Logistics control system based on Web platform and control method thereof

Abstract

The invention discloses a logistics control system based on a Web platform and a control method thereof, and the control system comprises a user interface module which is used for providing an interactive interface, allowing a user to input a command, checking a system state and receiving feedback. The responsive design module ensures that the interface is adapted to different devices. The identity verification module is responsible for user login verification and ensures authorized user access. And the business logic module processes the core business logic, receives a user operation request and feeds back a result. And the real-time communication module realizes real-time data exchange between the user interface and the system and updates interface display. And the equipment control module receives an instruction of the business logic module and executes control operation. The security and authority control module ensures system security, maintains an access control list, records user activity audit, provides real-time monitoring and alarm through identity verification and role-based access control, cooperates with the user interface and service logic module, ensures authority control and operation audit, and maintains system security and data integrity.

Description

Technical Field

[0001] The present invention relates to the field of logistics system technology, and in particular to a logistics control system and a control method thereof based on a Web platform. Background Art

[0002] With the rapid development of e-commerce and global trade, the logistics industry is facing increasing transportation and distribution needs. Traditional logistics control systems are mainly based on desktop applications, which install software on specific operating systems to achieve management and control of logistics operations. However, these traditional systems have multiple limitations that affect the efficiency and scalability of the logistics industry.

[0003] First, the hardware dependency of traditional desktop programs limits the scalability of the system. These programs usually can only run on specific hardware, such as computers with Windows operating systems, which limits the compatibility and usability of the system on different devices. Second, software compatibility issues are also an important limitation. Desktop programs may require specific software environments, such as .NET Framework or Java runtime environment. If these environments are not available on the user's computer, the program cannot run, which increases the user's usage threshold and technical dependence. Third, network restrictions further affect the scalability of the system. Desktop programs usually do not support simultaneous access by multiple users, which limits scalability in multi-user environments, especially in logistics operations that require collaboration and sharing of information. Fourth, the complexity of upgrades and maintenance is also a problem. Updates to desktop programs require users to manually download and install them, which is very inconvenient when deployed on a large scale, increasing maintenance costs and time. Fifth, resource limitations are also a key factor. Desktop programs may not be able to effectively utilize server resources such as CPU and memory, which limits the ability to process large amounts of data, especially during peak hours. Sixth, traditional desktop programs also have limitations in real-time data synchronization. Data update delays are a common problem because desktop programs may need to refresh or reload data regularly, resulting in delays in data updates. Seventh, data consistency issues are particularly prominent in a multi-user environment. Desktop programs may not be able to ensure that the data seen by all users is the latest, resulting in data consistency issues and affecting the accuracy of decision-making and operations. Eighth, network bandwidth consumption is also a problem. Frequent data synchronization may lead to excessive consumption of network bandwidth, especially when the amount of data is large, which will increase operating costs. Ninth, poor fault tolerance is also a limitation. If the network connection is unstable, the desktop program may not be able to continue to synchronize data, resulting in data loss or errors, affecting the reliability of the system. Tenth, multi-device synchronization is difficult. Users may need to view and operate data on multiple devices, and it is difficult for desktop programs to achieve real-time synchronization across devices, which limits user flexibility and efficiency.

[0004] In view of the above limitations, the present invention aims to provide a logistics control system and control method based on a Web platform to overcome the limitations of traditional desktop programs and provide a more flexible, scalable, real-time and cross-device logistics control solution. Summary of the invention

[0005] In view of this, the present invention aims to provide a basic The logistics control system and control method based on the Web platform is an efficient, flexible, real-time and secure logistics management solution, which significantly improves the operational efficiency and data processing capabilities of the logistics industry.

