A host server management system, method, device and storage medium

Abstract

The application relates to the technical field of anchor service end management, and particularly discloses an anchor service end management system, an anchor service end management method, an anchor service end management device and a storage medium. The anchor service end management system is connected with a content management module, a group management module, a resource center module, a data board module and a setting management module through a service end management platform. The content management module realizes management of live broadcast materials and a script book and division of private and public permissions. The group management module constructs a group shared material library and a script book library, and completes group personnel, account and permission control. The resource center module realizes display, selling, order generation and order information inquiry of a value-added resource package. The data board module aggregates multi-account live broadcast data and generates a visual data large screen. The setting management module is responsible for storage and display of personal and enterprise qualification information and various configuration operations, constructs an integrated and full-scene anchor service end management architecture, reduces live broadcast matrix operation cost and improves enterprise data decision-making efficiency.

Description

Technical Field

[0001] This invention relates to the field of broadcaster server management technology, and in particular to a broadcaster server management system, method, device and storage medium. Background Technology

[0002] With the large-scale development of short video live streaming e-commerce, enterprises generally operate dozens to hundreds of live streaming accounts to form a live streaming matrix. The existing live streaming server backend can only realize the streaming media scheduling function of pulling video from a single anchor's live room and smoothly switching, which is difficult to adapt to the entire process of enterprise matrix live streaming operation. It cannot achieve integrated and unified management of multi-account matrix live streaming materials, personnel, billing, business data, and account information, resulting in technical problems such as resource waste, high management costs, and difficulty in data-driven decision-making. There is an urgent need for an integrated anchor server management solution. Summary of the Invention

[0003] In view of the shortcomings of the prior art, the purpose of this invention is to provide a live streamer server management system, method, device and storage medium, to build an integrated management architecture that covers all business scenarios of live streamer materials and keywords, group personnel, resource procurement, live stream data and account settings, to achieve hierarchical isolation between personal private resources and group shared resources, unified management and control of multiple live stream account clusters, one-stop visualized review of live stream operation data, and full lifecycle traceability of value-added resource orders, thereby reducing the operating costs of matrix live streams and improving data decision-making efficiency; To achieve the above objectives, the present invention adopts the following technical solution: The technical solution of this application proposes a live streamer server management system, including a server management platform deployed in the backend of a live streaming server. The server management platform is communicatively connected to a content management module, a group management module, a resource center module, a data dashboard module, and a settings management module. The content management module is used to manage the entire process of creating, uploading, editing and deleting materials and scripts for live broadcasts, and to differentiate material permissions, configuring two material permission systems: one for personal private categories and one for public categories across the entire platform. The group management module and the content management module communicate with each other in real time. The material and notebook management logic of the content management module is reused to build a group-exclusive shared material library and shared notebook library, realizing full-process control of group creation, batch member entry, account grouping, administrator permission transfer, account removal and group dissolution. The resource center module is used to display and sell value-added service resource packages, generate corresponding orders in response to purchase instructions, and configure multi-condition filtering, pagination display, and order details query functions; The data dashboard module establishes data communication with the group management module and the resource center module, and is used to collect and aggregate live data from multiple live streaming accounts to generate a visual live streaming data dashboard. The settings management module establishes data communication with the content management module and the resource center module. It is used to store and display personal information and enterprise qualification information, and provides system configuration functions such as avatar modification, enterprise information editing, storage space expansion and redirection, and login password modification.

[0004] In the aforementioned broadcaster server management system, the content management module includes: The media management unit is used to render and display the media category list of the live streamer. It responds to the command to create a new category and configures the corresponding category name, sorting rules, and enabled / disabled status. It also responds to the command to upload media, supports the upload of background images, short videos, stickers, and PDF format media, and can configure the sorting parameters and usage status of live streaming media, enabling media categorization, independent editing, and deletion operations. The "Titles" section is used to create title categories for live streamers. It supports adding and editing title entries, and allows configuration of title entry titles, multiple sets of related keywords, live stream display content, sorting number, and activation status. The material management unit and the inscription unit establish a two-way data communication link with each other.

