TWM627979U - User-side computer management and control system based on antivirus software update - Google Patents

Abstract

A user-side computer management and control system based on anti-virus software update, the anti-virus monitoring server monitors the virus database version of the anti-virus software in the user-side computer. Generate and provide the first warning information to the data integration platform, the data integration platform generates a first update command according to the first warning information and provides it to the antivirus monitoring server, and the antivirus monitoring server sends the information to the user terminal computer according to the first update command. The virus database version of the antivirus software is updated, and the function management server controls the prohibition of the execution function in the client computer according to the disabled state of the execution function in the client computer, so that the use of the antivirus software based on the update can be achieved. The technical effect of computer control on the client side.

Description

User-side computer management and control system based on antivirus software update

A management and control system, in particular, refers to a user-side computer management and control system based on whether the anti-virus software is updated or not, and controls the execution function disablement in the user-side computer.

At present, the user-side computers in the enterprise will be installed with anti-virus software. The anti-virus software is used to ensure the information security of the user-side computers. The anti-virus software uses the virus database version to identify computer viruses. update, the security of the user's computer will be at risk.

However, the version update of the virus database of the antivirus software in the existing client computer is generally set to be updated regularly. The information security of the computer is at risk. In addition, when the user is on a business trip for a long time, because the user computer is not turned on for a long time, it will also cause the virus of the antivirus software in the user computer. The library version will not be updated, so the information security of the client computers used in the enterprise is at risk.

To sum up, it can be seen that there has been a long-standing problem in the prior art that the update method of the existing anti-virus software virus database version is likely to cause risks to the information security of the user-end computers used in the enterprise. Therefore, it is necessary to propose improved technical means. , to solve this problem.

In view of the problem in the prior art that the update method of the existing anti-virus software virus database version easily makes the information security of the user-end computer used in the enterprise at risk, the author discloses a user-end computer control system based on the update of the anti-virus software. ,in:

The client computer management and control system based on antivirus software update disclosed in this creation includes: multiple client computers, an antivirus monitoring server, a function management server, an IP/MAC management server, and a data collection platform.

The antivirus monitoring server monitors the virus database version of the antivirus software in the client computer. When the virus database version of the antivirus software in the client computer has not been updated, it generates and provides the first corresponding to the client computer. Warning information, receive a first update instruction to update the virus database version of the antivirus software in the client computer, and the antivirus monitoring server verifies whether the update is completed on the next day for the virus database version of the antivirus software in the client computer , the antivirus monitoring server will provide the verification result to the data collection platform.

The function management server is to control the disabling of the execution function in the client computer when receiving the disabled state of the execution function in the client computer.

The IP/MAC management server provides the Internet Protocol (IP) address of the client computer or the Media Access Control (Media Access Control, Media Access Control) address when the client computer establishes a connection with the IP/MAC management server. MAC) address.

The data collection platform establishes connections with the anti-virus monitoring server, the function management server and the IP/MAC management server respectively, receives the first warning information from the anti-virus monitoring server, receives the verification result from the anti-virus monitoring server, and manages the IP/MAC from the anti-virus monitoring server. The server receives the IP address or MAC address of the client computer, generates a first update instruction according to the first warning information, and provides it to the antivirus monitoring server. When the verification result is that the virus database version has not been updated, the IP/MAC management is performed. The IP address or MAC address provided by the server is used for time judgment, so as to set the execution function of the client computer to a disabled state and provide it to the function management server.

The system disclosed in this creation is as above, and the difference between the system and the prior art is that the antivirus monitoring server monitors the virus database version of the antivirus software in the client computer. When the virus database version of the antivirus software in the client computer is not When updating, generate and provide first warning information to the data integration platform, the data integration platform generates a first update command according to the first warning information and provides it to the antivirus monitoring server, and the antivirus monitoring server sends the user to the user according to the first update command. The virus database version of the antivirus software in the client computer is updated, and the function management server controls the disablement of the execution function in the client computer according to the disabled state of the execution function in the client computer.

Through the above-mentioned technical means, the present creation can achieve the technical effect of user-side computer management and control based on the update of antivirus software.

The following will describe the implementation of the present creation in detail with the drawings and examples, so as to fully understand and implement the implementation process of how the present creation applies technical means to solve technical problems and achieve technical effects.

