Internet-based technical consultation risk assessment method and system

Abstract

This invention discloses a method and system for assessing technical consulting risks based on the internet, relating to the field of data protection technology. It involves defining an enterprise data pool and establishing connections between the enterprise data pool and both the enterprise itself and the technical consulting platform. The enterprise sends consulting data to the technical consulting platform, which then provides suggested data based on the data. The consulting data and corresponding suggested data are stored in the enterprise data pool. A tracking set is set for the enterprise data pool to statistically analyze access information, including the processing results of accessed data (removal / destruction and normal access), resulting in a risk assessment index for the technical consulting. This invention ensures the security of enterprise-related data storage and also helps identify the cybersecurity risks faced by the enterprise during technical consulting.

Description

Technical Field

[0001] This invention relates to the field of data protection technology, specifically to a method and system for assessing technical consulting risks based on the Internet. Background Technology

[0002] As the digital economy permeates various industries, such as the digital transformation of manufacturing and the online upgrading of the service industry, enterprises' technology systems are becoming increasingly complex, including hybrid cloud architectures, AI applications, and IoT deployments. The demand for external technical consulting has shifted from a "selective supplement" to a "must-have." Therefore, professional technical consulting is needed to help enterprises transform and upgrade. Communication between enterprises and professional consulting teams often occurs online, involving a large amount of enterprise-related data. However, there are drawbacks in protecting this data, making it susceptible to leaks and potential damage to the enterprise. Summary of the Invention

[0003] The purpose of this invention is to provide a method and system for assessing technical consulting risks based on the Internet, in order to address the shortcomings in the prior art.

[0004] To achieve the above objectives, the present invention provides the following technical solution: a method for assessing technical consulting risks based on the Internet, comprising the following steps:

[0005] Define the enterprise data pool and establish connections between the enterprise data pool and the enterprise end, as well as with the technology consulting platform;

[0006] Enterprises send consultation data to the technology consultation platform, and the technology consultation platform provides suggestions based on the consultation data. The consultation data and the corresponding suggestions are stored in the enterprise data pool.

[0007] A tracking set is set up for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The access data of the enterprise data pool is monitored throughout the process through the tracking entities. Access data that does not meet the security conditions is identified as abnormal access. The access data corresponding to the abnormal access is wrapped, removed and destroyed.

[0008] By statistically analyzing the access information of the enterprise data pool, including the results of data processing (such as removal / destruction and normal access), a risk assessment index for technical consultation is obtained.

[0009] In a preferred embodiment, the steps of determining the enterprise data pool and establishing connections between the enterprise data pool and the enterprise end and the technology consulting platform include:

[0010] Based on the internet-based enterprise registration platform and technical consulting platform, a corresponding enterprise data pool is set up for the enterprise.

[0011] Establish connections between the enterprise and the enterprise data pool, and between the enterprise data pool and the technology consulting platform;

[0012] Establish connections between enterprises and technical consulting platforms.

[0013] In a preferred embodiment, the step of sending consultation data to the technology consulting platform via the enterprise terminal, the technology consulting platform providing suggestion data based on the consultation data, and storing the consultation data and corresponding suggestion data in the enterprise data pool includes:

[0014] The enterprise selects a consultation form, and the enterprise enters consultation information into the consultation form as consultation data.

[0015] The consultation data is transmitted to the technical consultation platform, which then provides suggested data.

[0016] The technical consulting platform transmits the suggested data to the enterprise, while the enterprise stores the suggested data in its enterprise data pool.

[0017] The consulting data and corresponding suggestion data are matched in the enterprise data pool.

[0018] In a preferred embodiment, the step of treating access data that does not meet security conditions as abnormal access, and wrapping and removing / destroying the access data corresponding to the abnormal access, includes:

[0019] Multiple tracking entities are set as tracking sets for the connection ports on the corresponding enterprise data pool;

[0020] When an enterprise or technical consulting platform accesses the enterprise data pool via access data, a corresponding tracking body is configured for the access data of the enterprise or technical consulting platform. The tracking body includes multiple tracking packets.

