Label-based Delivery Domain Name Switching Monitoring Method and System

Abstract

This application relates to a method and system for monitoring the switching of delivery domains based on tags. The advertising platform end determines whether there are blocked domains in any traffic environment by polling the blocking status of all available domains in each traffic environment. And in the case of discovering a blocked domain, it makes a mark by modifying the content of the delivery status sub-tag. At the same time, it replaces the blocked domain in all advertising delivery links corresponding to the blocked domain with an available domain that is not blocked, so that all advertisers associated with the blocked domain can deliver advertisements normally, effectively ensuring the advertising conversion efficiency of advertisers.

Description

Technical Field

[0001] This application relates to the field of Internet technologies, and in particular, to a monitoring method and system for switching domains of tag-based ad delivery. Background Art

[0002] In the mobile Internet advertising industry, accessing an H5 advertisement page is generally done through a domain name. Generally speaking, one domain name released by an advertising platform is reused for multiple advertisements, that is, one domain name is bound to multiple advertisements for use. This is because if an advertisement monopolizes a domain name, it will greatly waste network resources and increase the operation and maintenance costs of the advertising platform.

[0003] However, if the current domain name is blocked by an operator, traffic environment A, or traffic environment B, then the current advertisement will not be accessible. At this time, the domain name needs to be switched immediately. Traditional domain name switching methods generally involve staff actively checking the domain name. Once the staff discovers a problem, they perform the operation of replacing the current domain name with a new domain name.

[0004] However, there is a problem with traditional domain name switching methods. When an advertisement has a problem that causes the current domain name to be blocked, simply replacing the blocked domain name will affect the delivery of other advertisements bound to the current domain name, resulting in losses to other advertisers. In addition, traditional domain name switching methods replace the domain name manually, and this operation is relatively post - poned. The staff cannot discover the blocked domain name and find the reason for the block in a timely manner, which easily leads to secondary blocking. Summary of the Invention

[0005] Based on this, in view of the problem that simply replacing the blocked domain name in the traditional tag - based ad delivery domain name switching monitoring method will affect the delivery of other advertisements bound to the current domain name, resulting in losses to other advertisers, it is necessary to provide a monitoring method and system for switching domains of tag - based ad delivery.

[0006] This application provides a monitoring method for switching domains of tag - based ad delivery, including:

[0007] Poll the blocking status of all available domain names in each traffic environment at every first preset time period, and determine whether there is a blocked domain name in any traffic environment;

[0008] If there is a blocked domain name in any traffic environment, use the traffic environment where the blocked domain name exists as the blocking environment, and change the content of the delivery status sub - tag attached to the blocked domain name from "deliverable" to "blocked";

[0009] Retrieve all advertisement delivery links corresponding to the blocked domain name, and replace the blocked domain name in all advertisement delivery links corresponding to the blocked domain name with an available domain name that is not blocked.

[0010] The present application also provides a monitoring system for switching advertising domain names based on tags, including:

[0011] An advertising platform terminal, configured to execute the monitoring method for switching advertising domain names based on tags as mentioned above;

[0012] A user terminal, communicatively connected to the advertising platform terminal;

[0013] A database server, communicatively connected to the advertising platform terminal;

[0014] An inspection terminal, communicatively connected to the advertising platform terminal.

[0015] The present application relates to a monitoring method and system for switching advertising domain names based on tags. The advertising platform terminal determines whether there is a blocked domain name in any traffic environment by polling the blocking status of all available domain names in each traffic environment. And in the case of finding a blocked domain name, it marks by modifying the content of the placement status sub-tag, and at the same time replaces the blocked domain name in all advertising placement links corresponding to the blocked domain name with an unblocked available domain name, so that all advertisers associated with the blocked domain name can normally place advertisements, effectively ensuring the advertising conversion efficiency of advertisers. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a schematic flow chart of a monitoring method for switching advertising domain names based on tags provided by an embodiment of the present application.

[0017] Figure 2 It is a schematic structural diagram of a monitoring system for switching advertising domain names based on tags provided by an embodiment of the present application. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0018] In order to make the objectives, technical solutions and advantages of the present application clearer, the present application will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0019] The present application provides a monitoring method for switching advertising domain names based on tags.