[0005] In the aforementioned live streamer server management system, the group management module includes: The member entry unit is used to complete the batch entry of group members by generating batch invitation links or invitation codes with mobile phone numbers; The group management unit is used to create account groups and complete the binding and association of live streaming accounts within the group. It supports operations such as removing live streaming accounts from the group, transferring administrator privileges, and removing them from the group. The access control unit is used to configure read and write permissions for the shared resource library and the shared vocabulary book library; The Group Dissolution Unit is used to respond to the Group dissolution order, sever the association between the Group and its members and accounts, and clear the Group's exclusive shared resources; The member entry unit, the group management unit, the permission management unit, and the group dissolution unit establish a two-way data communication link with each other.

[0006] In the aforementioned broadcaster server management system, the resource center module includes: The resource package purchase unit includes storage resource package packages, traffic resource package packages, and matrix push streaming time package packages. The storage resource package packages are used to expand the storage space for the anchor's live broadcast materials, with multiple capacity specifications and billing based on usage time. The traffic resource package packages are used to offset the platform traffic consumption generated during live broadcast viewing and live broadcast replay. The matrix push streaming time package packages are used to provide dedicated push streaming time quotas for multiple concurrent live broadcast accounts. The purchase record unit is used to store all historical order data for each package. It supports combined filtering by order ID and resource type for each package, and displays the amount, payment method, remaining resource quota and resource usage details of each order in paginated form. The resource package purchasing unit and the purchasing record unit establish a two-way data communication link with each other.

[0007] In the aforementioned live streamer server management system, the data dashboard module includes: The large-screen visualization unit is used to aggregate core live streaming business metrics, including cumulative transaction amount, product sales, average order value, total number of viewers, new fans, conversion rate, peak concurrent viewers, and UV value. It provides visualized outputs such as audience gender distribution, sales trends, traffic trends, fan growth trends, and a top 10 product sales list. It supports customizable statistical time intervals, full-screen projection display, and customizable dashboard display metrics. The live stream account management unit is used to filter target live stream accounts based on live stream ID, account nickname, and account status, and to display the sales volume, live stream viewing data, and fan growth data of a single live stream account. The live stream session management unit is used to retrieve the corresponding live stream session based on the live stream ID, live stream title, and live stream status, and to display the traffic data and transaction data of a single live stream session. The product management unit is used to search for products based on their names, display product prices, sales volume, inventory, orders, and reviews, and supports online listing and delisting of products. The large-screen visualization unit, the live stream account management unit, the live stream session management unit, and the product management unit establish a two-way data communication chain with each other.

[0008] In the aforementioned broadcaster server management system, the settings management module includes: The personal information unit is used to display personal avatars, linked mobile phone numbers, and real-time storage space usage data. It also supports uploading and replacing personal avatars. The Enterprise Data Unit provides functions for editing and saving enterprise qualification information. It can be configured with enterprise logo, enterprise name, contact person, contact number, and enterprise address information. The storage expansion jump unit is used to generate a function jump entry that directly leads to the resource center module, enabling fast access to storage space expansion. The password management unit is used to verify the original login credentials of the live streaming account. After successful verification, the account login password will be updated and replaced. The personal information unit, the enterprise data unit, the storage expansion jump unit, and the password management unit establish a two-way data communication link with each other.

[0009] The technical solution of this application proposes a method for managing a broadcaster server, applicable to any of the broadcaster server management systems described above, wherein the broadcaster server management method includes: By deploying a server-side management platform on the backend of the live streaming server, the initial configuration of the content management module, group management module, resource center module, data dashboard module, and settings management module is completed, and data communication interfaces between the modules are established to achieve data interoperability between the modules. The content management module is used to maintain and manage the materials, notebooks, and content of the anchor's live broadcasts throughout their entire lifecycle. The group management module enables integrated and unified management of group members, account groups, and shared group resources. The resource center module enables the selection of live streaming value-added resources, order data storage, and multi-condition query management of orders. The data dashboard module retrieves live streaming data from each live streaming account, aggregates it, generates and displays visualized data, and completes multi-dimensional data retrieval and management of live streaming accounts, live streaming sessions, and products sold. The settings management module allows users to maintain personal information and enterprise qualification information, and complete configuration operations such as storage space expansion redirection and account login password modification.