[0021] Determine the access path of data accessed by the enterprise or technical consulting platform. Through multiple tracking packages corresponding to the tracking body, monitor the actual access path of the data accessed by the enterprise or technical consulting platform throughout the process. When the actual access path and the access path do not correspond, it is considered as not meeting the security conditions, and the access data that does not meet the security conditions is treated as abnormal access.

[0022] The tracking package corresponding to the abnormal access is linked with the access data, the tracking package is decoupled from the enterprise data pool, and the decoupled tracking package is destroyed.

[0023] In a preferred embodiment, the step of monitoring the actual access path of the access data on the enterprise or technical consulting platform throughout the entire process, and treating the access data that does not meet the security conditions as abnormal access when the actual access path and the access path do not correspond, includes:

[0024] Multiple storage areas are set up in the enterprise data pool, and these storage areas are isolated from each other. Multiple interception points are set up between these storage areas.

[0025] Each consultation data and its corresponding suggestion data are stored one-to-one in the storage area, and multiple storage areas are connected to the connection port respectively, serving as access paths;

[0026] When an enterprise or technical consulting platform accesses the enterprise data pool and obtains access data, it tracks the access data through the tracking entity in the connection port to determine the storage area to be accessed and the access path.

[0027] The access data is tracked by multiple tracking packets of the tracking body. When the actual access path and the access path of some or all access data do not correspond, it means that the security conditions are not met and it is considered as abnormal access.

[0028] In a preferred embodiment, the steps of tracking access data through a tracking element in the connection port, determining the storage area to be accessed by the access data, and determining the access path include:

[0029] Enable a single tracking body in the connection port, and bind multiple tracking packets in the tracking body to access data;

[0030] Determine the storage area to be accessed for the accessed data, use the access path between the access port and the storage area to be accessed as the target path, and bind the target path to multiple tracking packets in the tracking body.

[0031] In a preferred embodiment, the steps of interfacing the tracking packet corresponding to the abnormal access with the access data, decoupling the tracking packet from the enterprise data pool, and destroying the decoupling tracking packet include:

[0032] When the actual access path and the access path of some accessed data do not correspond, one tracking package in the tracking body is used to track the partial accessed data; when the actual access path and the access path of all accessed data do not correspond, multiple tracking packages in the tracking body track all accessed data.

[0033] Establish connections between multiple interception points, bypass some or all of the access data through tracking packets, reach the front of the actual access path, and connect some or all of the access data through tracking packets.

[0034] Decouple the tracking package from the enterprise data pool and destroy the decoupled tracking package.

[0035] In a preferred embodiment, the step of obtaining the risk assessment index for technical consultation includes:

[0036] Statistics on the processing results and frequency of access data to the enterprise data pool;

[0037] Based on the results and frequency of data processing, a risk assessment index for technical consultation is obtained.

[0038] This invention also provides an internet-based technical consulting risk assessment system, including:

[0039] The module is used to define the enterprise data pool and establish connections between the enterprise data pool and the enterprise side, as well as with the technology consulting platform.

[0040] The consultation module, connected to the construction module, is used to send consultation data to the technology consultation platform through the enterprise. The technology consultation platform provides suggestion data based on the consultation data and stores the consultation data and the corresponding suggestion data in the enterprise data pool.

[0041] The security module, connected to the consulting module, is used to set up tracking sets for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The tracking entities are used to monitor the access data of the enterprise data pool throughout the process. Access data that does not meet the security conditions is identified as abnormal access. The access data corresponding to the abnormal access is wrapped, removed, and destroyed.

[0042] The assessment module, connected to the security module, is used to statistically analyze access information of the enterprise data pool. This access information includes the results of data processing, such as removal / destruction and normal access, to obtain a risk assessment index for technical consultation.