The following first describes the user-side computer control system based on anti-virus software update disclosed in this creation, and please refer to "Figure 1". "Figure 1" shows the user-end based on anti-virus software update for this creation System architecture diagram of the computer control system.

The client computer management and control system based on antivirus software update disclosed in this creation includes: a plurality of client computers 10, an antivirus monitoring server 20, a function management server 30, an IP/MAC management server 40, and a data collection Platform 50.

The client computer 10 , the antivirus monitoring server 20 , the function management server 30 , the IP/MAC management server 40 , and the data collection platform 50 are all different presentation forms of computing devices. The antivirus monitoring server 20 , and the function management server 30 , the IP/MAC management server 40 and the data collection platform 50 tend to focus on the computing performance, data analysis, data security protection and data mass storage of the computing device, and the client computer 10 tends to focus on the personal use of the computing device This is only an example to illustrate, and does not limit the scope of application of this creation.

Please refer to "Fig. 2", which is a schematic diagram of the components of the computing device proposed in this creation.

The computing device mentioned in this creation includes, but is not limited to, one or more processors 601 , one or more memory modules 602 , and hardware elements such as bus bars 603 , wherein the bus bars 603 can be connected to different hardware elements . Through the multiple hardware components included, the computing device can load and execute the operating system, so that the operating system runs on the computing device, and can also execute software or programs. The computing device also includes a housing 609 within which the various hardware components described above are disposed.

The bus 603 of the computing device proposed in the present invention may include one or more types, such as a data bus, an address bus, a control bus, and an extended function bus. (expansion bus), and/or local bus (local bus) and other types of bus. Buses for computing devices include, but are not limited to, Side-by-Side Industry Standard Architecture (ISA) buses, Peripheral Component Interconnect (PCI) buses, Video Electronics Standards Association (VESA) Local Buses, and Serial Generic Serial Buses (USB), Peripheral Component Interconnect Express (PCI-E) bus, etc.

The processor 601 of the computing device proposed in the present work is coupled to the bus 603 . The processor 601 includes a register bank or register space, and the register bank or register space can be completely disposed on the processing wafer, or all or part of it can be disposed outside the processing wafer and via a dedicated electrical circuit. Connected and/or coupled to the processor via the bus. Processor 601 may be a processing unit, microprocessor, or any suitable processing element. If the computing device is a multi-processor device, that is, the computing device includes multiple processors, the processors included in the computing device are all the same or similar, and are coupled and communicated through a bus. The processor 601 can interpret a series of multiple instructions to perform specific operations or operations, such as mathematical operations, logical operations, data comparison, copy/move data, etc., to run the operating system or execute various programs, modules, and/or or element.

The processor 601 of the computing device may be coupled to the chip set or electrically connected to the chip set through the bus bar 603 . Chipsets are composed of one or more integrated circuits (ICs), including memory controllers and peripheral I/O controllers, that is, memory controllers and peripheral I/O controllers can be included in Within one integrated circuit, it can also be implemented using two or more integrated circuits. Chip sets usually provide I/O and memory management functions, and provide a plurality of general-purpose and/or special-purpose registers, timers, etc., wherein the above-mentioned general-purpose and/or special-purpose registers and timers can be coupled or One or more processors electrically connected to the chipset are accessed or used.

The processor 601 of the computing device can also access data in the memory module 602 and the mass storage area installed on the computing device through the memory controller. The above-mentioned memory module 602 includes any type of volatile memory (volatile memory) and/or non-volatile memory (NVRAM), such as static random access memory (SRAM), dynamic random memory Take memory (DRAM), flash memory (Flash), read-only memory (ROM), etc. The above-mentioned large-capacity storage area can include any type of storage device or storage medium, such as a hard disk drive, an optical disc, a pen drive (flash memory), a memory card (memory card), a solid state hard disk (Solid State Disk, SSD), or any other storage device, etc. That is, the memory controller can access data in static random access memory, dynamic random access memory, flash memory, hard disk drive, and solid state hard disk.

