social functions such as adding friends, interactive communication, content sharing, and group collaboration. The second connection mode supports automated interaction between digital avatars and second digital avatars, enabling functions such as information synchronization, task coordination, and content preprocessing, thus becoming an extension of user social interaction. The third connection mode supports control communication between a user account and a digital avatar, where the user account has control over the digital avatar, which can act as an assistant tool to execute user intentions and assist user decision-making. The fourth connection mode supports the digital avatar providing intelligent services to second user accounts, including information organization, scheduling, content creation, demand matching, and intelligent recommendations.

[0032] In some aspects, the system may include a social hub, serving as a unified entry point to deeply integrate digital identity with social functions. The social hub supports the four connection modes mentioned above and can centrally manage friend relationships, social updates, interactive information, and collaborative tasks. In some cases, users can access multiple ecosystem tools through the social hub interface, including content creation tools, video editing tools, publishing tools, e-commerce transaction tools, local life service tools, and data analysis tools, without being redirected to third-party applications.

[0033] Figure 1 A system diagram of a multidimensional social connection framework 100 according to an embodiment of the present disclosure is shown. The multidimensional social connection framework 100 can support various types of connections to achieve intelligent connections between users and their digital identities across all scenarios and dimensions.

[0034] The multidimensional social connection framework 100 may include a user layer and a digital identity layer. The user layer may include user account A 102 and user account B 104. User account A 102 and user account B 104 may represent user accounts registered on a social networking platform. The digital identity layer may include digital identity A 106 and digital identity B 108. Digital identity A 106 may be associated with user account A 102, and digital identity B 108 may be associated with user account B 104. In some respects, digital identity A 106 and digital identity B 108 may act as proxies for user account A 102 and user account B 104 in the digital world, respectively.

[0035] The multidimensional social connection framework 100 supports four connection types. The first connection 110 can be established between user account A102 and user account B104 for direct communication between users. The first connection 110 supports traditional social functions such as adding friends, interactive communication, content sharing, and group collaboration. In some cases, the first connection 110 can build real social relationship chains between users.

[0036] A second connection 112 can be established between digital avatars A 106 and B 108 for automated interaction between them. In some respects, digital avatars A 106 and B 108 can independently establish avatar friendships through the second connection 112. The second connection 112 can support functions such as information synchronization, task coordination, and content preprocessing. In some cases, digital avatars A 106 and B 108 can perform offline message synchronization and task collaboration through the second connection 112. For example, digital avatar A 106 can send messages to digital avatar B 108 or coordinate tasks through the second connection 112. The second connection 112 enables continuous interaction between digital avatars independent of real-time user participation, thus becoming an extension of user social interaction.

[0037] A third connection 114 can be established between user account A 102 and digital avatar A 106 for control communication between the user account and the digital avatar. User account A 102 can have control over digital avatar A 106 through the third connection 114. In some aspects, user account A 102 can have complete control, command, and management over digital avatar A 106. Digital avatar A 106 can exist as an assistant tool, executing the intentions of user account A 102, assisting user account A 102 in decision-making, and improving the efficiency of user account A 102. In some cases, user account A 102 can send control commands to digital avatar A 106 through the third connection 114, and digital avatar A 106 can perform corresponding tasks based on the control commands. Digital avatar A 106 can be configured to serve user account A 102 and enhance the capabilities of user account A 102, rather than replacing the social subject status of user account A 102.

[0038] The fourth connection 116 can be established between digital avatar A 106 and user account B 104 to provide intelligent services from digital avatar A 106 to user account B 104. In some aspects, digital avatar A 106 can proactively provide intelligent services to user account B 104 through the fourth connection 116. Intelligent services may include functions such as information organization, scheduling, content creation, demand matching, and intelligent recommendations. In some cases, the fourth connection 116 can realize proactive, predictive, and companion-like intelligent services. For example, digital avatar A 106 can push organized information or friend notifications to user account B 104 through the fourth connection 116.

[0039] In some aspects, the four connection types mentioned above can be superimposed and integrated to form a multidimensional social connection framework 100. This multidimensional social connection framework 100 breaks away from the traditional social network's single-mode support for only person-to-person connections, using digital avatars as nodes to achieve multidimensional intelligent connections between users and their digital avatars.

