An intelligent AI assistant system

Abstract

The application discloses an intelligent AI assistant system, and relates to the technical field of AI assistant systems, comprising a user-friendly simple installation and deployment module, a double-end independent window operation module, a local offline basic function module, a dedicated server basic model module, a third-party model expansion configuration module, an intelligent model scheduling and automatic switching module, a local data non-domain security module, an industry-specific function preset module, a user social linkage and cooperative interaction module, and a professional technical support and fault processing module; the intelligent AI assistant system can automatically identify a system environment and configure dependencies, ordinary users can complete installation and deployment within 5 minutes without professional technology, and the use threshold is greatly reduced; all user data is stored in a local terminal by using an AES encryption algorithm, data is not taken out of the domain, and the risk of privacy leakage caused by cloud uploading is eliminated.

Description

Technical Field

[0001] This invention relates to the field of AI assistant system technology, specifically to an intelligent AI assistant system. Background Technology

[0002] With the rapid development of artificial intelligence technology, various AI assistant systems have been widely used in people's daily lives and work, providing users with services such as dialogue interaction, content generation, and functional assistance.

[0003] However, existing AI assistant systems still suffer from numerous technical pain points, failing to meet users' diverse, highly secure, and highly stable usage needs. Consequently, most existing AI assistant systems require users to master command-line operations and code configuration, and installation requires manual configuration of dependent environments, making it difficult for ordinary users to independently complete installation and deployment, resulting in a high barrier to entry. Furthermore, many existing AI assistants rely on cloud servers, rendering them unusable without a network connection. Third-party AI model interfaces are prone to issues such as insufficient quotas, invalid keys, and interface anomalies, leading to service interruptions and affecting usage continuity. Simultaneously, existing AI assistants often upload user data to cloud servers or third-party platforms, posing risks of data leakage and tampering, failing to guarantee user privacy and data security, and violating relevant data security laws and regulations. Moreover, existing AI assistants are mostly general-purpose, lacking industry-specific functions, requiring industry users to manually debug and configure them, which is cumbersome and hinders rapid adaptation to industry needs. Additionally, existing AI assistants are mostly single-user in operation, not supporting social interaction and multi-user collaboration, failing to meet the needs of team collaboration; adding social functions could easily lead to data leakage. Summary of the Invention

[0004] The purpose of this invention is to provide an intelligent AI assistant system to address the shortcomings of the prior art.

[0005] To achieve the above objectives, the present invention provides the following technical solution: an intelligent AI assistant system, comprising: a user-friendly and easy-to-install deployment module, which automatically identifies the terminal system environment and installs dependent components using a graphical no-code operation mode; a dual-end independent window operation module, which supports independent operation of PC-end window clients and mobile-end window clients, and achieves data communication between the two ends through local area network or point-to-point transmission; a local offline basic function module, which runs a built-in local rule base and preset instructions in the absence of network offline state; a dedicated server-side basic model module, which provides default lightweight basic AI services and serves as a backup service in abnormal situations; and a third-party model extension configuration module, which... This module supports users in configuring interface parameters and key information for at least one third-party large model to invoke its advanced AI capabilities; an intelligent model scheduling and automatic switching module monitors the running status of third-party models in real time and automatically and seamlessly switches to the dedicated server-side basic model when an anomaly occurs; a local data security module encrypts and stores all user data, ensuring that the data is stored only on the user's local terminal; an industry-specific function preset module presets corresponding dedicated functions and business processes for at least one preset industry; and a user social interaction and collaborative interaction module supports dialogue sharing, command forwarding, and solution collaboration among users, and performs point-to-point encrypted transmission of social collaboration data.

[0006] Preferably, the user-friendly and easy-to-install deployment module requires no manual intervention from the user, displays real-time progress prompts during the installation process, and automatically starts the software and generates a shortcut or desktop icon for the corresponding terminal after installation.

[0007] Preferably, the dual-end independent window operation module does not go through the cloud server and supports simultaneous online operation on both ends. Users can switch between terminals at any time without affecting the current operation progress.

[0008] Preferably, the local offline basic function module has a built-in local rule base, preset instructions and basic function units. In the absence of network offline state, it can run local instruction execution, local data viewing, preset business process operation and basic AI dialogue function normally.