[0043] The technical effects and advantages provided by the present invention in the above technical solution are as follows:

[0044] When other network attacks are present in the access data and separate access occurs, the tracking packet in the tracking body will activate a tracking packet to track the access data that has separated from the access data and deviated from the target path. The tracking packet can be used to connect with the access data, acting as the access terminal for the access data. After that, the access data after the packet is connected to the tracking packet and disconnected from the enterprise data pool. Finally, the tracking packet containing the access data is destroyed. This can ensure the security of the enterprise's relevant data storage, and at the same time, it can also help understand the network security risks faced by the enterprise during the technical consultation process. Attached Figure Description

[0045] To more clearly illustrate the technical solutions in the embodiments of this application or the prior art, the drawings used in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in this invention. For those skilled in the art, other drawings can be obtained based on these drawings.

[0046] Figure 1 This is a flowchart of the method of the present invention.

[0047] Figure 2 This is a system block diagram of the present invention.

[0048] Figure 3 This is a schematic diagram of the enterprise data pool of the present invention. Detailed Implementation

[0049] To make the objectives, technical solutions, and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0050] Example 1, please refer to Figure 1 and 3 As shown in this embodiment, the internet-based technical consulting risk assessment method includes the following steps:

[0051] S1. Determine the enterprise data pool (which contains various data related to the enterprise, such as the technical architecture diagram stored in the consulting service), and establish the connection relationships between the enterprise data pool and the enterprise end and the technical consulting platform.

[0052] S2. The enterprise sends consultation data to the technical consultation platform, and the technical consultation platform provides suggestion data based on the consultation data. The consultation data and the corresponding suggestion data are stored in the enterprise data pool.

[0053] S3. Set up a tracking set for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The access data of the enterprise data pool is monitored throughout the process through the tracking entities. Access data that does not meet the security conditions is regarded as abnormal access. The access data corresponding to the abnormal access is wrapped, removed and destroyed.

[0054] S4. Statistically analyze the access information of the enterprise data pool. The access information includes the results of the accessed data being processed, including removal and destruction as well as normal access, to obtain the risk assessment index for technical consultation.

[0055] As described in steps S1-S4 above, when there are other network attacks mixed in with the access data and separate access, the tracking packet in the tracking body will enable a tracking of the access data that is separated from the access data and deviates from the target path. The tracking packet can be used to connect with the access data, and the tracking packet can be used as the access terminal of the access data. Then, the access data after the packet is connected to the tracking packet and decoupled from the enterprise data pool. Finally, the tracking packet with the access data is destroyed. This can ensure the security of the enterprise's relevant data storage, and at the same time, it can also understand the network security risks faced by the enterprise in the process of technical consultation.

[0056] In one embodiment, step S1, which involves determining the enterprise data pool and establishing connections between the enterprise data pool and the enterprise itself, as well as with the technology consulting platform, includes:

[0057] S11. Based on the internet-registered enterprise terminal and technical consulting platform, set up an enterprise data pool for the corresponding enterprise terminal;

[0058] S12. Establish the connection between the enterprise terminal and the enterprise data pool, and establish the connection between the enterprise data pool and the technology consulting platform;

[0059] S13. Establish a connection between the enterprise and the technology consulting platform;

[0060] As described in steps S11-S13 above, to facilitate technical consultation for enterprises, a connection between enterprises and professional technical consultation teams is established based on the Internet. This allows enterprises to better meet their technical consultation needs, while also enabling technical consultation teams to provide remote technical consultation services to enterprises. Since communication data is generated during the consultation process on the technical consultation platform, this communication data needs to be cached. Because the consultation data contains core data related to the enterprise (such as the enterprise's technical architecture diagram, user data, and revenue data), data protection is required to prevent data leakage. Therefore, the corresponding enterprise needs to configure a corresponding enterprise data pool specifically for storing communication data between the enterprise and different technical consultation platforms. This communication data needs to be kept confidential. The enterprise and the enterprise data pool are connected, the enterprise and the technical consultation platform are connected, and the technical consultation platform and the enterprise data pool are connected, forming a triangular connection relationship among the three.