[0040] Figure 2 A flowchart of a social interaction method 200 according to an embodiment of the present disclosure is shown. The social interaction method 200, which can be implemented by a computing device, is used to establish multidimensional social connections in a social networking platform.

[0041] In step 202, the social interaction method 200 may include generating a digital avatar associated with a user's account. In some aspects, after a user completes registration and identity verification on a social networking platform, the platform may automatically generate a unique personal digital avatar for the user. The digital avatar can be configured to perform tasks on behalf of the user's account. In some cases, the digital avatar can act as a proxy for the user in the digital world. The digital avatar may possess functions such as identity recognition, intent understanding, task execution, social interaction, and ecosystem scheduling. In some aspects, the digital avatar can serve as an extension of the user's capabilities, expanding the user's social boundaries and work efficiency without replacing the user's primary social role.

[0042] In step 204, the social interaction method 200 may include establishing a first connection 110 between a user account and a second user account for direct communication between users. The first connection 110 may support traditional social functions such as adding friends, interactive communication, content sharing, and group collaboration. In some aspects, the first connection 110 may build a real, trustworthy, and stable social relationship chain between users.

[0043] In step 206, the social interaction method 200 may include establishing a second connection 112 between a digital avatar associated with a user account and a second digital avatar associated with a second user account for automated interaction between the digital avatars. In some aspects, the digital avatar and the second digital avatar can independently establish an avatar friend relationship through the second connection 112. The second connection 112 may support functions such as information synchronization, task coordination, and content preprocessing. In some cases, the digital avatar and the second digital avatar can perform offline message synchronization and task collaboration through the second connection 112. For example, a digital avatar can pass messages to a second digital avatar or coordinate tasks, such as relaying information related to the second user account, through the second connection 112. The second connection 112 enables continuous interaction between digital avatars independent of real-time user participation, thus becoming an extension of user social interaction.

[0044] In step 208, the social interaction method 200 may include establishing a third connection 114 between a user account and a digital avatar associated with the user account. The user account can have control over the digital avatar through the third connection 114. In some aspects, the user account may have complete control, command, and management over the digital avatar. The digital avatar can exist as an assistant tool, executing the user account's intentions, assisting the user account in decision-making, and improving the user account's efficiency. In some cases, the user account can send control commands to the digital avatar through the third connection 114, and the digital avatar can perform corresponding tasks based on the control commands, including auxiliary tasks such as information organization and schedule reminders.

[0045] In step 210, the social interaction method 200 may include establishing a fourth connection 116 between the digital avatar and the second user account for providing intelligent services from the digital avatar to the second user account. In some aspects, the digital avatar may proactively provide intelligent services to the second user account through the fourth connection 116. Intelligent services may include functions such as information organization, scheduling, content creation, demand matching, and intelligent recommendations. In some cases, the digital avatar may push organized information or friend notifications to the second user account through the fourth connection 116. The fourth connection 116 can realize proactive, predictive, and companion-style intelligent services.

[0046] In some aspects, social interaction method 200 enables the digital avatar to autonomously perform auxiliary tasks and provide continuous services. The four connections established through steps 202, 204, 206, 208, and 210 can be superimposed and integrated to form a multi-dimensional social connection framework 100, realizing intelligent connections between users and digital avatars across all scenarios and dimensions.

[0047] Figure 3 An architecture diagram of a computing system 300 according to an embodiment of the present disclosure is shown. The computing system 300 can be used to implement a multidimensional social connection framework 100 and a social interaction method 200.

[0048] The computing system 300 may include one or more processors 302 and one or more storage media 304. The processor 302 may include one or more central processing units (CPUs), graphics processing units (GPUs), application-specific integrated circuits (ASICs), or other types of processors. The storage media 304 may include one or more non-transitory computer-readable media for storing instructions and data. In some aspects, the storage media 304 may store instructions that, when executed by the processor 302, cause the computing system 300 to perform the operations described herein. The processor 302 and the storage media 304 may be connected via a connection cable to enable data transfer and instruction execution.

[0049] The computing system 300 may include a social center 306. The social center 306 can serve as a core component for managing multiple connection modes. The processor 302 and storage medium 304 can be connected downwards to the social center 306 to support its operation. In some aspects, the social center 306 can serve as a unified entry point, deeply integrating digital identity with social functions. The social center 306 can uniformly manage friend relationships, social dynamics, interactive information, and collaborative tasks.