[0010] The aforementioned streamer server management method also includes: Scheduled calls to the open API interface of the live streaming account to batch retrieve live streaming data from all bound live streaming accounts; The acquired live streaming data is aggregated to generate core indicators for live streaming operations, user profile data, and multi-dimensional data trend charts. It responds to input time filtering, full-screen display, and dashboard parameter configuration commands, and refreshes the content displayed on the visual data dashboard in real time; The technical solution of this application proposes a broadcaster server management device, including a memory and at least one processor, wherein the memory stores computer-readable instructions; the at least one processor invokes the computer-readable instructions in the memory to execute the broadcaster server management method as described in any of the above.

[0011] The technical solution of this application also proposes a computer-readable storage medium, on which computer-readable instructions are stored, and when the computer-readable instructions are executed by a processor, the broadcaster server management method described in any of the above claims is implemented. Beneficial effects

[0012] The server-side management platform connects five functional modules: content management, group management, resource center, data dashboard, and settings management. The content management module manages live streaming materials and notebooks throughout the entire process, and differentiates between private and public permissions. The group management module, based on data interoperability management logic, builds a group-specific shared material library and shared notebook library, enabling full-process control of group personnel, accounts, and permissions. The resource center module displays, sells, generates orders for, and manages order information for value-added resource packages. The data dashboard module aggregates live streaming data from multiple accounts and generates a visual data dashboard, enabling one-stop review of live streaming data. The settings management module... It is responsible for storing and displaying personal and corporate qualification information and configuring various systems. The modules work together to effectively achieve hierarchical isolation of public and private resources, unified management and control of multiple live streaming account clusters, visualized review of business data, and full-process traceability of value-added orders. It solves the technical defects of traditional live streaming back-ends that only have single-anchor streaming media scheduling functions, which cannot adapt to the full-process operation needs of multi-account matrix live streaming of live e-commerce enterprises. These defects include scattered multi-dimensional resources and account management, resource waste, high operation and management costs, and difficulty in business data decision-making. It has built an integrated, full-scenario anchor server management architecture to achieve unified management and control of all matrix live streaming businesses, thereby reducing the operating costs of the live streaming matrix and improving the efficiency of enterprise data decision-making. Attached Figure Description

[0013] Figure 1 This is a structural block diagram of the live streamer server management system provided in an embodiment of the present invention; Figure 2 This is a first flowchart of a live streamer server management method provided in an embodiment of the present invention; Figure 3 This is a second flowchart of the anchor server management method provided in an embodiment of the present invention; Figure 4 This is a schematic diagram of the structure of the broadcaster server management device provided in an embodiment of the present invention.

[0014] Key component symbols: 1-Server management platform, 2-Content management module, 21-Material management unit, 22-Title book unit, 3-Group management module, 31-Member entry unit, 32-Group management unit, 33-Permission management unit, 34-Group disbandment unit, 4-Resource center module, 41-Resource package purchase unit, 42-Purchase record unit, 5-Data dashboard module, 51-Large screen visualization unit, 52-Live broadcast account management unit, 53-Live broadcast session management unit, 54-Product management unit, 6-Settings management module, 61-Personal information unit, 62-Enterprise data unit, 63-Storage expansion jump unit, 64-Password management unit, 7-Anchor server management device, 71-Processor, 72-Memory, 73-Storage medium, 731-Operating system, 732-Application program, 74-Power supply, 75-Wired or wireless network interface, 76-Input / output interface. Detailed Implementation

[0015] To make the objectives, technical solutions, and advantages of the present invention clearer, the embodiments of the present invention will be described in further detail below with reference to the accompanying drawings. It should be understood that the described embodiments are merely some embodiments of the present invention, and not all embodiments. Furthermore, unless otherwise specified, the embodiments and features described in the present invention can be combined with each other.

[0016] In the description of this application, it should be understood that the terms “comprising” or “having” and any variations thereof are intended to cover non-exclusive inclusion, for example, a process, method, system, product or device that includes a series of steps or units is not necessarily limited to those steps or units that are explicitly listed, but may include other steps or units that are not explicitly listed or that are inherent to such process, method, product or device.