The processor 601 of the computing device can also connect and communicate with peripheral devices or interfaces such as peripheral output devices, peripheral input devices, communication interfaces, and GPS receivers through the peripheral I/O controller via the bus bar 603 . The peripheral input device can be any type of input device, such as keyboard, mouse, trackball, touchpad, joystick, etc. The peripheral output device can be any type of output device, such as a monitor, printer, etc., the peripheral input device The peripheral output device can also be the same device, such as a touch screen. The communication interface may include a wireless communication interface and/or a wired communication interface, and the wireless communication interface may include a wireless local area network such as Wi-Fi, Zigbee, Bluetooth, infrared, near field communication (NFC), 3G/4G/5G and other mobile communication networks The interface of the wireless data transmission protocol or other wireless data transmission protocol, the wired communication interface can be an Ethernet network device, an asynchronous transfer mode (ATM) device, a DSL modem, a cable modem, etc. The processor 601 can periodically poll various peripheral devices and interfaces, so that the computing device can input and output data through various peripheral devices and interfaces, and can also communicate with another computing device having the components described above. .

The execution functions mentioned in the client computer 10 , the antivirus monitoring server 20 , the function management server 30 , the IP/MAC management server 40 and the data collection platform 50 are usually executed by the processor 601 in the respective computing device. Generated after loading a specific program of the memory module 602 , or included in the processor 601 .

The antivirus monitoring server 20 monitors the virus database version of the antivirus software in the client computer 10. When the virus database version of the antivirus software in the client computer 10 is not updated, the antivirus monitoring server 20 will generate and provide The first warning information corresponding to the client computer 10 .

The IP/MAC management server 40 provides an Internet Protocol (IP) address or a media access control (MAC) address of the client computer 10 when the client computer 10 establishes a connection with the IP/MAC management server 40 . Media Access Control, MAC) address to the data aggregation platform 50.

The data collection platform 50 establishes connections with the antivirus monitoring server 20 , the function management server 30 and the IP/MAC management server 40 respectively. It is worth noting that the data collection platform 50 is respectively connected with the application programming interface (API) A connection is established with the antivirus monitoring server 20 , the function management server 30 and the IP/MAC management server 40 .

The data integration platform 50 can respectively receive the first warning information from the anti-virus monitoring server 20, and the data integration platform 50 also receives the IP address or MAC address of the client computer from the IP/MAC management server. When there is warning information, the data integration platform 50 can generate a first update command according to the first warning information, and then provide the first update command to the antivirus monitoring server 20 .

The anti-virus monitoring server 20 can update the virus database version of the anti-virus software in the client computer 10 according to the first update instruction. The library version verifies whether the update is completed, and the antivirus monitoring server 20 provides the verification result to the data integration platform 50 .

When the verification result is that the virus database version has not been updated, the data integration platform 50 determines the time according to the IP address or the MAC address provided by the IP/MAC management server 40 . When starting up, the execution function of the client computer 10 is set to a disabled state and provided to the function management server 30, and the function management server 30 can control the execution function of the client computer 10 to be disabled and set The IP address or MAC address of the client computer 10 is in the registered and disabled state and provided to the IP/MAC management server 40, and the IP/MAC management server 40 registers the IP address or MAC address of the client computer 10. stop, so as to avoid the security risk to other client computers 10 caused by the client computer 10 that has not updated the antivirus software virus database version before updating the antivirus software virus database version. The aforementioned execution functions are, for example: network The connection function, the data access function, the connection access function, etc., are described here only as examples, and are not intended to limit the scope of application of this creation.

When the verification result is that the virus database version has not been updated, the data integration platform 50 determines the time according to the IP address or MAC address provided by the IP/MAC management server 40. When there is a boot, a reinstallation command is generated and provided to the function management server 30. The function management server 30 controls the client computer 10 to reinstall the antivirus software when the client computer 10 is connected according to the reinstallation command, and installs the antivirus software on the client computer 10. After the antivirus software is reinstalled on the client computer 10 , the antivirus monitoring server 20 updates the virus database version of the antivirus software in the client computer 10 , and the virus database of the antivirus software in the client computer 10 is updated. When the version verification is completed, the antivirus monitoring server 20 provides the re-verification result to the data integration platform 50 .

When the re-verification result is that the virus database version has not been updated, the data integration platform 50 sends an obstacle maintenance email to the administrator device for follow-up processing, or when the re-verification result is that the virus database version is not updated, the data integration platform 50 can use the API Send the obstacle repair message to the management personnel's device for subsequent processing. The management personnel's device can be a general computer, a notebook computer, a tablet computer, a smart phone, etc. This is only an example, and it is not limited to this creation. application area.