[0020] As Figure 1 shown, in an embodiment of the present application, the method includes:

[0021] S100, polling the blocking status of all available domain names in each traffic environment at intervals of a first preset time period, and determining whether there is a blocked domain name in any traffic environment.

[0022] Specifically, the first preset time period can be set to 5 minutes. The shorter the time length of the first preset time period is set, the better the monitoring effect of the tag-based domain name switching monitoring method provided by this application.

[0023] In this step, polling means checking in sequence. The advertising platform side checks the blocking status of each available domain name in each traffic environment in sequence to determine whether there is a blocked domain name in any traffic environment.

[0024] An available domain name is a domain name that is not blocked in each traffic environment. If an available domain name is blocked in a certain traffic environment, then this available domain name becomes a blocked domain name relative to this traffic environment.

[0025] S200, if there is a blocked domain name in any traffic environment, then use the traffic environment where the blocked domain name exists as the blocked environment, and modify the content of the placement status sub-tag attached to the blocked domain name from "can be placed" to "blocked".

[0026] Specifically, there can be multiple traffic environments. For example, traffic environment A, traffic environment B, traffic environment C, traffic environment D, etc. The total number of traffic environments and what they are specifically are related to the contracts the advertising platform side has with which cooperative media. For example, if the advertising platform side has signed a placement contract with cooperative media A, then the advertising platform side will place advertisements under traffic environment A. To place advertisements, domain names need to be created. The advertising platform side needs to ensure that the information published on the domain names is healthy and legal, otherwise there is a risk of being blocked.

[0027] Each available domain name has a placement status sub-tag. The content of the placement status sub-tag has two types: one content is "can be placed", indicating that the available domain name is not blocked in this traffic environment. The other content is "blocked", indicating that the available domain name has been blocked in this traffic environment.

[0028] In this step, once the advertising platform side discovers that there is a blocked domain name in any traffic environment, then use the traffic environment where the blocked domain name exists as the blocked environment, and modify the content of the placement status sub-tag attached to the blocked domain name from "can be placed" to "blocked".

[0029] For example, if the advertising platform side discovers that the domain name www.a.com is blocked by traffic environment A, then traffic environment A becomes the blocked environment relative to the domain name www.a.com. At this time, the advertising platform side modifies the content of the placement status sub-tag attached to the domain name www.a.com from "can be placed" to "blocked", indicating that the advertisement placement status of the domain name www.a.com has changed.

[0030] S300. Retrieve all advertising placement links corresponding to the blocked domain name, and replace the blocked domain name in all advertising placement links corresponding to the blocked domain name with an available domain name that is not blocked.

[0031] Specifically, in this embodiment, since there is only one label to indicate whether a domain name is blocked, that is, the placement status sub-label, it can be understood that if a domain name is blocked by one traffic environment and not blocked by other traffic environments, it will become a blocked domain name and needs to be replaced.

[0032] Continuing from the above embodiment, the advertising platform side discovers that the domain name www.a.com is blocked by traffic environment A, and the advertising placement links corresponding to www.a.com are www.a.com / h5 / ad001.html, www.a.com / h5 / ad002.html, and www.a.com / h5 / ad003.html, where ad001 represents advertisement 001, ad002 represents advertisement 002, and ad003 represents advertisement 003.

[0033] While www.b.com is not blocked by traffic environment A, so it is an available domain name that is not blocked. At this time, adjust www.a.com / h5 / ad001.html to www.b.com / h5 / ad001.html, adjust www.a.com / h5 / ad002.html to www.b.com / h5 / ad002.html, and adjust www.a.com / h5 / ad003.html to www.b.com / h5 / ad003.html.

[0034] After S300 is executed, after the first preset time period, return to S100 to execute a new round of polling process. In this way, the troubleshooting efficiency is higher. It can not only effectively complete the troubleshooting of whether available domain names are blocked by each traffic environment, but also relieve the computational pressure of troubleshooting because it is not troubleshooting every second.

[0035] In this embodiment, the advertising platform side determines whether there is a blocked domain name in any traffic environment by polling the blocking status of all available domain names in each traffic environment. And in the case of discovering a blocked domain name, it is marked by modifying the placement status sub-label, and at the same time, the blocked domain name in all advertising placement links corresponding to the blocked domain name is replaced with an available domain name that is not blocked, so that all advertisers associated with the blocked domain name can normally place advertisements, effectively guaranteeing the advertising conversion efficiency of advertisers.