[0050] The social center 306 supports multiple connection modes, including a first connection mode 308, a second connection mode 310, a third connection mode 312, and a fourth connection mode 314. In some respects, the first connection mode 308, the second connection mode 310, the third connection mode 312, and the fourth connection mode 314 can be arranged in a 2×2 grid within the social center 306.

[0051] The first connection mode 308 can be used for direct communication between a user account and a second user account. The first connection mode 308 supports traditional social functions such as adding friends, interactive communication, content sharing, and group collaboration. In some cases, the first connection mode 308 can build a real, trustworthy, and stable social relationship chain between users.

[0052] The second connection mode 310 can be used for automated interaction between digital avatars and second digital avatars. In some aspects, the second connection mode 310 can support the independent establishment of avatar friend relationships between digital avatars. Automated interaction in the second connection mode 310 may include offline message synchronization, task coordination, or information relay between digital avatars and second digital avatars. In some cases, the second connection mode 310 can enable continuous interaction between digital avatars independent of real-time user participation.

[0053] The third connection mode 312 can be used for control communication between the user account and the digital avatar. In some aspects, the user account can have control permissions over the digital avatar through the third connection mode 312. The user account can send control instructions or commands to the digital avatar through the third connection mode 312, and the digital avatar can perform corresponding tasks based on the control instructions. In some cases, the digital avatar can exist as an assistant tool, executing the user account's intentions, assisting the user account in decision-making, and improving the user account's efficiency.

[0054] The fourth connection mode 314 can be used to provide intelligent services from the digital avatar to the second user account. In some aspects, the digital avatar can proactively provide intelligent services to the second user account through the fourth connection mode 314. Intelligent services may include curated message delivery, schedule reminders, or intelligent recommendations. In some cases, the fourth connection mode 314 can enable proactive, predictive, and companion-like intelligent services.

[0055] In some respects, the computing system 300 may employ a data localization storage mechanism. This mechanism allows user information, social relationships, behavioral data, and business data to be stored locally or in a designated secure storage area. In some cases, the computing system 300 may employ financial-grade encryption technology to protect the data. Financial-grade encryption technology may include encrypting both transmitted and stored data to ensure data security during transmission and storage.

[0056] In some aspects, the computing system 300 may include a full-process auditing mechanism. This mechanism can record and track operations and data access within the computing system 300. In some cases, the computing system 300 may include a hierarchical access control mechanism. This mechanism can set different levels of access permissions for different users or different operations to achieve secure control over user information, social relationships, and data.

[0057] Figure 4 A functional block diagram of a digital avatar 400 according to an embodiment of the present disclosure is shown. The digital avatar 400 may be associated with a user account and may be configured to act as a user's agent in the digital world.

[0058] The digital avatar 400 may include multiple functional modules for implementing various tasks and interactions. In some aspects, the digital avatar 400 may include an identity recognition module 402, an intent understanding module 404, a task execution module 406, a social interaction module 408, and an ecosystem scheduling module 410. The identity recognition module 402 and the intent understanding module 404 may be located in the top row of the digital avatar 400, the task execution module 406 and the social interaction module 408 may be located in the middle row, and the ecosystem scheduling module 410 may be located in the bottom row.

[0059] The identity verification module 402 can be used to identify the identity of the user account associated with the digital identity 400. In some aspects, the identity verification module 402 can verify user identity information to ensure that the digital identity 400 is associated with the correct user account. In some cases, the identity verification module 402 can bind the digital identity 400 to the user account after the user has completed registration and identity authentication.

[0060] The intent understanding module 404 can be used to understand user intent. In some aspects, the intent understanding module 404 can receive control instructions or commands from a user account and parse the control instructions or commands to determine the user's intent. In some cases, the intent understanding module 404 can analyze user input based on natural language processing technology to identify the task or operation that the user wants the digital avatar 400 to perform.

[0061] The task execution module 406 can be used to execute tasks. In some aspects, the task execution module 406 can execute corresponding tasks based on the user intent determined by the intent understanding module 404. The tasks that the task execution module 406 can execute may include auxiliary tasks such as information organization, schedule reminders, content creation, demand matching, or intelligent recommendations. In some cases, the task execution module 406 can continue to execute the pre-defined tasks when the user is offline or does not actively participate, thereby achieving continuous service.