The anti-virus monitoring server 20 further includes that when the virus database of the anti-virus software in the client computer 10 exceeds a preset period (for example: 1 week, 1 month, etc.) When the updated version is not performed), the second warning information corresponding to the client computer 10 is generated and provided.

The data integration platform 50 further includes receiving the second warning information from the anti-virus monitoring server 20, generating a second update instruction according to the second warning information and providing it to the anti-virus monitoring server 20, and the anti-virus monitoring server 20 will update the user computer on the next day. The virus database version of the antivirus software in 10 verifies whether the update is completed, and the antivirus monitoring server 20 provides the verification result to the data collection platform 50 .

When the verification result is that the virus database version has not been updated, the data integration platform 50 can judge the time according to the IP address or the MAC address provided by the IP/MAC management server 40. When the client computer 10 is judged to have more than one When the computer is not turned on, the execution function of the client computer 10 is set to a disabled state and provided to the function management server 30, and the function management server 30 can control the disablement of the execution function in the client computer 10. and setting the IP address or MAC address of the client computer 10 to be in a stop state and provide it to the IP/MAC management server 40, and the IP/MAC management server 40 is the IP address or MAC address of the client computer 10 The address is stopped, so as to avoid security risks to other client computers 10 caused by the client computer 10 that has not updated the antivirus software virus database version before updating the antivirus software virus database version.

When the verification result is that the virus database version has not been updated, the data integration platform 50 determines the time according to the IP address or MAC address provided by the IP/MAC management server 40. When there is a boot, a reinstallation command is generated and provided to the function management server 30. The function management server 30 controls the client computer 10 to reinstall the antivirus software when the client computer 10 is connected according to the reinstallation command, and installs the antivirus software on the client computer 10. After the antivirus software is reinstalled on the client computer 10 , the antivirus monitoring server 20 updates the virus database version of the antivirus software in the client computer 10 , and the virus database of the antivirus software in the client computer 10 is updated. When the version verification is completed, the antivirus monitoring server 20 provides the re-verification result to the data integration platform 50 .

When the re-verification result is that the virus database version has not been updated, the data integration platform 50 sends an obstacle maintenance email to the administrator's device for subsequent processing, or when the re-verification result is that the virus database version has not been updated, the data integration platform 50 uses the API Send the obstacle repair message to the management device for follow-up processing.

In addition, the anti-virus monitoring server 20 further includes generating and providing a version corresponding to the virus database version of the anti-virus software in the client computer 10 and the version of the virus database in the anti-virus monitoring server 20 when the version difference is greater than or equal to 3. The second warning information corresponding to the client computer 10, specifically, it is assumed that the virus database version of the antivirus software in the client computer 10 is 1.1, and the virus database version in the antivirus monitoring server 20 is 1.5, and the antivirus monitoring server The device 20 can determine that the difference between the version of the virus database of the anti-virus software in the client computer 10 and the version of the virus database in the anti-virus monitoring server 20 is greater than or equal to 3, and generate and provide the corresponding version of the client computer 10. Second warning information.

The data integration platform 50 further includes receiving the second warning information from the anti-virus monitoring server 20, generating a second update instruction according to the second warning information and providing it to the anti-virus monitoring server 20, and the anti-virus monitoring server 20 will update the user computer on the next day. The virus database version of the antivirus software in 10 verifies whether the update is completed, and the antivirus monitoring server 20 provides the verification result to the data collection platform 50 .

When the verification result is that the virus database version has not been updated, the data integration platform 50 determines the time according to the IP address or the MAC address provided by the IP/MAC management server 40 . When starting up, the execution function of the client computer 10 is set to a disabled state and provided to the function management server 30, and the function management server 30 can control the execution function of the client computer 10 to be disabled and set The IP address or MAC address of the client computer 10 is in the registered and disabled state and provided to the IP/MAC management server 40, and the IP/MAC management server 40 registers the IP address or MAC address of the client computer 10. stop, so as to avoid the security risk to other client computers 10 caused by the client computer 10 that has not updated the antivirus software virus database version before updating the antivirus software virus database version.