[0017] Please see Figure 1 This invention provides a live streamer server management system, including a server management platform 1 deployed on the backend of a live streaming server. The server management platform 1 is communicatively connected to a content management module 2, a group management module 3, a resource center module 4, a data dashboard module 5, and a settings management module 6. Content Management Module 2 is used to manage the entire process of creating, uploading, editing and deleting materials and scripts for live broadcasts. It differentiates material permissions and configures two material permission systems: one for personal private categories and one for public categories across the entire platform. The Group Management Module 3 and Content Management Module 2 communicate in real time. The material and notebook management logic of Content Management Module 2 is reused to build a group-exclusive shared material library and shared notebook library, realizing full-process control of group creation, batch member entry, account grouping, administrator permission transfer, account removal and group dissolution. Resource Center Module 4 is used to display and sell value-added service resource packages, generate corresponding orders in response to purchase instructions, and configure multi-condition filtering, pagination display, and order details query functions; Data dashboard module 5 establishes data communication with group management module 3 and resource center module 4. Data dashboard module 5 is used to collect and aggregate live streaming data from multiple live streaming accounts to generate a visual live streaming data dashboard. The settings management module 6 establishes data communication with the content management module 2 and the resource center module 4. The settings management module 6 is used to store and display personal information and enterprise qualification information, and provides system configuration functions such as avatar modification, enterprise information editing, storage space expansion and redirection, and login password modification.

[0018] In practical applications, the server-side management platform 1 connects to five functional modules: Content Management Module 2, Group Management Module 3, Resource Center Module 4, Data Dashboard Module 5, and Settings Management Module 6. Content Management Module 2 manages live streaming materials and notebooks throughout the entire process, and implements differentiated private and public permissions. Group Management Module 3, based on data interoperability management logic, builds a group-specific shared material library and shared notebook library, enabling full-process control of group personnel, accounts, and permissions. Resource Center Module 4 displays, sells, generates orders, and manages order information queries for value-added resource packages. Data Dashboard Module 5 aggregates live streaming data from multiple accounts and generates a visual data dashboard, enabling one-stop review of live streaming data. The system includes a management module 6 responsible for storing and displaying personal and corporate qualification information, as well as configuring various systems. These modules work collaboratively to effectively achieve hierarchical isolation of public and private resources, unified management of multiple live-streaming account clusters, visualized review of operational data, and full-process traceability of value-added orders. This addresses the shortcomings of traditional live-streaming backends, which only have single-host streaming media scheduling capabilities and cannot meet the full-process operational needs of multi-account matrix live-streaming for e-commerce companies. These shortcomings include fragmented multi-dimensional resource and account management, resource waste, high operational costs, and difficulties in making business data decisions. The system constructs an integrated, full-scenario host server management architecture, enabling unified management of all matrix live-streaming businesses, thereby reducing the operational costs of the live-streaming matrix and improving the efficiency of enterprise data decision-making.

[0019] In some embodiments, the content management module 2 includes a material management unit 21 and a title book unit 22, wherein The Material Management Unit 21 is used to render and display the material category list for the live stream, respond to new category creation commands and configure corresponding category names, sorting rules, and enabled / disabled status; it also responds to material upload commands, supporting the upload of background images, short videos, stickers, and PDF format materials, and can configure the sorting parameters and usage status of live stream materials, enabling material categorization, independent editing, and deletion operations. The Title Book Unit 22 is used to create title categories for the live stream, supporting the addition and editing of title entries, and can configure title entry titles, multiple sets of related keywords, live stream display text content, sorting sequence number, and enabled status; the Material Management Unit 21 and the Title Book Unit 22 establish a bidirectional data communication link with each other. Through the Material Management Unit 21, the creation, parameter configuration, uploading, and operation and maintenance management of multi-format live stream materials can be realized. The Title Book Unit 22 supports fine-grained configuration of live stream title categories, entry content, and status, further refining and improving the refined and standardized full-process control capabilities of live stream materials and title resources, and enhancing the business adaptability and operability of Content Management Module 2.