[0009] Preferably, the dedicated server-side basic model module is a lightweight basic AI model, independently deployed on the server side, serving as the default basic service and a fallback service in case of third-party model anomalies, providing stable AI dialogue, basic reasoning, and simple content generation capabilities.

[0010] The preferred advanced AI capabilities include complex dialogue, deep reasoning, and professional content generation, supporting parallel configuration of multiple third-party models, which users can choose to use according to their needs.

[0011] Preferably, the intelligent model scheduling and automatic switching module can monitor the running status of third-party models in real time, including interface availability, key validity, usage quota and response speed, and prioritize calling the third-party models configured by the user. When a third-party model experiences key expiration, insufficient usage quota or interface abnormality, it automatically and seamlessly switches to the dedicated server-side basic model without requiring manual operation by the user, and a corresponding prompt pops up on the interface.

[0012] Preferably, the local data non-domain security module encrypts and stores all user data using the AES encryption algorithm. The data is stored only on the user's local terminal and is not uploaded to the cloud or third parties. It supports manual backup and deletion of data by the user. When uninstalling the software, all encrypted data stored locally is deleted along with the software, achieving complete data destruction.

[0013] Preferably, the industry-specific function preset module is designed for at least one industry, such as e-commerce, finance, and software development, and presets specific functions, business processes, shortcuts, and industry rules. Users can directly select the corresponding industry template and use the industry-specific functions without having to debug or configure them themselves.

[0014] Preferably, during the peer-to-peer encrypted transmission of all social collaboration data, interaction occurs only between authorized users and does not pass through cloud servers, preventing the recipient from accessing other local data from the sender.

[0015] In the above technical solution, the present invention provides an intelligent AI assistant system. This system adopts a graphical, no-code installation mode, automatically identifying the system environment and configuring dependencies. Ordinary users can complete the installation and deployment within 5 minutes without professional technical skills, greatly reducing the barrier to entry. Regarding service continuity, the system supports seamless integration of offline basic functions and online expansion capabilities. It is equipped with a dedicated server-side basic model as a fallback mechanism. When a third-party model experiences interface anomalies, key expiration, or insufficient quota, automatic and seamless switching can be achieved, ensuring uninterrupted AI service. This effectively solves the technical pain points of existing AI assistants that rely on the cloud and have unstable services.

[0016] This invention stores all user data locally on the terminal using AES encryption, ensuring data remains within the local domain and eliminating the privacy risks associated with cloud uploads. It also supports manual data backup and deletion, with data being completely destroyed upon software uninstallation, comprehensively guaranteeing data security and compliance. For industry application scenarios, the system includes pre-set function templates specific to vertical industries such as e-commerce, finance, and software development. Users can directly select these templates without needing to debug or configure them themselves, significantly improving the efficiency and experience for industry users and filling the gap in existing AI assistants' lack of industry adaptability.

[0017] This invention supports peer-to-peer encrypted social interaction and multi-user collaboration, including dialogue sharing, command forwarding, and collaborative editing of solutions. All collaborative data is transmitted through encrypted channels, bypassing cloud servers, thus meeting team collaboration needs while ensuring data security during the collaboration process. In terms of scalability, the system allows users to configure multiple third-party large models to call upon advanced AI capabilities. It also adopts a dual-platform collaborative design for PC and mobile devices, with a unified interface and synchronized functions. Data is interconnected via local area network or peer-to-peer transmission, adapting to different terminal usage scenarios and having a wide range of applications. Attached Figure Description

[0018] To more clearly illustrate the technical solutions in the embodiments of this application or the prior art, the drawings used in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in this invention. For those skilled in the art, other drawings can be obtained based on these drawings.

[0019] Figure 1 This is an overall architecture diagram of the intelligent AI assistant system provided in an embodiment of the present invention;

[0020] Figure 2 A flowchart illustrating the user-friendly and easy-to-install deployment module provided in this embodiment of the invention;

[0021] Figure 3 This is a schematic diagram illustrating independent operation and data communication between the two ends provided in an embodiment of the present invention;

[0022] Figure 4 A flowchart of AI model intelligent scheduling and automatic switching provided in this embodiment of the invention;

[0023] Figure 5 This is a schematic diagram of the local data storage and encryption process provided in an embodiment of the present invention;

[0024] Figure 6 This is a schematic diagram illustrating user social collaboration and data transmission as provided in an embodiment of the present invention. Detailed Implementation

[0025] To enable those skilled in the art to better understand the technical solution of the present invention, the present invention will be further described in detail below with reference to the accompanying drawings.