[0006] To achieve the above purpose, the present invention adopts the following technical solutions: A logistics control system based on a Web platform, comprising: A user interface module is used to provide a user interaction interface, allowing the user to input commands, view system status and receive feedback; A responsive design module, used to ensure that the user interface module can flexibly adapt to different devices and screen sizes, the user interface module dynamically adjusts the layout and displayed content according to the user's operation, and the responsive design module adjusts the size and arrangement of page elements according to the instructions of the user interface module to adapt to the display requirements of different devices; The identity verification module is responsible for user login verification to ensure that only authorized users can access system resources. When a user attempts to log in, the user interface module will trigger the identity verification module for verification. The identity verification module receives the user credentials, verifies the user identity, and returns the verification result to the user interface module. After successful verification, the identity verification module provides authorization information to the business logic module. The business logic module is used to process the business logic. The user interface module sends the user's operations and requests to the business logic module for processing. After the business logic module completes the processing, the result is fed back to the user interface module for display; A real-time communication module, which is responsible for real-time data communication with the user interface module. The user interface module sends requests and receives real-time data through the real-time communication module. The real-time communication module transmits the received data to the user interface module in real time to update the interface display. The equipment control module is used to receive instructions from the business logic module, communicate with the logistics equipment, and perform specific equipment control operations; The security and permission control module ensures that only authorized users can access the system by implementing multi-factor authentication and role-based access control, and is responsible for maintaining the access control list, recording user activity audits, and providing real-time monitoring and alarm systems to respond to security threats; the security and permission control module is connected to the user interface module to perform permission management to ensure that access to and operations of the user interface are subject to permission control; at the same time, the security and permission control module interacts with the business logic module to ensure that only authenticated and authorized users can perform corresponding business operations, and at the same time audits and monitors these operations to maintain the security of the system and data integrity.

[0007] As a preferred solution: it also includes an update and maintenance module for continuously updating and maintaining the logistics control system. The update and maintenance module ensures that the system is always running in the latest state by automatically detecting, downloading and installing update packages, and performs stability monitoring and data security monitoring during the update process; the update and maintenance module is connected to the user interface module to allow system updates.

[0008] As a preferred solution: it also includes a database access module for providing efficient interaction with the database, the database access module is connected to the business logic module, performs data storage / retrieval operations, and supports the implementation of business logic.

[0009] As a preferred solution: it also includes a remote access module, which is connected to the business logic module and is used to allow remote users to securely access the logistics control system through a Web platform, supporting remote monitoring, data access and system management.

[0010] As a preferred solution: it also includes a host software module, which is responsible for the communication between the logistics control system and the host system, and realizes data exchange and command transmission; the host software module is connected to the business logic module to realize communication with the host system, and performs data exchange and command transmission.

[0011] A control method applied to the logistics control system based on the Web platform, comprising the following steps: S1. Adapt to different devices through responsive design modules to ensure that the user interface provides a consistent user experience on different devices; S2. Implement regular or on-demand updates of the system through the update and maintenance module, and monitor system stability and data security during the update process; S3, manage user rights through the security and rights control module, including user authentication, rights allocation and maintenance of access control lists, as well as auditing and monitoring of user operations; S4, receiving user requests through the user interface module, and performing real-time data communication with the business logic module through the real-time communication module; S5. Process business logic through the business logic module, including device control instructions, data storage / retrieval, remote access and upper-level communication.

[0012] As a preferred solution: the step S1 further comprises: S101, detecting the type and screen size of a user device; S102, dynamically adjusting the user interface layout and element size according to the detection result; S103. Ensure that all functions are accessible and easy to operate on different devices.

[0013] As a preferred solution: step S2 further comprises: S201, automatically backing up the current system status and key data before updating; S202. After the update is completed, a system health check is performed to ensure that all services are operating normally; S203. Provide an update log and rollback mechanism to restore to the previous state when the update fails.

[0014] As a preferred solution: Step S3 further comprises: S301, implement multi-factor identity authentication; S302, assigning permissions according to user roles and responsibilities to implement role-based access control; S303, maintain access control list and define resource access rules; S304. Implement user activity auditing and record key operations and system access.

[0015] As a preferred solution: step S4 further comprises: S401, the user interface module sends a request and receives real-time data through the real-time communication module; S402, the real-time communication module uses WebSocket technology; S403: The real-time communication module transmits the received data to the user interface module in real time to update the interface display.

[0016] Compared with the prior art, the present invention has obvious advantages and beneficial effects. Specifically, it can be seen from the above technical solution that: First, cross-platform: This system can run on any device that supports a web browser, including personal computers, tablets and smartphones, without relying on a specific operating system environment. This cross-platform feature significantly reduces the dependence on specific hardware, simplifies the installation and update process, and improves the availability and flexibility of the system.

[0017] Second, real-time and response speed: This system uses real-time communication technologies such as WebSocket, which can update data instantly, reduce delays, and ensure that equipment status such as PLC communication, trolley communication, and running status are displayed in real time on the Web. Users can directly view the equipment operation status and cargo handling progress through the browser, and issue control instructions, which improves data synchronization efficiency and operation response speed.