[0062] The social interaction module 408 can be used for social interaction. In some respects, the social interaction module 408 can manage automated interactions between the digital avatar 400 and other digital avatars. The social interaction module 408 can support functions such as information synchronization, task coordination, and content preprocessing. In some cases, the social interaction module 408 can enable the digital avatar 400 to perform continuous interactions with other digital avatars independently of real-time user participation. The social interaction module 408 can also manage the interactions of the digital avatar 400 to provide intelligent services to other user accounts.

[0063] The ecosystem scheduling module 410 can be used for ecosystem scheduling. In some aspects, the ecosystem scheduling module 410 can call up multiple ecosystem tools provided by the social hub interface. The ecosystem tools that the ecosystem scheduling module 410 can call up may include content creation tools, video editing tools, publishing tools, e-commerce transaction tools, local life service tools, and data analysis tools. In some cases, the ecosystem scheduling module 410 can enable the digital avatar 400 to call up ecosystem tools within a single interface without redirecting to third-party applications.

[0064] In some respects, Digital Identity 400 possesses scalability. It can learn and evolve over time to better understand user intent and perform tasks. In some cases, Digital Identity 400 can learn based on interaction history with user accounts and task execution results, thereby improving the performance of functions such as identity recognition, intent understanding, task execution, social interaction, and ecosystem scheduling. This scalability allows Digital Identity 400 to more effectively act as a digital agent for users.

[0065] Figure 5 A system diagram of a social hub ecosystem 500 according to an embodiment of this disclosure is shown. The social hub ecosystem 500 provides a one-stop scheduling capability for the entire ecosystem, enabling users to complete multiple tasks within a single interface without being redirected to third-party applications.

[0066] The social hub ecosystem 500 may include a social hub interface 502. The social hub interface 502 can serve as a central hub, connecting various ecosystem tools. In some respects, the social hub interface 502 can act as a unified entry point, enabling users to directly access multiple ecosystem tools. The social hub interface 502 can be integrated with the digital avatar 400, allowing the digital avatar 400 to access the ecosystem tools provided by the social hub interface 502 through the ecosystem scheduling module 410.

[0067] The social hub ecosystem 500 may include content creation tools 504. Content creation tools 504 can be connected to the social hub interface 502. In some aspects, content creation tools 504 enable users to create text, images, or other types of content. Users can directly access content creation tools 504 through the social hub interface 502 without being redirected to third-party applications.

[0068] The social hub ecosystem 500 may include a video editing tool 506. The video editing tool 506 can be connected to the social hub interface 502. In some respects, the video editing tool 506 allows users to edit, trim, or manipulate video content. Users can directly access the video editing tool 506 through the social hub interface 502.

[0069] The social hub ecosystem 500 may include a publishing tool 508. The publishing tool 508 can connect to the social hub interface 502. In some aspects, the publishing tool 508 enables users to publish created content to social networking platforms or other channels. Users can directly invoke the publishing tool 508 through the social hub interface 502 to achieve content dissemination.

[0070] The social hub ecosystem 500 may include e-commerce transaction tools 510. E-commerce transaction tools 510 can be connected to the social hub interface 502. In some aspects, e-commerce transaction tools 510 enable users to perform e-commerce transactions, including functions such as product display, order processing, or payment processing. Users can directly access e-commerce transaction tools 510 through the social hub interface 502.

[0071] The social hub ecosystem 500 may include local life service tools 512. Local life service tools 512 can be connected to the social hub interface 502. In some aspects, local life service tools 512 enable users to access local life services, including dining, transportation, or other local services. Users can directly access local life service tools 512 through the social hub interface 502.

[0072] The social hub ecosystem 500 may include data analytics tool 514. Data analytics tool 514 can be connected to the social hub interface 502. In some aspects, data analytics tool 514 allows users to analyze social data, content performance, or other relevant data. Users can directly access data analytics tool 514 through the social hub interface 502 to obtain data insights.

[0073] In some aspects, the Social Hub ecosystem 500 supports one-click access to all ecosystem tools. Users can complete the entire closed loop of creation, publishing, trading, and management through the Social Hub interface 502. In some cases, users can sequentially access the content creation tool 504 to create content, the video editing tool 506 to edit videos, the publishing tool 508 to publish content, the e-commerce transaction tool 510 to process transactions, the local life service tool 512 to access local services, and the data analysis tool 514 to analyze data within the Social Hub interface 502, without having to switch between multiple third-party applications.