[0020] In some embodiments, the group management module 3 includes a member entry unit 31, a group management unit 32, a permission management unit 33, and a group dissolution unit 34. The member entry unit 31 is used to batch enter group members by generating batch invitation links or invitation codes with mobile phone numbers. The group management unit 32 is used to create account groups and complete the binding association of live streaming accounts within the group, and supports the removal of live streaming accounts from the group, transfer of administrator permissions, and removal from the group. The permission management unit 33 is used to configure the read and write permissions of the shared material library and the shared question book library. The group dissolution unit 34 is used to respond to the group dissolution command, remove the association between the group and its members and accounts, and clear the group's exclusive shared resources. The member entry unit 31, the group management unit 32, the permission management unit 33, and the group dissolution unit 34 establish a bidirectional data communication link with each other. By rationally arranging the various units of the Group Management Module 3, core functions such as batch entry of group members, account grouping and maintenance, shared resource permission configuration, and group dissolution and reset are realized. This comprehensively covers the entire lifecycle management scenarios of the group's organization, accounts, permissions, and resources, enabling standardized and systematic management and control of the group's live streaming matrix personnel and accounts, and ensuring the rational allocation and efficient utilization of the group's shared resources.

[0021] In some embodiments, the resource center module 4 includes a resource package purchase unit 41 and a purchase record unit 42. The resource package purchase unit 41 includes storage resource package packages, traffic resource package packages, and matrix push streaming duration package packages. The storage resource package packages are used to expand the storage space of the anchor's live broadcast materials, and can be set with multiple capacity specifications and billed according to the usage time. The traffic resource package packages are used to offset the platform traffic consumption generated during live broadcast viewing and live broadcast replay. The matrix push streaming duration package packages are used to provide dedicated push streaming duration quotas for multiple concurrent live broadcast accounts. The purchase record unit 42 is used to store all historical order data of each package, and supports combined filtering by order ID and resource type of each package, and displays the amount, payment method, remaining resource quota and resource usage details of each order in pages. The resource package purchase unit 41 and the purchase record unit 42 establish a bidirectional data communication link with each other. By rationally configuring the resource package purchase unit 41 and purchase record unit 42 in the resource center module 4 to work together and exchange data, it not only covers the customized purchase and rights supply of the three core value-added resources required by the live streaming matrix—storage, traffic, and push streaming—but also realizes the refined archiving, multi-condition retrieval, and detailed visualization of all purchase order data. This improves the closed-loop management of value-added resources from procurement and use to traceability statistics, effectively meeting the diverse resource expansion needs and refined order management needs in the matrix live streaming scenario.

[0022] In some embodiments, the data dashboard module 5 includes a large-screen visualization unit 51, a live stream account management unit 52, a live stream session management unit 53, and a product management unit 54. The large-screen visualization unit 51 aggregates core live stream operation metrics, including cumulative transaction amount, product sales, average order value, total number of viewers, new followers, conversion rate, peak online viewership, and UV value. It visualizes and outputs viewer gender distribution, sales trends, traffic trends, follower growth trends, and a top 10 product sales list, supporting customizable statistical time intervals, full-screen projection display, and customizable dashboard display metrics. The live stream account management unit 52 is used for managing live streams based on live stream ID, The system allows users to filter target live streaming accounts by account nickname and account status, displaying sales, live stream viewership data, and follower growth data for a single live streaming account. The live stream session management unit 53 retrieves corresponding live stream sessions based on live stream ID, title, and status, displaying traffic and sales data for each session. The product management unit 54 retrieves products by product name, displaying product price, sales volume, inventory, order and review data, and supports online product listing and delisting. A two-way data communication chain is established between the large-screen visualization unit 51, live stream account management unit 52, live stream session management unit 53, and product management unit 54. The data dashboard module 5's various units are interconnected and collaborative, enabling comprehensive and multi-dimensional aggregation and analysis of account data, session data, product data, and core operational data from the matrix live streams. The visualization dashboard provides intuitive data presentation and flexible configuration, facilitating full-link data monitoring and review of the live stream. This effectively solves the problems of scattered data, single statistical dimensions, and insufficient decision-making basis in traditional live streaming backends, significantly improving the data-driven operation and refined decision-making capabilities of matrix live streaming.

[0023] In some embodiments, the settings management module 6 includes a personal information unit 61, an enterprise information unit 62, a storage expansion redirection unit 63, and a password management unit 64. The personal information unit 61 is used to display personal avatars, bound mobile phone numbers, and real-time storage space usage data, and supports uploading and replacing personal avatars. The enterprise information unit 62 is used to provide information editing and saving functions for enterprise qualification information, and can configure enterprise logo, enterprise name, contact person, contact number, and enterprise address information. The storage expansion redirection unit 63 is used to generate a function jump entry that directly accesses the resource center module 4, enabling fast access to storage space expansion. The password management unit 64 is used to verify the original login credentials of the live streaming account, and after successful verification, completes the update and replacement of the account login password. A two-way data communication link is established between the personal information unit 61, the enterprise information unit 62, the storage expansion redirection unit 63, and the password management unit 64.