[0018] Third, remote access and monitoring: users can access the system remotely from anywhere through the Internet to achieve remote equipment monitoring and operation. There is no need to install the program locally. Users can send remote cargo handling instructions and view real-time data through the network, which enhances the convenience of the system and the flexibility of users.

[0019] Fourth, seamless update and maintenance: System updates are automatically processed by the server, and users do not need to manually download and install updates. Every time you log in, users automatically get the latest system version, which greatly reduces the complexity and cost of system maintenance.

[0020] Fifth, responsive design: The web interface of this system supports responsive design to ensure a consistent user experience on different devices. The interface will automatically adjust the layout according to the device resolution to adapt to different screen sizes, enhancing the friendliness and adaptability of the user interface.

[0021] Sixth, real-time data access and playback function: through Elasticsearch, the real-time storage and retrieval of data in the transportation process can be realized. Users can select any time period, call historical data for playback, trace the cargo transportation process, analyze equipment failures (through page backtracking and the PLC signal information of the equipment status at that time, the equipment status backtracking can view all the equipment status at that time on the page) and optimize the transportation process (through this function, the transportation process at the corresponding time point can be viewed to optimize the transportation), which improves the system's analysis ability and decision support ability.

[0022] Seventh, security and permission control: Through permission management, this system allows refined permission control for different user roles, enhancing the system's security and data protection capabilities.

[0023] In summary, the Web-based logistics control system of the present invention provides an efficient, flexible, real-time and secure logistics management solution, which significantly improves the operational efficiency and data processing capabilities of the logistics industry.

[0024] In order to more clearly illustrate the structural features and effects of the present invention, it is described in detail below in conjunction with the accompanying drawings and specific embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 This is a schematic diagram of the control system principle of the present invention; Figure 2 It is a schematic flow chart of the control method of the present invention; Figure 3 It is a schematic diagram of the control system backtracking interface flow of the present invention; Figure 4 It is a schematic diagram of the monitoring interface flow of the present invention. DETAILED DESCRIPTION

[0027] The present invention Figures 1 to 4 As shown, a logistics control system based on a Web platform includes: The user interface module is used to provide a user interaction interface, allowing users to input commands, view system status and receive feedback.

[0028] A responsive design module is used to ensure that the user interface module can flexibly adapt to different devices and screen sizes to provide a consistent user experience, wherein the user interface module dynamically adjusts the layout and displayed content according to the user's operation, and the responsive design module adjusts the size and arrangement of page elements according to the instructions of the user interface module to adapt to the display requirements of different devices.

[0029] The identity authentication module is responsible for user login verification to ensure that only authorized users can access system resources. When a user attempts to log in, the user interface module will trigger the identity authentication module for verification. The identity authentication module receives user credentials, verifies the user's identity, and returns the verification result to the user interface module. After successful verification, the identity authentication module provides authorization information to the business logic module, and the user performs corresponding operations.

[0030] The business logic module is used to process the core business logic. The user interface module sends the user's operations and requests to the business logic module for processing. After the business logic module completes the processing, the result is fed back to the user interface module for display.

[0031] The real-time communication module is responsible for real-time data communication with the user interface module. The user interface module sends requests and receives real-time data through the real-time communication module. The real-time communication module transmits the received data to the user interface module in real time to update the interface display.

[0032] The equipment control module is used to receive instructions from the business logic module, communicate with the logistics equipment, and perform specific equipment control operations. The business logic module generates equipment control instructions according to business needs and sends these instructions to the equipment control module. The equipment control module communicates with the logistics equipment according to the received instructions and performs corresponding control operations.

[0033] The security and permission control module ensures that only authorized users can access the system by implementing multi-factor authentication and role-based access control, and is responsible for maintaining the access control list, recording user activity audits, and providing real-time monitoring and alarm systems to respond to security threats; the security and permission control module is connected to the user interface module to perform permission management to ensure that access to and operations of the user interface are subject to appropriate permission control; at the same time, the security and permission control module interacts with the business logic module to ensure that only authenticated and authorized users can perform corresponding business operations, and at the same time audits and monitors these operations to maintain the security of the system and data integrity.

[0034] The update and maintenance module is responsible for the continuous update and maintenance of the logistics control system. The update and maintenance module ensures that the system is always running in the latest state by automatically detecting, downloading and installing update packages, and monitors stability and data security during the update process; the update and maintenance module is connected to the user interface module to allow system updates.