[0074] In some aspects, the digital avatar 400 can automatically invoke ecosystem tools within the social hub ecosystem 500 through the ecosystem scheduling module 410. Based on user intent or preset tasks, the digital avatar 400 can invoke content creation tools 504, video editing tools 506, publishing tools 508, e-commerce transaction tools 510, local life service tools 512, or data analysis tools 514 on behalf of the user. In some cases, the digital avatar 400 can execute predetermined tasks through the social hub ecosystem 500 even when the user is offline or not actively participating.

[0075] In some aspects, the computing system 300 can employ various technical implementations to support the functionality of the multidimensional social connection framework 100 and the digital identity 400. These technical implementations of the computing system 300 may include an artificial intelligence foundation, a social foundation, and a workflow engine.

[0076] In some respects, the computing system 300 can employ a lightweight AI foundation solution. This lightweight AI foundation solution can use Ollam as the AI ​​runtime environment, in conjunction with LLama3, Qwen, or Deepseek version 8B models. In some cases, the lightweight AI foundation solution allows the computing system 300 to run locally on ordinary computing devices without relying on cloud application programming interfaces (APIs). The lightweight AI foundation solution enables local data storage, thereby enhancing data security and controllability. In some respects, the lightweight AI foundation solution can be used to validate the interaction logic of the digital avatar 400.

[0077] In some aspects, the computing system 300 can adopt a complete AI foundation solution. This complete AI foundation solution can utilize low-code visualization platforms such as Dify or fastGPT. In some cases, the Dify or fastGPT platform can support the rapid development of AI assistants, conversational memories, and workflow functions. The complete AI foundation solution can also reserve expansion space for the full ecosystem scheduling capabilities of the social hub ecosystem 500.

[0078] In some aspects, the computing system 300 can employ a lightweight social foundation solution. This lightweight social foundation solution can use the Onebot, Mirai, or OpenShamrock open-source licenses. In some cases, it can support features such as adding friends, sending messages, and group chat. The lightweight social foundation solution can also be used to verify the connection relationship between the first connection 110 and the second connection 112.

[0079] In some aspects, computing system 300 can adopt a complete social foundation solution. A complete social foundation solution can use OpenIM, FlutterIM, or Rocket.Chat, all fully open-source instant messaging systems. In some cases, a complete social foundation solution can support independent deployment, account systems, and file transfer functionality. A complete social foundation solution can be used to build an independent social hub 306.

[0080] In some respects, the computing system 300 can use the N8n as a workflow engine. The N8n workflow engine can seamlessly connect artificial intelligence capabilities with instant messaging capabilities. In some cases, the N8n workflow engine can automate the process from user commands to AI processing and then to instant messaging distribution. The N8n workflow engine may include chat nodes for handling interactions between the digital avatar 400 and user accounts. In some respects, the N8n workflow engine can provide foundational support for the full-ecosystem tool scheduling capabilities of the social hub ecosystem 500.

[0081] In some aspects, the computing system 300 may employ a combination of rapid verification technologies. This combination may include Ollama as the AI ​​runtime environment and Onebot or Mirai as the social connectivity component. In some cases, the rapid verification technology combination may create a uniquely bound digital avatar 400 for each user, which may be based on the LLama3 or Qwen8B model. The rapid verification technology combination can be used to verify the basic functionality of four connection types, including direct user chat functionality in the first connection 110, offline message synchronization and task collaboration functionality in the second connection 112, user control command sending functionality to the digital avatar in the third connection 114, and the digital avatar proactively pushing information to the user in the fourth connection 116.

[0082] In some aspects, the digital avatar 400 possesses 24 / 7 uninterrupted intelligent interaction capabilities. The digital avatar 400 can continuously perform tasks and process information even when the user is offline or not actively participating. The digital avatar 400 can perform automated interactions with other digital avatars via the second connection 112, including information synchronization, task coordination, content preprocessing, offline message synchronization, and information relay. In some cases, digital avatar A 106 can transmit messages or coordinate tasks to digital avatar B 108 via the second connection 112. For example, digital avatar A 106 can send an offline message to digital avatar B 108 via the second connection 112 to relay information related to user account B 104. Digital avatar A 106 and digital avatar B 108 can perform collaborative tasks via the second connection 112, such as coordinating meeting arrangements or synchronizing schedule information. The second connection 112 enables digital avatars A 106 and B 108 to perform continuous interactions independently of real-time user participation, thus becoming an extension of the user's social network.