When the verification result is that the virus database version has not been updated, the data integration platform 50 determines the time according to the IP address or MAC address provided by the IP/MAC management server 40. When there is a boot, a reinstallation command is generated and provided to the function management server 30. The function management server 30 controls the client computer 10 to reinstall the antivirus software when the client computer 10 is connected according to the reinstallation command, and installs the antivirus software on the client computer 10. After the antivirus software is reinstalled on the client computer 10 , the antivirus monitoring server 20 updates the virus database version of the antivirus software in the client computer 10 , and the virus database of the antivirus software in the client computer 10 is updated. When the version verification is completed, the antivirus monitoring server 20 provides the re-verification result to the data integration platform 50 .

When the re-verification result is that the virus database version has not been updated, the data integration platform 50 sends an obstacle maintenance email to the administrator device for follow-up processing, or when the re-verification result is that the virus database version is not updated, the data integration platform 50 can use the API Send the obstacle repair message to the management device for follow-up processing.

To sum up, it can be seen that the difference between the present creation and the prior art is that the antivirus monitoring server monitors the virus database version of the antivirus software in the client computer. When updating, generate and provide first warning information to the data integration platform, the data integration platform generates a first update command according to the first warning information and provides it to the antivirus monitoring server, and the antivirus monitoring server sends the user to the user according to the first update command. The virus database version of the antivirus software in the client computer is updated, and the function management server controls the disablement of the execution function in the client computer according to the disabled state of the execution function in the client computer.

This technical means can solve the problem that the update method of the existing anti-virus software virus database version existing in the prior art is likely to cause risks to the information security of the user-end computers used in the enterprise, so as to achieve the use of anti-virus software based updates. The technical effect of computer control on the client side.

Although the embodiments disclosed in this creation are as above, the content described is not used to directly limit the scope of patent protection of this creation. Anyone with ordinary knowledge in the technical field to which this creation belongs can make some changes in the form and details of the implementation without departing from the spirit and scope disclosed by this creation. The scope of patent protection for this creation is still subject to the scope of the appended patent application.

10: User computer 20: Antivirus monitoring server 30: Function Management Server 40:IP/MAC management server 50:Data Aggregation Platform 601: Processor 602: Memory module 603: Busbar 609: Shell

Figure 1 shows the system architecture diagram of the client computer management and control system based on the antivirus software update of the present creation. FIG. 2 is a schematic diagram of the components of the computing device proposed in this creation.

10: User computer

20: Antivirus monitoring server

30: Function Management Server

40:IP/MAC management server

50:Data Aggregation Platform

Claims (9)