[0061] In one embodiment, step S2, which involves sending consultation data to the technology consulting platform via the enterprise terminal, the technology consulting platform providing suggestion data based on the consultation data, and storing the consultation data and corresponding suggestion data in the enterprise data pool, includes:

[0062] S21. The enterprise selects a consultation form and enters consultation information into the consultation form as consultation data.

[0063] S22. Transmit the consultation data to the technical consultation platform, and the technical consultation platform provides suggested data;

[0064] S23. The technical consulting platform will transmit the suggested data to the enterprise, and the enterprise will store the suggested data in the enterprise data pool.

[0065] S24. Match the consulting data with the corresponding suggestion data in the enterprise data pool;

[0066] As described in steps S21-S24 above, during consultations, to facilitate language organization for the enterprise side, various consultation forms are set up for the enterprise side. Each form corresponds to a different consultation project, such as technical consultation related to the enterprise client organization or revenue-related projects. The forms for each consultation project are different. The forms for revenue-related projects have headers for amount and product name, which helps the enterprise quickly complete the consultation data. The consultation data is then provided to the technical consultation platform, which has a professional team. The professional team develops a corresponding technical architecture for the enterprise based on the consultation data. This is presented as suggestion data, which is transmitted to the enterprise side for review. If satisfied, the enterprise side can use it. Since the suggestion data may be modified multiple times and involves a large amount of communication data, the enterprise side stores the consultation data and corresponding suggestion data in the enterprise data pool. The enterprise data pool can also store the consultation data and corresponding suggestion data in chronological order.

[0067] In one embodiment, step S3, which involves treating access data that does not meet security conditions as abnormal access and wrapping and removing / destroying the access data corresponding to the abnormal access, includes:

[0068] S31. Set multiple tracking entities as a tracking set for the connection port on the corresponding enterprise data pool;

[0069] S32. When accessing the enterprise data pool via access data on the enterprise side or technical consulting platform, a corresponding tracking body is configured for the access data on the enterprise side or technical consulting platform. The tracking body includes multiple tracking packages (virtual machines).

[0070] S33. Determine the access path of the enterprise or technical consulting platform access data. Through multiple tracking packages corresponding to the tracking body, monitor the actual access path of the enterprise or technical consulting platform access data throughout the process. When the actual access path and the access path do not correspond, it is considered as not meeting the security conditions, and the access data that does not meet the security conditions is treated as abnormal access.

[0071] S34. Connect the tracking package corresponding to the abnormal access with the access data, detach the tracking package from the enterprise data pool, and destroy the detached tracking package.

[0072] In one embodiment, step S33, which involves monitoring the actual access path of the access data to the enterprise or technical consulting platform throughout the entire process, and classifying the access data as abnormal access when the actual access path and the access path do not correspond, includes:

[0073] S331. Set up multiple storage areas in the enterprise data pool. The multiple storage areas are isolated from each other. Set up multiple interception points between the multiple storage areas (the interception points are pre-set connection nodes between the multiple storage areas, which are used for subsequent construction and connection channels).

[0074] S332. Store each consultation data and its corresponding suggestion data one-to-one in the storage area, and establish connection channels between multiple storage areas and the connection port as access paths;

[0075] S333. When the enterprise or technical consulting platform accesses the enterprise data pool and obtains access data, it tracks the access data through the tracking body in the connection port, determines the storage area to be accessed by the access data, and determines the access path.

[0076] S334. The access data is tracked by multiple tracking packets of the tracking body. When the actual access path and the access path of some or all access data do not correspond, it means that the security conditions are not met and it is considered as abnormal access.

[0077] In one embodiment, step S333, which involves tracking access data through a tracking element in the connection port, determining the storage area to be accessed by the access data, and determining the access path, includes:

[0078] S3331. Enable a single tracking entity in the connection port, and bind multiple tracking packets in the tracking entity with access data;

[0079] S3332. Determine the storage area to be accessed by the access data, take the access path between the access port and the storage area to be accessed as the target path, and bind the target path to multiple tracking packets in the tracking body.