[0036] In an embodiment of the present application, before S100, the label-based domain name switching monitoring method for placement further includes:

[0037] S010. Register a new domain name and attach multiple traffic environment tags to the new domain name. The traffic environment tags include an environment type sub-tag and a placement status sub-tag.

[0038] Specifically, since a domain name is blocked by one traffic environment, but if it is not blocked by another traffic environment, in the foregoing embodiment, it is directly made into a blocked domain name and replaced. However, this method has low utilization rate of the domain name.

[0039] In this embodiment, on the basis of the placement status sub-tag, an environment type sub-tag is added. The environment type sub-tag and the placement status sub-tag have a corresponding relationship, that is, a coupling relationship. The environment type sub-tag can display the type of the traffic environment and distinguish different traffic environments. The placement status sub-tag can display whether the new domain name can be placed in this traffic environment. For example, if one traffic environment tag attached to the new domain name includes an environment type sub-tag with the content of "environmental traffic A" and a placement status sub-tag with the content of "can be placed", it indicates that the new domain name can be used in the traffic environment A.

[0040] S020. Set the content of the placement status sub-tag in the traffic environment tag to "can be placed".

[0041] Specifically, the new domain name is newly created, has not released any information, and has not placed any advertisements, so it is safe. Set the content of the placement status sub-tag to "can be placed".

[0042] S030. Use the new domain name as an available domain name, and store the available domain name and all traffic environment tags corresponding to the available domain name in a database server.

[0043] Specifically, the environment type sub-tag is used to display the type of the traffic environment. For example, the traffic environment A tag, the traffic environment B tag, and the traffic environment C tag are different traffic environments, so they are distinguished by different environment type sub-tags.

[0044] The placement status sub-tag is used to display different advertisement placement statuses. When the content of the placement status sub-tag is set to "can be placed", it means that the available domain name is not blocked. When the content of the placement status sub-tag is set to "blocked", it means that the available domain name has been blocked. Different combinations of the environment type sub-tag and the placement status sub-tag can display the placement status of different traffic environments, and when encountering a blocking situation and needing to replace the domain name later, the flexibility is higher and the utilization rate of each domain name is higher.

[0045] S040. Return to S100 until the total number of available domain names reaches the available domain name quantity threshold.

[0046] Specifically, the threshold of the number of available domain names can be set to 500. The larger the threshold of the number of available domain names, the more sufficient the total number of available domain names is, and the smaller the replacement pressure is.

[0047] In an embodiment of the present application, the method for monitoring the switching of the delivery domain name based on tags further includes:

[0048] S400, real-time monitor whether the user program receives the traffic pushed by the user terminal. When receiving the traffic pushed by the user terminal, randomly select an available domain name with the same sub-tag of the environment type according to the sub-tag of the environment type of the traffic, and randomly select an advertisement information to be delivered for combination to generate an advertisement delivery link and configure it on the advertisement position of the user program.

[0049] Specifically, in a traffic environment, the user terminal reaches the application program of the advertisement platform through the delivery domain name interface. The application program of the advertisement platform pre-gets 200 domain names suitable for the traffic environment from the Mysql database and caches them in the local storage. When the user reaches, a suitable local queue LinkQueue will be constructed. The local queue loads the suitable domain names in the local storage and follows the principle of first in first out.

[0050] For example, in traffic environment A, when the user continuously triggers access, a suitable available domain name will be continuously pushed out of the queue for production delivery, realizing the smooth use of the domain name. And due to the local cache and local queue, fast delivery in a high-concurrency scenario is realized.

[0051] In an embodiment of the present application, the S100 includes the following S110 to S150:

[0052] S110, select an available domain name.

[0053] S120, establish a communication connection between the virtual mobile phone and the available domain name.

[0054] S130, control the virtual mobile phone to access the available domain name using a Python script in each traffic environment, and judge whether the access status of the available domain name in each traffic environment is normal.

[0055] S140, if the access status of the available domain name in each traffic environment is normal, return to the S110 until all available domain names are polled.

[0056] S150, after the first preset time period, return to the step of selecting an available domain name to execute a new round of polling process.