[0035] The database access module is used to provide efficient interaction with the database. The database access module is connected to the business logic module to perform data storage / retrieval operations and support the implementation of business logic.

[0036] The remote access module is used to allow remote users to securely access the logistics control system through the Web platform, supporting remote monitoring, data access and system management; the remote access module is connected to the business logic module, allowing remote users to access the system through the Web platform for remote monitoring, data access and system management.

[0037] The upper software module is responsible for the communication between the logistics control system and the upper system to realize data exchange and command transmission; the upper software module is connected to the business logic module to realize communication with the upper system to perform data exchange and command transmission.

[0038] The control system works as follows: After the system is started, the user accesses the user interface module, which automatically adapts to the screen size of different devices through the responsive design module to provide an optimized interactive experience. The user enters commands or requests on the interface, and these requests are passed to the business logic module through the real-time communication module. Before the user attempts to perform any operation, the authentication module intervenes and requires the user to perform multi-factor authentication to ensure that only authorized users can continue. After successful verification, the security and permission control module assigns corresponding permissions based on the user's role and responsibilities, maintains the access control list, and audits user activities. After receiving the user request, the business logic module processes the core business logic, such as device control instructions, data storage / retrieval, remote access, and upper-level communication.

[0039] After the business logic module has finished processing, it will feed back the results to the user interface module through the real-time communication module so that it can be displayed on the interface. If equipment control is involved, the business logic module will generate corresponding control instructions and send them to the logistics equipment through the equipment control module to perform specific operations. The database access module provides data storage and retrieval services throughout the process to ensure that the business logic module can access the latest data. The remote access module allows users to securely access the system through the Web platform at any location for remote monitoring and management. The upper software module is responsible for communication with the upper system to achieve data exchange and command transmission, ensuring that the logistics control system works in coordination with other enterprise systems. The update and maintenance module runs in the background, regularly checks for updates, ensures that the system is always up to date, and monitors stability and data security during the update process.

[0040] The backtracking interface process of the control system is as follows: In the logistics control system, the user accesses the system through a browser and selects a specific time point for operation playback. After receiving the user's selection, the system queries and retrieves the interface data and binlog log data related to the time point. These data are then used to perform a timed playback operation on the user interface every second to reproduce historical operations and system status. At the same time, the system starts a scheduled task in the background, records page data every hour, and receives and records messages in real time through the WebSocket communication protocol to form a binlog log for subsequent auditing and analysis.

[0041] The monitoring interface process of this control system is as follows: When users need to monitor the status of the logistics system in real time, they send data query requests to the backend through the browser. The backend processes these requests and prepares the corresponding data, while the frontend performs necessary interface rendering while waiting for the data. Once the backend sends the data to the frontend, the frontend updates the interface to display the latest information. In order to achieve real-time data updates, the frontend establishes a WebSocket connection, allowing the backend to push the latest data through this channel. After receiving these real-time data, the frontend updates the interface again to ensure that users can see the latest status of the logistics system in real time. This process ensures the real-time and interactivity of the user interface and improves the user's monitoring and management capabilities of the logistics control system.

[0042] A control method applied to the control system comprises the following steps: S1. Adapt to different devices through responsive design modules to ensure that the user interface provides a consistent user experience on different devices; Step S1 further comprises: S101, detecting the type and screen size of a user device; S102, dynamically adjusting the user interface layout and element size according to the detection result; S103. Ensure that all functions are accessible and easy to operate on different devices.

[0043] S2. Implement regular or on-demand updates of the system through the update and maintenance module, and monitor system stability and data security during the update process; Step S2 further comprises: S201, automatically backing up the current system status and key data before updating; S202. After the update is completed, a system health check is performed to ensure that all services are operating normally; S203. Provide an update log and rollback mechanism to restore to the previous state when the update fails.

[0044] S3, manage user rights through the security and rights control module, including user authentication, rights allocation and maintenance of access control lists, as well as auditing and monitoring of user operations; Step S3 further comprises: S301. Implement multi-factor authentication, such as password, biometrics, or one-time password; S302. Allocate permissions according to user roles and responsibilities to implement role-based access control (RBAC); S303, maintain access control list (ACL) and define resource access rules; S304. Implement user activity auditing and record key operations and system access.