[0080] In one embodiment, step S34, which involves connecting the tracking packet corresponding to the abnormal access with the access data, decoupling the tracking packet from the enterprise data pool, and destroying the decoupled tracking packet, includes:

[0081] S341. When the actual access path and access path of some accessed data do not correspond, one tracking packet in the tracking body is used to track the partial accessed data; when the actual access path and access path of all accessed data do not correspond, multiple tracking packets in the tracking body track all accessed data.

[0082] S342. Establish connections between multiple interception points, bypass some or all of the access data through tracking packets, reach the front of the actual access path, and connect some or all of the access data through tracking packets.

[0083] S343. Decouple the tracking package from the enterprise data pool and destroy the decoupled tracking package.

[0084] As described in steps S31-S34 above, a connection port is set up on the enterprise data pool for data querying by the enterprise and the technical consulting platform. To ensure the security of enterprise data, multiple tracking entities are set up for the connection port on the enterprise data pool. One tracking entity is activated for each access, and one tracking entity includes multiple tracking packets, which are virtual machines. When the enterprise and the technical consulting platform need to view past communication data (communication data represents consulting data and corresponding suggestion data, which contains a large amount of information about the enterprise, so the security of the relevant data needs to be ensured; here, it is stored through an enterprise data pool corresponding to the enterprise), they need to submit access data to the enterprise data pool. This access data is the storage address of the consulting data and corresponding suggestion data to be accessed (this storage address represents the storage address of the storage area corresponding to the data to be accessed). When the access data arrives at the corresponding storage area, the consulting data and corresponding suggestion data in the storage area will be provided to the access port for viewing (enterprise or technical consulting platform). If the access data cannot arrive or arrives incompletely (incomplete means the accessed storage address is incomplete, meaning the storage area cannot be accessed), the data in the storage area cannot be provided, thus ensuring the security of data storage.During access, there's a risk of malicious data from other storage pools being mixed in with the accessed data in order to view other data (this can lead to data leaks and corruption, necessitating full tracking of the access process to prevent malicious data from slipping away and causing damage). Therefore, monitoring the access path is crucial. This monitoring involves tracking the accessed data using a tracking module. When other network attacks are present within the accessed data, the tracking packet will initiate a tracking of this separated data that has deviated from the target path. Since multiple storage pools have multiple interception points, the accessed data will access other storage pools through these interception points. Even without interception points, the accessed data will still access other storage pools. Interception points can guide access to other storage areas. This allows tracking packets to track accessed data more systematically. The tracking packet can bypass the accessed data and reach a network position preceding its access path. Since the tracking packet is bound to the accessed data, it only needs to cross a network position preceding the data; path prediction is unnecessary. It simply follows the accessed data, adjusting its network position to the preceding network position in the data's access path. The tracking packet can then be used as the access endpoint. Afterward, the accessed data is decoupled from the enterprise data pool by the tracking packet, and the tracking packet containing the accessed data is destroyed. This ensures the security of the enterprise's data storage and also reveals the cybersecurity risks the enterprise faces during technical consultations.

[0085] In one embodiment, step S4 of obtaining the risk assessment index for technical consultation includes:

[0086] S41. Statistically analyze the results and frequency of data processing for accesses to the enterprise data pool;

[0087] S42. Based on the results and frequency of data processing, a risk assessment index for technical consulting is obtained. The formula for calculating the risk assessment index for technical consulting includes:

[0088] in, n is the risk assessment index for technical consulting. y The number of times accessed data was removed and destroyed, μ being the number of storage areas corresponding to the data removal and destruction; n zγ represents the number of times data is accessed normally, γ represents the number of storage areas corresponding to normal access to data, τ represents the weighting coefficient for data being removed and destroyed, τ>1, and β and α are both constants greater than zero.

[0089] As described in steps S41-S42 above, the enterprise data pool is constantly accessed by the enterprise or technical consulting platform according to needs. Therefore, during the entire usage process, it is necessary to count the number of times the enterprise data pool is attacked by the network and the results. The results include removal and destruction as well as normal access. Then, based on the results and the number of times, the risk assessment index of technical consulting is obtained. The risk assessment index of technical consulting can be used to understand the security of the enterprise data pool. The higher the value of the risk assessment index of technical consulting, the lower the security of the enterprise data pool.