[0026] Please see Figure 1-6This invention provides an intelligent AI assistant system, comprising: a user-friendly and easy-to-install deployment module, which automatically identifies the terminal system environment and installs dependent components using a graphical, no-code operation mode; a dual-end independent window operation module, which supports independent operation of PC and mobile client windows and enables data communication between the two ends via local area network or peer-to-peer transmission; a local offline basic function module, which runs a built-in local rule base and preset instructions in the absence of network access; a dedicated server-side basic model module, which provides default lightweight basic AI services and serves as a backup service in abnormal situations; and a third-party model extension configuration module, which supports user... The system includes: an interface parameter and key information configuration module for at least one third-party large model to invoke its advanced AI capabilities; an intelligent model scheduling and automatic switching module for real-time monitoring of the third-party model's running status and automatic seamless switching to the dedicated server-side basic model in case of anomalies; a local data security module for encrypting and storing all user data only on the user's local terminal; an industry-specific function preset module for pre-setting corresponding dedicated functions and business processes for at least one preset industry; and a user social interaction and collaboration module for supporting user dialogue sharing, command forwarding, and solution collaboration, and for point-to-point encrypted transmission of social collaboration data.

[0027] Among them, the user-friendly and easy installation and deployment module requires no manual intervention from the user, and displays real-time progress prompts during the installation process. After the installation is completed, the software will automatically start and generate a shortcut or desktop icon for the corresponding terminal.

[0028] The dual-terminal independent window operation module does not go through the cloud server and supports simultaneous online operation on both terminals. Users can switch terminals at any time without affecting the current operation progress.

[0029] The local offline basic function module has a built-in local rule base, preset instructions and basic function units. In the absence of network offline state, it can run local instruction execution, local data viewing, preset business process operation and basic AI dialogue function normally.

[0030] The dedicated server-side basic model module is a lightweight basic AI model, independently deployed on the server side. It serves as the default basic service and a fallback service in case of third-party model anomalies, providing stable AI dialogue, basic reasoning, and simple content generation capabilities.

[0031] Among them, advanced AI capabilities include complex dialogue, deep reasoning, and professional content generation, supporting parallel configuration of multiple third-party models, which users can choose to use according to their needs.

[0032] The intelligent model scheduling and automatic switching module can monitor the running status of third-party models in real time, including interface availability, key validity, usage quota and response speed. It prioritizes calling the third-party models configured by the user. When a third-party model has a key failure, insufficient usage quota or interface abnormality, it automatically and seamlessly switches to the dedicated server-side basic model without manual operation by the user and displays the corresponding prompt on the interface.

[0033] The local data non-domain security module encrypts and stores all user data using the AES encryption algorithm. The data is stored only on the user's local terminal and is not uploaded to the cloud or third parties. It supports manual backup and deletion of data by the user. When the software is uninstalled, all encrypted data stored locally is deleted along with the software, achieving complete data destruction.

[0034] The industry-specific function preset module is designed for at least one industry, such as e-commerce, finance, and software development. It presets exclusive functions, business processes, shortcuts, and industry rules. Users can directly select the corresponding industry template and use the industry-specific functions without having to debug or configure them themselves.

[0035] In this process, all social collaboration data is transmitted through peer-to-peer encrypted connections, interacting only between authorized users and not passing through cloud servers. The recipient cannot access other local data from the sender.