[0057] Specifically, this embodiment is a specific method for polling the blocking status of all available domain names in various traffic environments and determining whether there are blocked domain names in any traffic environment. This embodiment uses the method of pre-accessing each available domain name by a virtual mobile phone to check the blocking status of each available domain name in various traffic environments.

[0058] In this embodiment, the virtual mobile phone is used to pre-access the available domain names to check whether the available domain names are blocked, which has strong real-time performance and avoids delays.

[0059] In an embodiment of the present application, after the S140, the S100 further includes:

[0060] S160, if the access status of the available domain name is abnormal in any one of the traffic environments, obtain the traffic environment where the access status is abnormal, determine that there is a blocked domain name in this traffic environment, and execute the subsequent S200.

[0061] Specifically, after S160, the subsequent S200 is executed.

[0062] In an embodiment of the present application, the S130 includes the following S131 to S135:

[0063] S131, randomly select a traffic environment that can deliver the available domain name according to the multiple deliverable environment tags corresponding to the available domain name as the test environment.

[0064] S132, run the application program corresponding to the test environment in the virtual mobile phone.

[0065] S133, in the application program, use a Python script to access the available domain name and determine whether the access status is normal.

[0066] S134, if the access status is normal, determine that the access status of the available domain name in the test environment is normal.

[0067] S135, return to S131 until the access status of all traffic environments that can deliver the available domain name has been judged.

[0068] Specifically, this embodiment is the specific step of controlling the virtual mobile phone to access the available domain name using a Python script in each traffic environment and determining whether the access status of the available domain name in each traffic environment is normal.

[0069] After S134, S136 is further included. If the access status is abnormal, it is determined that the access status of the available domain name is abnormal in any one of the traffic environments, and S160 is executed.

[0070] This embodiment is implemented by a scheduled task program. The scheduled task program uses a Python script. The code and Appium are used to control the mobile phone to automatically open the traffic environment, and the domain name to be accessed is input through the Python script and the mobile phone terminal interface. If the domain name interface access is normal, the ok field is normally replied; otherwise, the current domain name is blocked in the traffic environment.

[0071] In an embodiment of the present application, S300 includes the following S310 to S340:

[0072] S310, search in the database server for available domain names that have the same environmental type sub - tag as the shielding environment and whose content of the delivery status sub - tag is "deliverable", and use this available domain name as the unblocked available domain name.

[0073] Specifically, different from the embodiments of S100 to S300 (i.e., the first embodiment of the present application), it is not that if any traffic environment is blocked, the domain name is completely abandoned. In this embodiment, domain name 1 is blocked in traffic environment A, but not blocked in traffic environment B, and domain name 1 still has availability.

[0074] For example, domain name 1 is blocked in traffic environment A, but not blocked in traffic environment B.

[0075] If the advertising platform end discovers during polling that domain name 2 is blocked in traffic environment B, the advertising platform end can replace domain name 2 in all advertising delivery links corresponding to domain name 2 with domain name 1. We can see that although domain name 1 is blocked in traffic environment A, it still has availability.

[0076] Optionally, S310 includes the following S311 to S315:

[0077] S311, search in the database server for available domain names that have the same environmental type sub - tag as the shielding environment and whose content of the delivery status sub - tag is "deliverable".

[0078] S312, randomly select one from the available domain names that have the same environmental type sub - tag as the shielding environment and whose content of the delivery status sub - tag is "deliverable" as the unblocked available domain name.

[0079] S313, retrieve all advertising delivery links corresponding to the blocked domain name from the database server, and obtain the historical delivery traffic environment table of these advertising delivery links from the database server.

[0080] S314, determine whether the unblocked available domain name has been blocked by any historical delivery traffic environment in the historical delivery traffic environment table.

[0081] S315. If the available domain names that are not blocked are not blocked by any of the historical traffic environments in the historical traffic environment table for ad delivery, then perform the subsequent S320.

[0082] Specifically, this step is to ensure that each ad delivery link is secure after replacing the domain name. The historical traffic environment table for ad delivery contains multiple historical traffic environments, which represent the traffic environments where the ad delivery links are expected to be delivered in the future. If the available domain names that are not blocked are not blocked by any of the historical traffic environments in the historical traffic environment table for ad delivery, it means that after performing S320 - S330, these ad delivery links will still be secure when delivered to these historical traffic environments.