[0024] like Figure 2 As shown, an embodiment of the present invention provides a method for managing a broadcaster's server, applicable to any of the above-mentioned broadcaster server management systems, which includes the following steps: S1. Through the server-side management platform 1 deployed in the backend of the live streaming server, complete the initial configuration of the content management module 2, group management module 3, resource center module 4, data dashboard module 5, and settings management module 6, build the data communication interface between the modules, and realize data interoperability between the modules; S2. Through content management module 2, perform full lifecycle maintenance and management of the anchor's personal materials and inscription book classification and content; S3. Through the Group Management Module 3, achieve integrated and unified management and control of group members, account groups, and group shared resources; S4. Through the resource center module 4, realize the purchase of live streaming value-added resources, storage of order data and management of multi-condition query of orders; S5. The data dashboard module 5 is used to retrieve the live streaming data of each live streaming account, aggregate it to generate and display the visualized data, and complete the multi-dimensional data retrieval and management of live streaming accounts, live streaming sessions, and products sold. S6. Maintain personal information and enterprise qualification information through the settings management module 6, and complete the configuration operations of storage space expansion jump and account login password modification; The above steps sequentially complete the system initialization setup, live streaming content resource management, group matrix operation and maintenance, value-added resource order management, full-dimensional live streaming data visualization review, and system basic information configuration. The entire process relies on the interconnection and linkage of each module to form a complete closed-loop management logic, providing one-stop coverage of the entire business process of matrix live streaming from content, personnel, resources, data to system configuration. It efficiently solves the pain points of traditional live streaming back-end management being scattered, operating costs being high, and data being difficult to coordinate and analyze, and achieves integrated and refined operation and management of multi-account live streaming matrix.

[0025] like Figure 3 As shown, further, in some embodiments, step S5 specifically includes: S51. Scheduled calls to the open API interface of the live streaming account to batch retrieve live streaming data from all bound live streaming accounts; S52. Aggregate the acquired live streaming data to generate core live streaming operation indicators, user profile data, and multi-dimensional data trend charts; S53, responds to input time filtering, full-screen display, and dashboard parameter configuration commands, and refreshes the display content of the visual data dashboard in real time; S54. Respond to the live streaming data retrieval command, and retrieve and display the live streaming account details, live streaming session details, and product details respectively; By periodically and in batches retrieving raw data from all live streaming accounts across the matrix, uniformly aggregating and calculating various operational statistical indicators, dynamically adjusting the visualization dashboard display format as needed, and supporting detailed retrieval by account, session, and product, a complete data collection-computation-display-query processing workflow is formed. This workflow can efficiently integrate live streaming operational information across the entire domain, enabling real-time monitoring and refined review of matrix live streaming data, and providing comprehensive and intuitive data support for live streaming operation and management decisions.

[0026] Figure 4 This is a schematic diagram of the structure of a broadcaster server management device 7 provided in an embodiment of the present invention. The broadcaster server management device 7 can vary significantly due to differences in configuration or performance. It may include one or more processors 71 (central processing units, CPUs) (e.g., one or more processors 71) and a memory 72, and one or more storage media 73 (e.g., one or more mass storage devices) for storing application programs 732. The memory 72 and storage media 73 can be temporary or persistent storage. The program stored in the storage media 73 may include one or more modules (not shown in the diagram), and each module may include a series of instruction operations on the broadcaster server management device 7.

[0027] Furthermore, the processor 71 can be configured to communicate with the storage medium 73 and execute a series of instructions stored in the storage medium 73 on the broadcast server management device 7.

[0028] The broadcast server management device 7 may also include one or more power supplies 74, one or more wired or wireless network interfaces 75, one or more input / output interfaces 76, and / or one or more operating systems 731, such as Windows Server, Mac OS X, Unix, Linux, FreeBSD, etc. Those skilled in the art will understand that the illustrated device structure does not constitute a limitation on the broadcast server management device 7, and may include more or fewer components than illustrated, or combine certain components, or have different component arrangements.