[0090] Example 2, please refer to Figure 2 As shown in this embodiment, the Internet-based technical consulting risk assessment system includes:

[0091] The module is used to define the enterprise data pool and establish connections between the enterprise data pool and the enterprise side, as well as with the technology consulting platform.

[0092] The consultation module, connected to the construction module, is used to send consultation data to the technology consultation platform through the enterprise. The technology consultation platform provides suggestion data based on the consultation data and stores the consultation data and the corresponding suggestion data in the enterprise data pool.

[0093] The security module, connected to the consulting module, is used to set up tracking sets for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The tracking entities are used to monitor the access data of the enterprise data pool throughout the process. Access data that does not meet the security conditions is identified as abnormal access. The access data corresponding to the abnormal access is wrapped, removed, and destroyed.

[0094] The assessment module, connected to the security module, is used to statistically analyze access information of the enterprise data pool. This access information includes the results of data processing, such as removal / destruction and normal access, to obtain a risk assessment index for technical consultation.

[0095] It should be noted that when other network attacks are mixed in with the access data and there is separate access, the tracking packet in the tracking body will enable a tracking packet to track the access data that is separated from the access data and deviates from the target path. The tracking packet can be used to connect with the access data, and the tracking packet can be used as the access terminal of the access data. Then, the access data after the packet is connected to the tracking packet and decoupled from the enterprise data pool. Finally, the tracking packet with the access data is destroyed. This can ensure the security of the enterprise's relevant data storage, and at the same time, it can also help to understand the network security risks faced by the enterprise during the technical consultation process.

[0096] The above description is merely a specific embodiment of this application, but the scope of protection of this application is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the scope of the technology disclosed in this application should be included within the scope of protection of this application. Therefore, the scope of protection of this application should be determined by the scope of the claims.

Claims

1. A risk assessment method for internet-based technical consulting, characterized in that, Includes the following steps: Define the enterprise data pool and establish connections between the enterprise data pool and the enterprise end, as well as with the technology consulting platform; Enterprises send consultation data to the technology consultation platform, and the technology consultation platform provides suggestions based on the consultation data. The consultation data and the corresponding suggestions are stored in the enterprise data pool. A tracking set is set up for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The access data of the enterprise data pool is monitored throughout the process through the tracking entities. Access data that does not meet the security conditions is identified as abnormal access. The access data corresponding to the abnormal access is wrapped, removed and destroyed. The steps of treating access data that does not meet security conditions as abnormal access, and wrapping and removing / destroying the access data corresponding to the abnormal access, include: Multiple tracking entities are set as tracking sets for the connection ports on the corresponding enterprise data pool; When an enterprise or technical consulting platform accesses the enterprise data pool via access data, a corresponding tracking body is configured for the access data of the enterprise or technical consulting platform. The tracking body includes multiple tracking packets. Determine the access path of data accessed by the enterprise or technical consulting platform. Through multiple tracking packets corresponding to the tracking entity, monitor the actual access path of the data accessed by the enterprise or technical consulting platform throughout the entire process. When the actual access path and the access path do not match, it is considered a failure to meet security conditions. The steps for treating access data that does not meet security conditions as abnormal access include: Multiple storage areas are set up in the enterprise data pool, and these storage areas are isolated from each other. Multiple interception points are set up between these storage areas. Each consultation data and its corresponding suggestion data are stored one-to-one in the storage area, and multiple storage areas are connected to the connection port respectively, serving as access paths; When an enterprise or technical consulting platform accesses the enterprise data pool and obtains access data, it tracks the access data through the tracking entity in the connection port to determine the storage area to be accessed and the access path. The access data is tracked by multiple tracking packets of the tracking body. When the actual access path and the access path of some or all access data do not correspond, it means that the security conditions are not met and it is considered as abnormal access. The tracking package corresponding to the abnormal access is linked with the access data, the tracking package is decoupled from the enterprise data pool, and the decoupled tracking package is destroyed. The access information of the enterprise data pool is statistically analyzed. The access information includes the results of the accessed data being processed, including removal and destruction as well as normal access, to obtain a risk assessment index for technical consultation. The steps for obtaining the risk assessment index for technical consultation include: Statistics on the processing results and frequency of access data to the enterprise data pool; Based on the processing results and frequency of the access data, the risk assessment index for technical consultation is as follows: ,in, For risk assessment of technical consulting, The number of times accessed data has been removed and destroyed. The number of storage areas corresponding to the accessed data that were removed or destroyed; This represents the number of times the data was accessed normally. The number of storage areas corresponding to normal data access. The weighting factor for data removal and destruction. , and All are constants greater than zero.