[0083] S320. Retrieve all ad delivery links corresponding to the blocked domain name from the database server as the ad delivery links to be replaced.

[0084] S330. Replace the blocked domain name in each ad delivery link to be replaced with the available domain name that is not blocked.

[0085] For example, the domain name www.a.com is suitable for delivering various ads such as ad001, ad002, and ad003. When one of the ads is blocked due to user complaints or suspected violations, in the traditional strategy, other ads will also be blocked, and it is impossible to repair and locate the reason for the ad block in a timely manner. Automatically polling and replacing the currently delivered domain name with www.c.com like this will not affect the conversion efficiency of ad owners ad002 and ad003. It avoids a long time of domain name blocking due to other problems such as cumulative complaints or violations again.

[0086] In an embodiment of the present application, after S300, the method for monitoring ad delivery domain name switching based on tags further includes:

[0087] S400. Obtain the user access records of the blocked domain name within a second preset time period and send them to the verification end.

[0088] Specifically, the traditional domain name switching method replaces the domain name manually, which is relatively late. Staff cannot discover the blocked domain name and find the reason for the domain name being blocked in a timely manner, easily leading to secondary blocking. This embodiment can discover the blocked domain name and find the reason for the domain name being blocked.

[0089] In an embodiment of the present application, after S300, the method for monitoring ad delivery domain name switching based on tags further includes:

[0090] S500. Obtain the ad information of all ads delivered within the blocked domain name within a third preset time period and send them to the verification end.

[0091] Specifically, the traditional domain name switching method replaces the domain name manually, which is a relatively late operation. Staff members cannot detect the blocked domain name in time and find the reason for the domain name being blocked, which easily leads to secondary blocking. This application can detect the blocked domain name and find the reason for the domain name being blocked. The third preset time period may be equal to the second preset time period, or the third preset time period may not be equal to the second preset time period.

[0092] This application also provides a label-based advertising domain name switching monitoring system.

[0093] As Figure 2 shown, in an embodiment of this application, the label-based advertising domain name switching monitoring system includes an advertising platform terminal 100, a user terminal 200, a database server 300, and a verification terminal 400. The advertising platform terminal 100 is used to execute the label-based advertising domain name switching monitoring method mentioned above. The user terminal 200 is communicatively connected to the advertising platform terminal 100. The database server 300 is communicatively connected to the advertising platform terminal 100. The verification terminal 400 is communicatively connected to the advertising platform terminal 100.

[0094] The technical features of the above-described embodiments can be combined arbitrarily, and there is no restriction on the execution order of the method steps. For the sake of brevity of description, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, it should be considered as the scope described in this specification.

[0095] The above-described embodiments only represent several implementation manners of this application. The description is relatively specific and detailed, but it should not be construed as a limitation on the patent scope of this application. It should be noted that for those of ordinary skill in the art, without departing from the concept of this application, several modifications and improvements can still be made, and these all belong to the protection scope of this application. Therefore, the protection scope of this application should be subject to the appended claims.

Claims

1. A monitoring method for switching of domain names for label-based delivery, characterized in that The method includes: Polling the blocking status of all available domain names in each traffic environment at every first preset time period, and determining whether there is a blocked domain name in any traffic environment; If there is a blocked domain name in any traffic environment, taking the traffic environment where the blocked domain name exists as the blocking environment, and modifying the content of the delivery status sub-label attached to the blocked domain name from deliverable to blocked; Retrieving all advertising delivery links corresponding to the blocked domain name, and replacing the blocked domain name in all advertising delivery links corresponding to the blocked domain name with an available domain name that is not blocked; Among them, the retrieving all advertising delivery links corresponding to the blocked domain name and replacing the blocked domain name in all advertising delivery links corresponding to the blocked domain name with an available domain name that is not blocked includes: Searching in the database server for an available domain name with the same environment type sub-label as that of the blocking environment and the content of the delivery status sub-label being deliverable, and taking this available domain name as the available domain name that is not blocked; Retrieving all advertising delivery links corresponding to the blocked domain name from the database server as the advertising delivery links to be replaced; Replacing the blocked domain name in each advertising delivery link to be replaced with this available domain name that is not blocked.