[0045] S4, receiving user requests through the user interface module, and performing real-time data communication with the business logic module through the real-time communication module; Step S4 further comprises: S401, the user interface module sends a request and receives real-time data through the real-time communication module; S402, the real-time communication module uses WebSocket technology or other real-time communication protocols; S403: The real-time communication module transmits the received data to the user interface module in real time to update the interface display.

[0046] S5. Process the core business logic through the business logic module, including device control instructions, data storage / retrieval, remote access and upper-level communication.

[0047] The design focus of the present invention is to provide a logistics control system based on a Web platform. Compared with traditional desktop programs that rely on a specific operating system, this system has the following advantages: First, cross-platform: This system can run on any device that supports a web browser, including personal computers, tablets and smartphones, without relying on a specific operating system environment. This cross-platform feature significantly reduces the dependence on specific hardware, simplifies the installation and update process, and improves the availability and flexibility of the system.

[0048] Second, real-time and response speed: This system uses real-time communication technologies such as WebSocket, which can update data instantly, reduce delays, and ensure that equipment status such as PLC communication, trolley communication, and running status are displayed in real time on the Web. Users can directly view the equipment operation status and cargo handling progress through the browser, and issue control instructions, which improves data synchronization efficiency and operation response speed.

[0049] Third, remote access and monitoring: users can access the system remotely from anywhere through the Internet to achieve remote equipment monitoring and operation. There is no need to install the program locally. Users can send remote cargo handling instructions and view real-time data through the network, which enhances the convenience of the system and the flexibility of users.

[0050] Fourth, seamless update and maintenance: System updates are automatically processed by the server, and users do not need to manually download and install updates. Every time you log in, users automatically get the latest system version, which greatly reduces the complexity and cost of system maintenance.

[0051] Fifth, responsive design: The web interface of this system supports responsive design to ensure a consistent user experience on different devices. The interface will automatically adjust the layout according to the device resolution to adapt to different screen sizes, enhancing the friendliness and adaptability of the user interface.

[0052] Sixth, real-time data access and playback function: through Elasticsearch, the real-time storage and retrieval of data in the transportation process can be realized. Users can select any time period, call historical data for playback, trace the cargo transportation process, analyze equipment failures (through page backtracking and the PLC signal information of the equipment status at that time, the equipment status backtracking can view all the equipment status at that time on the page) and optimize the transportation process (through this function, the transportation process at the corresponding time point can be viewed to optimize the transportation), which improves the system's analysis ability and decision support ability.

[0053] Seventh, security and permission control: Through permission management, this system allows refined permission control for different user roles, enhancing the system's security and data protection capabilities.

[0054] Implementation: Role definition: First, the system administrator needs to define different user roles, such as administrator, operator, observer, etc. Each role has a set of predefined permissions that determine the operations that the role can perform.

[0055] Permission assignment: System administrators assign specific permissions to each role, which may include viewing data, editing data, deleting data, accessing specific modules, etc. Permissions can be very specific, for example, a role may only be able to view data in a specific repository, but not edit or delete it.

[0056] User-role association: When a user registers or is created in the system, he or she is assigned one or more roles. The system determines the functions and data that the user can access based on their role.

[0057] Permission-based menus and function buttons: In the system interface design, menu items and function buttons are dynamically displayed according to the user's role. Only when the user has the corresponding permissions, the relevant menu items and function buttons will be displayed.

[0058] Page rendering: When a user logs in to the system, the system renders the page based on the user's role and permissions. Users can only see and use interface elements that they have permission to access.

[0059] Permission verification: When a user attempts to perform an operation, the system will verify the user's permissions. If the user does not have permission to perform a specific operation, the system will block the operation and give a prompt.

[0060] Dynamic management of permissions: System administrators can dynamically modify role permissions or user role assignments as needed. This flexibility allows the system to adapt to changes in organizational structure or updates to security policies.

[0061] Compared with traditional interface programs that are limited to local permission management, the Web side can implement more complex security policies.

[0062] The Web-based logistics control system of the present invention provides an efficient, flexible, real-time and secure logistics management solution, which significantly improves the operational efficiency and data processing capabilities of the logistics industry.

[0063] The above description is only a preferred embodiment of the present invention and does not limit the technical scope of the present invention. Therefore, any slight modifications, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention are still within the scope of the technical solution of the present invention.