2. The internet-based technical consulting risk assessment method according to claim 1, characterized in that, The steps of determining the enterprise data pool and establishing connections between the enterprise data pool and the enterprise end and the technology consulting platform include: Based on the internet-based enterprise registration platform and technical consulting platform, a corresponding enterprise data pool is set up for the enterprise. Establish connections between the enterprise and the enterprise data pool, and between the enterprise data pool and the technology consulting platform; Establish connections between enterprises and technical consulting platforms.

3. The internet-based technical consulting risk assessment method according to claim 1, characterized in that, The steps of sending consultation data to the technology consultation platform through the enterprise, the technology consultation platform providing suggestion data based on the consultation data, and storing the consultation data and corresponding suggestion data in the enterprise data pool include: The enterprise selects a consultation form, and the enterprise enters consultation information into the consultation form as consultation data. The consultation data is transmitted to the technical consultation platform, which then provides suggested data. The technical consulting platform transmits the suggested data to the enterprise, while the enterprise stores the suggested data in its enterprise data pool. The consulting data and corresponding suggestion data are matched in the enterprise data pool.

4. The internet-based technical consulting risk assessment method according to claim 1, characterized in that, The steps of tracking accessed data through a tracking element in the connection port, determining the storage area to be accessed by the accessed data, and determining the access path include: Enable a single tracking body in the connection port, and bind multiple tracking packets in the tracking body to access data; Determine the storage area to be accessed for the accessed data, use the access path between the access port and the storage area to be accessed as the target path, and bind the target path to multiple tracking packets in the tracking body.

5. The internet-based technical consulting risk assessment method according to claim 1, characterized in that, The steps of linking the tracking packet corresponding to the abnormal access with the access data, decoupling the tracking packet from the enterprise data pool, and destroying the decoupling tracking packet include: When the actual access path and the access path of some accessed data do not correspond, one tracking package in the tracking body is used to track the partial accessed data; when the actual access path and the access path of all accessed data do not correspond, multiple tracking packages in the tracking body track all accessed data. Establish connections between multiple interception points, bypass some or all of the access data through tracking packets, reach the front of the actual access path, and connect some or all of the access data through tracking packets. Decouple the tracking package from the enterprise data pool and destroy the decoupled tracking package.

6. An internet-based technology consulting risk assessment system, used to implement the internet-based technology consulting risk assessment method according to any one of claims 1-5, characterized in that, include: The module is used to define the enterprise data pool and establish connections between the enterprise data pool and the enterprise side, as well as with the technology consulting platform. The consultation module, connected to the construction module, is used to send consultation data to the technology consultation platform through the enterprise. The technology consultation platform provides suggestion data based on the consultation data and stores the consultation data and the corresponding suggestion data in the enterprise data pool. The security module, connected to the consulting module, is used to set up tracking sets for the corresponding enterprise data pool. The tracking set includes multiple tracking entities. The tracking entities are used to monitor the access data of the enterprise data pool throughout the process. Access data that does not meet the security conditions is identified as abnormal access. The access data corresponding to the abnormal access is wrapped, removed, and destroyed. The assessment module, connected to the security module, is used to statistically analyze access information of the enterprise data pool. This access information includes the results of data processing, such as removal / destruction and normal access, to obtain a risk assessment index for technical consultation.

Images