[0029] The present invention also provides a computer-readable storage medium 73, which can be a non-volatile computer-readable storage medium 73 or a volatile computer-readable storage medium 73. The computer-readable storage medium 73 stores instructions that, when executed on a computer, cause the computer to perform the steps of the broadcast server management method.

[0030] Those skilled in the art will clearly understand that, for the sake of convenience and brevity, the specific working process of the system, device, or unit described above can be referred to the corresponding process in the foregoing method embodiments, and will not be repeated here.

[0031] If the integrated unit is implemented as a software functional unit and sold or used as an independent product, it can be stored in a computer-readable storage medium 73. Based on this understanding, the technical solution of the present invention, in essence, or the part that contributes to the prior art, or all or part of the technical solution, can be embodied in the form of a software product. This computer software product is stored in a storage medium 73 and includes several instructions to cause a computer device (which may be a personal computer, server, or network device, etc.) to execute all or part of the steps of the methods described in the various embodiments of the present invention. The aforementioned storage medium 73 includes various media capable of storing program code, such as a USB flash drive, a portable hard drive, a read-only memory (ROM), a random access memory (RAM), a magnetic disk, or an optical disk.

[0032] It is understood that those skilled in the art can make equivalent substitutions or changes to the technical solution and inventive concept of the present invention, and all such changes or substitutions should fall within the protection scope of the present invention.

Claims

1. A host server management system, comprising a server management platform deployed in the background of a live server, characterized in that, The server-side management platform has communication connections with a content management module, a group management module, a resource center module, a data dashboard module, and a settings management module. The content management module is used to manage the entire process of creating, uploading, editing and deleting materials and scripts for live broadcasts, and to differentiate material permissions, configuring two material permission systems: one for personal private categories and one for public categories across the entire platform. The group management module and the content management module communicate with each other in real time. The material and notebook management logic of the content management module is reused to build a group-exclusive shared material library and shared notebook library, realizing full-process control of group creation, batch member entry, account grouping, administrator permission transfer, account removal and group dissolution. The resource center module is used to display and sell value-added service resource packages, generate corresponding orders in response to purchase instructions, and configure multi-condition filtering, pagination display, and order details query functions; The data dashboard module establishes data communication with the group management module and the resource center module, and is used to collect and aggregate live data from multiple live streaming accounts to generate a visual live streaming data dashboard. The settings management module establishes data communication with the content management module and the resource center module. It is used to store and display personal information and enterprise qualification information, and provides system configuration functions such as avatar modification, enterprise information editing, storage space expansion and redirection, and login password modification. 2.The host server management system of claim 1, wherein, The content management module includes: The media management unit is used to render and display the media category list of the live streamer. It responds to the command to create a new category and configures the corresponding category name, sorting rules, and enabled / disabled status. It also responds to the command to upload media, supports the upload of background images, short videos, stickers, and PDF format media, and can configure the sorting parameters and usage status of live streaming media, enabling media categorization, independent editing, and deletion operations. The "Titles" section is used to create title categories for live streamers. It supports adding and editing title entries, and allows configuration of title entry titles, multiple sets of related keywords, live stream display content, sorting number, and activation status. The material management unit and the inscription unit establish a two-way data communication link with each other. 3.The host server management system of claim 1, wherein, The group management module includes: The member entry unit is used to complete the batch entry of group members by generating batch invitation links or invitation codes with mobile phone numbers. The group management unit is used to create account groups and complete the binding and association of live streaming accounts within the group. It supports operations such as removing live streaming accounts from the group, transferring administrator privileges, and removing them from the group. The access control unit is used to configure read and write permissions for the shared resource library and the shared vocabulary book library; The Group Dissolution Unit is used to respond to the Group dissolution order, sever the association between the Group and its members and accounts, and clear the Group's exclusive shared resources; The member entry unit, the group management unit, the permission management unit, and the group dissolution unit establish a two-way data communication link with each other. 4.The host server management system of claim 1, wherein, The resource center module includes: The resource package purchase unit includes storage resource package packages, traffic resource package packages, and matrix push streaming time package packages. The storage resource package packages are used to expand the storage space for the anchor's live broadcast materials, with multiple capacity specifications and billing based on usage time. The traffic resource package packages are used to offset the platform traffic consumption generated during live broadcast viewing and live broadcast replay. The matrix push streaming time package packages are used to provide dedicated push streaming time quotas for multiple concurrent live broadcast accounts. The purchase record unit is used to store all historical order data for each package. It supports combined filtering by order ID and resource type for each package, and displays the amount, payment method, remaining resource quota and resource usage details of each order in paginated form. The resource package purchasing unit and the purchasing record unit establish a two-way data communication link with each other. 5.The host server management system of claim 1, wherein, The data dashboard module includes: The large-screen visualization unit is used to aggregate core live streaming business metrics, including cumulative transaction amount, product sales, average order value, total number of viewers, new fans, conversion rate, peak concurrent viewers, and UV value. It provides visualized outputs such as audience gender distribution, sales trends, traffic trends, fan growth trends, and a top 10 product sales list. It supports customizable statistical time intervals, full-screen projection display, and customizable dashboard display metrics. The live stream account management unit is used to filter target live stream accounts based on live stream ID, account nickname, and account status, and to display the sales volume, live stream viewing data, and fan growth data of a single live stream account. The live stream session management unit is used to retrieve the corresponding live stream session based on the live stream ID, live stream title, and live stream status, and to display the traffic data and transaction data of a single live stream session. The product management unit is used to search for products based on their names, display product prices, sales volume, inventory, orders, and reviews, and supports online listing and delisting of products. The large-screen visualization unit, the live stream account management unit, the live stream session management unit, and the product management unit establish a two-way data communication chain with each other.