[0036] Based on the above, the PC installation and deployment process of the AI ​​Assistant System V1.0 is implemented using a user-friendly and simplified installation and deployment module. The specific steps are as follows: Step 1: The user obtains the installation package from the software development stage (via local storage, USB flash drive, etc.), double-clicks the installation package to start the installer, and the installer automatically launches a graphical installation interface, displaying the software name "Lobster Robot OpenClaw Intelligent AI Assistant System" and installation instructions; Step 2: The installer automatically identifies the current PC terminal's system environment, determining whether it is Windows 10 or later or macOS 11 or later, and simultaneously checks whether the terminal's memory, video memory, and remaining hard disk space meet the running requirements (memory ≥ 16GB, video memory ≥ 12GB, remaining hard disk space ≥ 50GB); Step 3: If the system environment and hardware conditions meet the requirements, the installer automatically detects, downloads, and installs the required dependent components without user intervention. The installation interface displays the real-time installation progress (0%-100%); if the hardware conditions are not met, a prompt message appears, informing the user that hardware configuration needs to be upgraded; Step 4: After the dependent components are installed, the user can select the software installation path (the default path is the system C drive Program). The Files folder (users can change the path to other hard drives) is clicked. Click the "Install" button, and the program will begin copying the core software files and complete the installation. Step 5: After installation, a success message will pop up. Users can check the "Start Software" option and click the "Finish" button. The software will start automatically and a shortcut will be created on the PC desktop for quick access later. Step 6: Upon first launch, no registration or login is required; the user will directly enter the main interface. Users can select their industry based on their needs and complete the basic settings to use the software's offline basic functions and online extended functions.

[0037] The mobile installation and deployment process is similar to that of the PC version. Users download the APK / iOS installation file during the development phase, click to install, and the system automatically completes the installation. After installation, a desktop icon is generated, and users can start using the app without registration or login. The functionality is completely synchronized with the PC version.

[0038] Furthermore, in a preferred embodiment of the present invention, the intelligent model scheduling and automatic switching module is specifically implemented by combining the dedicated server-side basic model module and the third-party model extended configuration module as follows: The user starts the software and is connected to the internet. They then enter the "Settings" → "Third-Party Model Configuration" interface, select ChatGPT as the third-party model, input the model's interface parameters and key information, and click "Save Configuration" to complete the third-party model configuration. The intelligent model scheduling and automatic switching module monitors the ChatGPT model's running status in real time, checking interface availability, key validity, usage limit, and response speed every 10 seconds. The monitoring results are fed back to the system backend in real time. When a user enters the AI ​​interactive interface and inputs the requirement "generate e-commerce product promotion copy", the system will first call the configured ChatGPT model and generate copy that meets the requirements based on the advanced capabilities of the model. At the same time, "Currently using third-party model: ChatGPT" will be displayed in the corner of the interface. If the ChatGPT model experiences key expiration, insufficient usage quota, or interface abnormality (response time exceeds 5 seconds), the intelligent model scheduling and automatic switching module will immediately trigger the switching mechanism and seamlessly switch to the dedicated server-side basic model. At the same time, a prompt "Third-party model abnormal, switched to basic model" will pop up on the interface.

[0039] The base model continues to respond to user needs and generate basic e-commerce copy to ensure uninterrupted service. Users can manually switch back to the third-party model after the model returns to normal, or wait for the system to detect that the model is normal and switch back automatically.

[0040] Furthermore, in a preferred embodiment of the present invention, the collaborative implementation of the local data security module and the user social interaction and collaboration module is as follows: During software use, the user's input dialogue content, configured third-party model parameters, selected industry templates, generated content, and other data are all encrypted by the local data security module (using AES encryption algorithm), and then stored on the user's local terminal (on PCs, stored in the data folder under the installation path; on mobile devices, stored in a dedicated directory of local storage space). Users can click "Settings" → "Data Management" to view all locally stored data, select data to be backed up, export it to a local USB flash drive or hard drive, or delete unwanted data; deleted data cannot be recovered. If the user uninstalls the software, all encrypted data stored locally will be deleted along with the software, achieving complete data destruction. Users need to... When sharing AI conversation logs, enter the AI ​​interaction interface, locate the target conversation log, click the "Share" button on the right, select "Peer-to-Peer Sharing," enter the recipient's software identifier (no personal information required), and click "Send." The user's social interaction and collaboration module performs secondary encryption on the shared conversation log and sends it to the recipient via peer-to-peer transmission. The transmission process does not pass through a cloud server and occurs only between the sender and recipient. Upon receiving a sharing notification, the recipient can click "View" to view the encrypted conversation log and directly reuse the conversation logic. The recipient cannot access other local data from the sender, ensuring data security. After creating a team, users can invite other users to join. Team members can share industry templates and shortcuts and collaboratively edit AI interaction solutions. All collaborative data is transmitted using peer-to-peer encryption and can only be viewed and edited by team members, ensuring collaborative security.