Claims

1. A logistics control system based on a Web platform, characterized by: include: A user interface module is used to provide a user interaction interface, allowing the user to input commands, view system status and receive feedback; A responsive design module, used to ensure that the user interface module can flexibly adapt to different devices and screen sizes, the user interface module dynamically adjusts the layout and displayed content according to the user's operation, and the responsive design module adjusts the size and arrangement of page elements according to the instructions of the user interface module to adapt to the display requirements of different devices; The identity verification module is responsible for user login verification to ensure that only authorized users can access system resources. When a user attempts to log in, the user interface module will trigger the identity verification module for verification. The identity verification module receives the user credentials, verifies the user identity, and returns the verification result to the user interface module. After successful verification, the identity verification module provides authorization information to the business logic module. The business logic module is used to process the business logic. The user interface module sends the user's operations and requests to the business logic module for processing. After the business logic module completes the processing, the result is fed back to the user interface module for display; A real-time communication module, which is responsible for real-time data communication with the user interface module. The user interface module sends requests and receives real-time data through the real-time communication module. The real-time communication module transmits the received data to the user interface module in real time to update the interface display. The equipment control module is used to receive instructions from the business logic module, communicate with the logistics equipment, and perform specific equipment control operations; The security and permission control module ensures that only authorized users can access the system by implementing multi-factor authentication and role-based access control, and is responsible for maintaining access control lists, recording user activity audits, and providing real-time monitoring and alert systems to respond to security threats; The security and permission control module is connected to the user interface module to perform permission management to ensure that access to and operation of the user interface are subject to permission control; at the same time, the security and permission control module interacts with the business logic module to ensure that only authenticated and authorized users can perform corresponding business operations, and at the same time audits and monitors these operations to maintain the security of the system and data integrity.

2. The web-based logistics control system according to claim 1, characterized in that: It also includes an update and maintenance module responsible for the continuous update and maintenance of the logistics control system. The update and maintenance module ensures that the system is always running in the latest state by automatically detecting, downloading and installing update packages, and performs stability monitoring and data security monitoring during the update process; the update and maintenance module is connected to the user interface module to allow system updates.

3. The web-based logistics control system according to claim 1 is characterized in that: It also includes a database access module for providing efficient interaction with the database. The database access module is connected to the business logic module to perform data storage / retrieval operations and support the implementation of business logic.

4. The web-based logistics control system according to claim 1 is characterized in that: It also includes a remote access module, which is connected to the business logic module and is used to allow remote users to securely access the logistics control system through a Web platform, supporting remote monitoring, data access and system management.

5. The web-based logistics control system according to claim 1 is characterized by: It also includes a host software module, which is responsible for the communication between the logistics control system and the host system to realize data exchange and command transmission; the host software module is connected to the business logic module to realize communication with the host system to perform data exchange and command transmission.

6. A control method for a logistics control system based on a Web platform as claimed in any one of claims 1 to 5, characterized in that: The following steps are involved: S1. Adapt to different devices through responsive design modules to ensure that the user interface provides a consistent user experience on different devices; S2. Implement regular or on-demand updates of the system through the update and maintenance module, and monitor system stability and data security during the update process; S3, manage user rights through the security and rights control module, including user authentication, rights allocation and maintenance of access control lists, as well as auditing and monitoring of user operations; S4, receiving user requests through the user interface module, and performing real-time data communication with the business logic module through the real-time communication module; S5. Process business logic through the business logic module, including device control instructions, data storage / retrieval, remote access and upper-level communication.

7. The control method according to claim 6, characterized in that: Step S1 further comprises: S101, detecting the type and screen size of a user device; S102, dynamically adjusting the user interface layout and element size according to the detection result; S103. Ensure that all functions are accessible and easy to operate on different devices.

8. The control method according to claim 6, characterized in that: Step S2 further comprises: S201, automatically backing up the current system status and key data before updating; S202. After the update is completed, a system health check is performed to ensure that all services are operating normally; S203. Provide an update log and rollback mechanism to restore to the previous state when the update fails.

9. The control method according to claim 6, characterized in that: Step S3 further comprises: S301, implement multi-factor identity authentication; S302, assigning permissions according to user roles and responsibilities to implement role-based access control; S303, maintain access control list and define resource access rules; S304. Implement user activity auditing and record key operations and system access.

10. The control method according to claim 6, characterized in that: Step S4 further comprises: S401, the user interface module sends a request and receives real-time data through the real-time communication module; S402, the real-time communication module uses WebSocket technology; S403: The real-time communication module transmits the received data to the user interface module in real time to update the interface display.

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