A user-side computer management and control system based on antivirus software update, comprising: multiple client computers; An antivirus monitoring server, monitoring the virus database version of the antivirus software in the client computer, and generating and providing the virus database version to the client computer when the virus database version of the antivirus software in the client computer has not been updated A first warning message corresponding to the computer receives a first update instruction to update the virus database version of the antivirus software in the client computer, and the antivirus monitoring server updates the antivirus in the client computer on the next day Whether the virus database version of the software is verified to be updated, the anti-virus monitoring server provides a verification result to the data integration platform; a function management server, when receiving the disabled state of the execution function in the client computer, controlling the disablement of the execution function in the client computer; An IP/MAC management server, when the client computer establishes a connection with the IP/MAC management server, provides an Internet Protocol (IP) address or media storage of the client computer Get the control (Media Access Control, MAC) address; a data collection platform, respectively establishing connections with the antivirus monitoring server, the function management server, and the IP/MAC management server, receiving the first warning information from the antivirus monitoring server, and receiving the first warning information from the antivirus monitoring server. The antivirus monitoring server receives the verification result, receives the IP address or MAC address of the client computer from the IP/MAC management server, generates the first update instruction according to the first warning information, and Provided to the antivirus monitoring server, when the verification result is that the virus database version has not been updated, time judgment is performed according to the IP address or MAC address provided by the IP/MAC management server, so that the user terminal The execution function of the computer is set to a disabled state and provided to the function management server. The user-side computer management and control system based on an antivirus software update as claimed in claim 1, wherein the data collection platform communicates with the antivirus monitoring server and the function management server respectively through an application programming interface (API). server and the IP/MAC management server to establish a connection. The user-side computer management and control system based on anti-virus software update according to claim 1, wherein the anti-virus monitoring server further comprises that the virus database version of the anti-virus software in the user-side computer has not been updated for a preset period of time When , the second warning information corresponding to the client computer is generated and provided. The user-side computer management and control system based on antivirus software update according to claim 3, wherein the data collection platform further comprises receiving the second warning information from the antivirus monitoring server, and generating the second warning information according to the second warning information. The second update instruction is provided to the anti-virus monitoring server. The anti-virus monitoring server verifies whether the virus database version of the anti-virus software in the client computer is updated every other day. The verification result is provided to the data collection platform, and when the verification result is that the virus database version has not been updated, the time is judged according to the IP address or MAC address provided by the IP/MAC management server: when the When it is judged that the client computer has not been turned on for more than one month, the execution function of the client computer is set to a disabled state and provided to the function management server and the IP address or MAC address of the client computer is set. The address is in the registered state and provided to the IP/MAC management server, and the IP/MAC management server will register the IP address or MAC address of the client computer; and when the client computer is judged When the computer is still powered on within one month, a reinstallation command is generated and provided to the function management server, and the function management server controls the client computer when the client computer is connected according to the reinstallation command. The antivirus software is reinstalled on the computer, and after the antivirus software is reinstalled on the client computer, the antivirus monitoring server updates the virus database version of the antivirus software on the client computer, and updates the virus database version of the antivirus software on the client computer. The anti-virus software version of the virus database verifies whether the update is completed, and the anti-virus monitoring server provides a re-verification result to the data collection platform. The client computer management and control system based on antivirus software update according to claim 1, wherein the antivirus monitoring server further comprises a virus database version of the antivirus software in the client computer and the antivirus monitoring server When the version difference between the virus database versions in the TB is greater than or equal to 3, the second warning information corresponding to the client computer is generated and provided. The user-side computer management and control system based on an antivirus software update according to claim 5, wherein the data collection platform further comprises receiving the second warning information from the antivirus monitoring server, and generating the second warning information according to the second warning information. The second update instruction is provided to the anti-virus monitoring server. The anti-virus monitoring server verifies whether the virus database version of the anti-virus software in the client computer is updated every other day. The verification result is provided to the data collection platform, and when the verification result is that the virus database version has not been updated, the time is judged according to the IP address or MAC address provided by the IP/MAC management server: when the When it is judged that the client computer has not been turned on for more than one month, the execution function of the client computer is set to a disabled state and provided to the function management server and the IP address or MAC address of the client computer is set. The address is in the registered state and provided to the IP/MAC management server, and the IP/MAC management server will register the IP address or MAC address of the client computer; and when the client computer is judged When the computer is still powered on within one month, a reinstallation command is generated and provided to the function management server, and the function management server controls the client computer when the client computer is connected according to the reinstallation command. The antivirus software is reinstalled on the computer, and after the antivirus software is reinstalled on the client computer, the antivirus monitoring server updates the virus database version of the antivirus software on the client computer, and updates the virus database version of the antivirus software on the client computer. The anti-virus software version of the virus database verifies whether the update is completed, and the anti-virus monitoring server provides a re-verification result to the data collection platform. The user-side computer management and control system based on antivirus software update according to claim 1, wherein the data collection platform further comprises that when the verification result is that the virus database version has not been updated, the data collection platform is based on the IP/ The IP address or MAC address provided by the MAC management server is used to judge the time: when the client computer is judged to have not been turned on for more than one month, the execution function of the client computer is set to a disabled state and provided to the client computer. The function management server and the setting of the IP address or MAC address of the client computer are in a disabled state and provided to the IP/MAC management server, and the IP/MAC management server is the client computer. and when it is judged that the client computer is still powered on within 1 month, a reinstallation instruction is generated and provided to the function management server, and the function management server is based on the The reinstallation instruction controls the client computer to reinstall antivirus software when the client computer is connected, and after reinstalling the antivirus software on the client computer, the antivirus monitoring server controls the client computer The virus database version of the antivirus software in the computer is updated, and the virus database version of the antivirus software in the client computer is verified to be updated, and the antivirus monitoring server provides a re-verification result to the data integration platform. The user-side computer management and control system based on antivirus software update according to claim 7, wherein when the re-verification result is that the virus database version has not been updated, the data collection platform sends an obstacle maintenance email to the administrator's device to for subsequent processing. The user-side computer management and control system based on antivirus software update according to claim 7, wherein when the re-verification result is that the virus database version has not been updated, the data collection platform sends an obstacle repair message to the administrator's device through the API for subsequent processing.

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