[0083] In some aspects, the digital avatar 400 can provide intelligent services to user accounts via the fourth connection 116. These intelligent services may include information organization, scheduling, content creation, demand matching, and intelligent recommendations. In some cases, the digital avatar A 106 can proactively provide intelligent services to user account B 104 via the fourth connection 116. The digital avatar A 106 can push organized information or friend notifications to user account B 104. In some aspects, the fourth connection 116 can enable proactive, predictive, and supportive intelligent services. Proactive intelligent services allow the digital avatar 400 to proactively provide services to user accounts without user request. Predictive intelligent services allow the digital avatar 400 to predict user needs based on historical user behavior or preferences and prepare corresponding services in advance. Supportive intelligent services allow the digital avatar 400 to continuously provide auxiliary support to user accounts.

[0084] In some respects, the user account can send control commands to the digital avatar 400 via a third connection 114. User account A 102 can have control permissions over digital avatar A 106 via the third connection 114. In some cases, user account A 102 can send control commands to digital avatar A 106 via the third connection 114, and digital avatar A 106 can perform corresponding tasks based on the control commands. Control commands can instruct digital avatar A 106 to perform information organization, schedule reminders, or other auxiliary tasks. Digital avatar A 106 can exist as an assistant tool, executing the intentions of user account A 102, assisting user account A 102 in decision-making, and improving the efficiency of user account A 102. In some respects, digital avatar A 106 can be configured to serve user account A 102 and enhance the capabilities of user account A 102, rather than replacing the social subject status of user account A 102.

[0085] In some aspects, the intent understanding module 404 can receive control commands from a user account and parse them to determine the user's intent. The intent understanding module 404 can analyze user input based on natural language processing technology to identify the tasks or operations the user wishes the digital avatar 400 to perform. The task execution module 406 can execute the corresponding task based on the user intent determined by the intent understanding module 404. In some cases, the task execution module 406 can continue to execute the predetermined task even when the user is offline or not actively participating, thereby achieving 24 / 7 uninterrupted service. The social interaction module 408 can manage automated interactions between the digital avatar 400 and other digital avatars, and can manage interactions where the digital avatar 400 provides intelligent services to other user accounts.

[0086] In some aspects, the computing system 300 may include a lightweight cold start and relationship migration system. This system can support silent migration of social relationship chains and high-quality user growth. In some cases, it can enable social networking platforms to achieve user growth without relying on public domain traffic.

[0087] In some aspects, the lightweight cold start and relationship migration system can leverage the platform's core user group to achieve natural social fission. Natural social fission allows existing users to invite other users to join the social network platform through the first connection 110. In some cases, when user account A 102 establishes the first connection 110 with user account B 104, user account A 102 can showcase the intelligent service functions provided by digital avatar A 106 to user account B 104. User account B 104 can then choose to register on the social network platform and generate a digital avatar B 108 based on its experience with the intelligent service functions. Natural social fission allows the social relationship chain to extend naturally from existing users to new users.

[0088] In some aspects, lightweight cold start and relationship migration systems can attract user growth through robust services. These robust services can include intelligent services provided by the digital avatar 400, such as information organization, scheduling, content creation, demand matching, and intelligent recommendations. In some cases, the digital avatar 400 can showcase its intelligent service capabilities to potential users through a fourth connection 116, thereby attracting them to join the social networking platform. Robust services can provide users with continuous value, thus enhancing user retention.

[0089] In some aspects, lightweight cold start and relationship migration systems support a low-barrier-to-entry experience. This low-barrier-to-entry experience allows users to quickly obtain a digital identity after completing registration and identity verification. In some cases, social networking platforms can automatically generate a personalized digital identity for users, allowing them to start using the digital identity's features without complex configuration. This low-barrier-to-entry experience reduces the barriers for users to enter social networking platforms.