6. The anchor server management system according to claim 1, characterized in that, The settings management module includes: The personal information unit is used to display personal avatars, linked mobile phone numbers, and real-time storage space usage data. It also supports uploading and replacing personal avatars. The Enterprise Data Unit provides functions for editing and saving enterprise qualification information. It can be configured with enterprise logo, enterprise name, contact person, contact number, and enterprise address information. The storage expansion jump unit is used to generate a function jump entry that directly leads to the resource center module, enabling fast access to storage space expansion. The password management unit is used to verify the original login credentials of the live streaming account. After successful verification, the account login password will be updated and replaced. The personal information unit, the enterprise data unit, the storage expansion jump unit, and the password management unit establish a two-way data communication link with each other.

7. A method for managing a broadcaster's server, characterized in that, The anchor server management system according to any one of claims 1-6, wherein the anchor server management method comprises: By deploying a server-side management platform on the backend of the live streaming server, the initial configuration of the content management module, group management module, resource center module, data dashboard module, and settings management module is completed, and data communication interfaces between the modules are established to achieve data interoperability between the modules. The content management module performs full lifecycle maintenance and management of the materials and content of the anchor's live broadcasts, including the classification and content of the script book. The group management module enables integrated and unified management of group members, account groups, and shared group resources. The resource center module enables the selection of live streaming value-added resources, order data storage, and multi-condition order query management. The data dashboard module retrieves live streaming data from each live streaming account, aggregates it, generates visualized data, and displays it, thus completing multi-dimensional data retrieval and management of live streaming accounts, live streaming sessions, and products sold. The settings management module allows users to maintain personal information and enterprise qualification information, and complete configuration operations such as storage space expansion redirection and account login password modification.

8. The anchor server management method according to claim 7, characterized in that, Also includes: Scheduled calls to the open API interface of the live streaming account to batch retrieve live streaming data from all bound live streaming accounts; The acquired live streaming data is aggregated to generate core indicators for live streaming operations, user profile data, and multi-dimensional data trend charts. It responds to input time filtering, full-screen display, and dashboard parameter configuration commands, and refreshes the content displayed on the visual data dashboard in real time; In response to live streaming data retrieval commands, the system retrieves and displays detailed data on live streaming accounts, live streaming sessions, and products sold.

9. A live streamer server management device, characterized in that, The system includes a memory and at least one processor, wherein the memory stores computer-readable instructions; the at least one processor invokes the computer-readable instructions in the memory to execute the broadcaster server management method as described in any one of claims 7-8.

10. A computer-readable storage medium storing computer-readable instructions thereon, characterized in that, When the computer-readable instructions are executed by a processor, they implement the broadcaster server management method as described in any one of claims 7-8.

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