[0041] The foregoing has only described certain exemplary embodiments of the present invention by way of illustration. Undoubtedly, those skilled in the art can modify the described embodiments in various ways without departing from the spirit and scope of the present invention. Therefore, the foregoing drawings and descriptions are illustrative in nature and should not be construed as limiting the scope of protection of the claims of the present invention.

Claims

1. An intelligent AI assistant system, characterized in that, include: The user-friendly and easy-to-install deployment module is used to automatically identify the terminal system environment and install dependent components in a graphical, no-code operation mode. The dual-end independent window operation module is used to support the independent operation of PC window clients and mobile window clients, and to achieve data communication between the two ends through local area network or point-to-point transmission. The local offline basic function module is used to run the built-in local rule base and preset commands in the absence of network offline state; A dedicated server-side basic model module is used to provide default lightweight basic AI services and serve as a fallback service in case of anomalies. The third-party model extension configuration module is used to support users to independently configure the interface parameters and key information of at least one third-party large model in order to call its high-level AI capabilities. The intelligent model scheduling and automatic switching module is used to monitor the running status of third-party models in real time, and automatically and seamlessly switch to the dedicated server-side basic model when the model is abnormal. The local data does not leave the domain security module, which is used to encrypt and store all user data, and the data is only stored on the user's local terminal; Industry-specific function preset module, which is used to preset corresponding exclusive functions and business processes for at least one preset industry; The user social interaction and collaboration module supports dialogue sharing, command forwarding and solution collaboration among users, and performs point-to-point encrypted transmission of social collaboration data.

2. The intelligent AI assistant system according to claim 1, characterized in that, The user-friendly and easy-to-install module requires no manual intervention from the user and displays real-time progress prompts during the installation process. After installation, the software will automatically start and generate a shortcut or desktop icon for the corresponding terminal.

3. The intelligent AI assistant system according to claim 1, characterized in that, The dual-terminal independent window operation module does not go through the cloud server and supports simultaneous online operation on both terminals. Users can switch terminals at any time without affecting the current operation progress.

4. The intelligent AI assistant system according to claim 1, characterized in that, The local offline basic function module has a built-in local rule base, preset instructions and basic function units. In the absence of network offline state, it can run local instruction execution, local data viewing, preset business process operation and basic AI dialogue function normally.

5. The intelligent AI assistant system according to claim 1, characterized in that, The dedicated server-side basic model module is a lightweight basic AI model, independently deployed on the server side. It serves as the default basic service and a fallback service in case of third-party model anomalies, providing stable AI dialogue, basic reasoning, and simple content generation capabilities.

6. The intelligent AI assistant system according to claim 1, characterized in that, Advanced AI capabilities include complex dialogue, deep reasoning, and professional content generation, supporting parallel configuration of multiple third-party models, which users can choose to use according to their needs.

7. The intelligent AI assistant system according to claim 1, characterized in that, The intelligent model scheduling and automatic switching module can monitor the running status of third-party models in real time, including interface availability, key validity, usage quota and response speed. It prioritizes calling the third-party models configured by the user. When a third-party model has a key failure, insufficient usage quota or interface abnormality, it automatically and seamlessly switches to the dedicated server-side basic model without manual operation by the user and pops up the corresponding prompt on the interface.

8. The intelligent AI assistant system according to claim 1, characterized in that, The local data security module encrypts and stores all user data using the AES encryption algorithm. The data is stored only on the user's local terminal and is not uploaded to the cloud or third parties. Users can manually back up and delete data. When uninstalling the software, all encrypted data stored locally is deleted along with the software, achieving complete data destruction.

9. The intelligent AI assistant system according to claim 1, characterized in that, The industry-specific function preset module is designed for at least one industry, such as e-commerce, finance, and software development. It presets exclusive functions, business processes, shortcuts, and industry rules. Users can directly select the corresponding industry template and use the industry-specific functions without having to debug or configure them themselves.

10. The intelligent AI assistant system according to claim 1, characterized in that, All social collaboration data is transmitted through peer-to-peer encrypted communication, interacting only between authorized users and not passing through cloud servers. The recipient cannot access other local data from the sender.

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