[0090] In some respects, lightweight cold start and relationship migration systems enable silent migration of social relationship chains. Silent migration allows users to transfer existing social relationships from other platforms to a social network platform without explicit user intervention. In some cases, when user account A 102 establishes a first connection 110 on a social network platform, user account A102's existing social relationships can be gradually migrated to the social network platform. Digital avatar A 106 can expand user account A 102's social network by establishing avatar friend relationships with other digital avatars through a second connection 112. Silent migration makes the migration process of social relationship chains transparent to the user.

[0091] In some respects, lightweight cold start and relationship migration systems can support high-quality user growth. High-quality user growth can be achieved through natural social viral growth and compelling service attraction, rather than relying on public domain traffic. In some cases, users acquired through first-connection 110 and fourth-connection 116 can have high engagement and retention rates. High-quality user growth enables social networking platforms to robustly build their user base.

[0092] In some aspects, the multidimensional social connection framework 100 can enhance the user experience. Users can complete the entire closed loop of social interaction, work, transactions, and management within a single interface through the social center interface 502. In some cases, users can access content creation tools 504, video editing tools 506, publishing tools 508, e-commerce transaction tools 510, local life service tools 512, and data analysis tools 514 through the social center interface 502 without switching between multiple third-party applications. The digital avatar 400 can serve as an extension of the user's capabilities, expanding the user's social boundaries and work efficiency without replacing the user's primary social role.

[0093] In some respects, the elements within the multidimensional social connection framework 100 can work together to achieve a complete intelligent social ecosystem. User account A 102, user account B 104, digital avatar A 106, digital avatar B 108, first connection 110, second connection 112, third connection 114, fourth connection 116, and the social hub ecosystem 500 can cooperate to form a complete interactive process from user registration to task execution.

[0094] In some aspects, the complete interaction process can begin with user registration. Once a user completes registration and identity verification on the social networking platform, the computing system 300 can automatically generate a unique digital identity 400 for the user. The digital identity 400 can be linked to a user account, and the identity verification module 402 of the digital identity 400 can verify the user's identity information to ensure that the digital identity 400 is associated with the correct user account. In some cases, user account A 102 can be linked to digital identity A 106, and user account B 104 can be linked to digital identity B 108.

[0095] In some respects, after the digital avatar 400 is generated, the computing system 300 can establish multiple connections to support multidimensional social interaction. The social center 306 can manage a first connection mode 308, a second connection mode 310, a third connection mode 312, and a fourth connection mode 314 to support various interactions between user accounts and the digital avatar. In some cases, user account A 102 and user account B 104 can establish a direct social relationship through the first connection 110 for friend adding, interactive communication, content sharing, and group collaboration.

[0096] In some respects, the third connection 114 allows user account A 102 to have control over digital avatar A 106. User account A 102 can send control commands to digital avatar A 106 via the third connection 114. The intent understanding module 404 of digital avatar A 106 can receive and parse the control commands to determine the intent of user account A 102. The task execution module 406 can execute corresponding tasks based on the user intent determined by the intent understanding module 404. In some cases, the task execution module 406 can perform information organization, schedule reminders, content creation, or other auxiliary tasks.

[0097] In some respects, digital avatars A 106 and B 108 can perform automated interactions via a second connection 112. The social interaction module 408 manages the automated interactions between digital avatars A 106 and B 108. Automated interactions may include information synchronization, task coordination, content preprocessing, offline message synchronization, and message relay. In some cases, digital avatar A 106 can transmit messages or coordinate tasks to digital avatar B 108 via the second connection 112. The second connection 112 enables digital avatars A 106 and B 108 to perform continuous interactions independently of real-time user participation.

[0098] In some aspects, digital avatar A 106 can provide intelligent services to user account B 104 via fourth connection 116. Social interaction module 408 can manage the interaction between digital avatar A 106 and user account B 104 in providing intelligent services. Intelligent services may include information organization, scheduling, content creation, demand matching, and intelligent recommendations. In some cases, digital avatar A 106 can proactively push organized information or friend notifications to user account B 104 via fourth connection 116.

[0099] In some respects, the digital avatar 400 can invoke ecosystem tools within the social hub ecosystem 500 via the ecosystem scheduling module 410. The ecosystem scheduling module 410 can invoke content creation tools 504, video editing tools 506, publishing tools 508, e-commerce transaction tools 510, local life service tools 512, and data analysis tools 514 provided by the social hub interface 502. In some cases, the digital avatar 400 can invoke ecosystem tools on behalf of the user based on user intent or preset tasks without redirecting to third-party applications.