2. The method for monitoring the switching of the domain name for placement based on tags according to claim 1, wherein Before the polling the blocking status of all available domain names in each traffic environment at every first preset time period and determining whether there is a blocked domain name in any traffic environment, the method further includes: Registering a new domain name and attaching multiple traffic environment labels to the new domain name; the traffic environment labels include an environment type sub-label and a delivery status sub-label; Setting the content of the delivery status sub-label in the traffic environment label to deliverable; Taking the new domain name as an available domain name, and storing the available domain name and all traffic environment labels corresponding to the available domain name in the database server; Returning to the registering a new domain name and attaching traffic environment labels to the new domain name until the total number of available domain names reaches the available domain name quantity threshold.

3. The method for monitoring the switching of a domain name for label-based delivery according to claim 2, wherein The method further includes: Real-time monitoring whether the user program receives the traffic pushed by the user terminal. When receiving the traffic pushed by the user terminal, randomly selecting an available domain name with the same environment type sub-label according to the environment type sub-label of the traffic, and randomly selecting an advertisement information of an advertisement to be delivered for combination, and generating an advertising delivery link to be configured on the advertisement position of the user program.

4. The method for monitoring the switching of a domain name for label-based placement according to claim 3, wherein The polling the blocking status of all available domain names in each traffic environment at every first preset time period and determining whether there is a blocked domain name in any traffic environment includes: Selecting an available domain name; Establishing a communication connection between the virtual mobile phone and the available domain name; Controlling the virtual mobile phone to access the available domain name using a Python script in each traffic environment, and determining whether the access status of the available domain name is normal in each traffic environment; If the access status of the available domain name is normal in each traffic environment, returning to the selecting an available domain name until all available domain names have been polled; After the first preset time period, returning to the selecting an available domain name to execute a new round of polling process.

5. The method for monitoring the switching of the domain name for label-based delivery according to claim 4, wherein, After the control virtual mobile phone accesses the available domain names using Python scripts in each traffic environment and determines whether the access status of the available domain names is normal in each traffic environment, it further includes: If the access status of the available domain name is abnormal in any one traffic environment, obtain the traffic environment where the access status is abnormal, determine that there is a blocked domain name in this traffic environment, and execute the operation of taking the traffic environment with the blocked domain name as the blocked environment and modifying the content of the placement status sub-tag attached to the blocked domain name from "can be placed" to "blocked".

6. The method for monitoring the switching of the domain name for label-based delivery according to claim 5, wherein The control virtual mobile phone accesses the available domain names using Python scripts in each traffic environment and determines whether the access status of the available domain names is normal in each traffic environment, including: According to the multiple placeable environment tags corresponding to the available domain name, randomly select a traffic environment that can place the available domain name as the test environment; Run the application program corresponding to the test environment in the virtual mobile phone; In the application program, use a Python script to access the available domain name and determine whether the access status is normal; If the access status is normal, determine that the access status of the available domain name is normal in the test environment; Return to randomly select a traffic environment that can place the available domain name according to the multiple placeable environment tags corresponding to the available domain name as the test environment until the access status has been judged for all traffic environments that can place the available domain name.

7. The method for monitoring the switching of the domain name for label-based delivery according to claim 6, wherein After retrieving all the advertising placement links corresponding to the blocked domain name and replacing the blocked domain name in all the advertising placement links corresponding to the blocked domain name with an available domain name that is not blocked, the method further includes: Obtain the user access record of the blocked domain name within the second preset time period and send it to the verification end.

8. The method for monitoring the switching of a domain name for label-based delivery according to claim 7, characterized in that, After retrieving all the advertising placement links corresponding to the blocked domain name and replacing the blocked domain name in all the advertising placement links corresponding to the blocked domain name with an available domain name that is not blocked, the method further includes: Obtain the advertising information of all the advertisements placed in the blocked domain name within the third preset time period and send it to the verification end.

9. A tag-based domain name switching monitoring system, characterized in that, It includes: An advertising platform end, which is used to execute the tag-based placement domain name switching monitoring method described in any one of claims 1-8; A user end, which is communicatively connected to the advertising platform end; A database server, which is communicatively connected to the advertising platform end; A verification end, which is communicatively connected to the advertising platform end.

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