[0100] In some respects, the aforementioned elements can form a complete interactive loop. User account A 102 can send control commands to digital avatar A 106 via the third connection 114, and digital avatar A 106 can use the ecosystem scheduling module 410 to invoke the content creation tool 504 to create content based on the control commands. Digital avatar A 106 can coordinate tasks with digital avatar B 108 via the second connection 112, and digital avatar B 108 can transmit relevant information to user account B 104. Digital avatar A 106 can provide intelligent services to user account B 104 via the fourth connection 116. User account A 102 and user account B 104 can communicate directly via the first connection 110 to confirm or adjust tasks.

[0101] In some respects, the digital avatar 400 can continue to perform tasks even when the user is offline or not actively participating. The task execution module 406 can continue to perform pre-defined tasks even when the user is offline. The social interaction module 408 enables the digital avatar 400 to perform continuous interaction with other digital avatars independently of real-time user participation. In some cases, digital avatar A 106 can perform offline message synchronization and task collaboration with digital avatar B 108 via a second connection 112 when user account A 102 is offline, and provide intelligent services to user account B 104 via a fourth connection 116.

[0102] In some respects, the social hub 306 can serve as a unified entry point to coordinate the interaction of the aforementioned elements. The social hub 306 can centrally manage friend relationships, social activity, interactive information, and collaborative tasks. The processor 302 and storage medium 304 support the operation of the social hub 306. In some cases, users can complete the entire closed loop of social interaction, work, transactions, and management within a single interface through the social hub interface 502, without switching between multiple third-party applications.

[0103] Various implementation methods have been described. However, it should be understood that various modifications can be made without departing from the spirit and scope of this disclosure.

Claims

1. A social interaction method implemented by a computing device, comprising: Generate a digital avatar associated with a user account, wherein the digital avatar is configured to perform tasks on behalf of the user account; Establish a first connection between the user account and the second user account for direct communication between the users; Establish a second connection between the digital avatar associated with the user account and the second digital avatar associated with the second user account for automated interaction between the digital avatars; Establish a third connection between the user account and the digital avatar associated with the user account, wherein the user account has control over the digital avatar; and A fourth connection is established between the digital avatar and the second user account for providing intelligent services from the digital avatar to the second user account.

2. The method of claim 1, wherein the digital identity is configured to perform at least one of the following: identity recognition, intent understanding, task execution, social interaction, or ecosystem scheduling.

3. The method according to claim 1, wherein the automated interaction between the digital identities includes at least one of the following: information synchronization, task coordination, or content preprocessing.

4. The method according to claim 1, wherein the intelligent services provided by the digital avatar include at least one of the following: information organization, scheduling, content creation, demand matching, or intelligent recommendation.

5. The method according to claim 1, further comprising: Receive control commands from the user account via the third connection; as well as The digital avatar performs tasks based on the control commands.

6. The method according to claim 1, further comprising: Invoke one or more ecosystem capabilities via the social hub interface without redirecting to a third-party application, wherein the ecosystem capabilities include at least one of the following: content creation, video editing, publishing, e-commerce transactions, local life services, or data analytics.

7. A computing system, comprising: One or more processors; as well as One or more non-transitory computer-readable media store instructions that, when executed by the one or more processors, cause the computing system to perform operations, the operations including: Generate a digital avatar associated with a user account, wherein the digital avatar is configured to perform tasks on behalf of the user account; The social hub manages and supports multiple connection modes, including: A first connection mode for direct communication between the user account and the second user account; A second connection mode for automated interaction between the digital avatar and the second digital avatar associated with the second user account; A third connection mode for control communication between the user account and the digital avatar; and A fourth connection mode for providing intelligent services from the digital avatar to the second user account.

8. The computing system according to claim 7, wherein the operation further comprises: Receive user instructions via the third connection mode; as well as The digital avatar performs corresponding tasks based on the user's instructions, wherein the user account retains control over the digital avatar.

9. The computing system of claim 7, wherein the automated interaction in the second connection mode includes the digital avatar and the second digital avatar performing at least one of the following: offline message synchronization, task coordination, or information relay.

10. The computing system of claim 7, wherein the operation further comprises: The social hub provides access to a number of ecosystem tools for performing at least one of the following: content creation, publishing, transaction processing, or data management.

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