TWI831731B - Multiple verification mission integration system and method - Google Patents

Abstract

A mission integration system includes a request device, a plurality of supply devices and a platform server, wherein the platform server is communicatively connected to the request device and the plurality of supply devices. The request device is configured to provide a first verification key and a privilege request. At least one of the plurality of provisioning devices is configured to provide a second verification key and at least one mission related to the offer request. The platform server stores a plurality of pre-stored keys, and is configured to issue the offer request to the plurality of supply devices when it is confirmed that the first verification key conforms to one of the plurality of pre-stored keys, and when confirming that the second verification key matches one of the plurality of pre-stored keys, transmitting the at least one task to the requesting device.

Description

Multiple verification task integration system and method

The present invention relates to a system and method for integrating discounts and supplies, and in particular to a task integration system and method.

Whether in traditional commercial activities or in today's popular e-commerce industry, merchants often launch various discounts from time to time to promote the consumption behavior of those who demand discounts.

Generally speaking, the current stereotyped discounts provided by public institutions do not fully meet customer needs, and most of the current discounts provided by various public institutions can only be used by the original public institutions, which limits the scope of use of the discounts.

In view of the above, the present invention provides a task integration system and method.

A task integration system according to an embodiment of the present invention includes a requesting device, a plurality of supplying devices and a platform server, wherein the platform server is communicatively connected to the requesting device and the plurality of supplying devices. The requesting device is used to provide a first verification key and a preferential request. At least one of the plurality of provisioning devices is configured to provide a second verification key and at least one task associated with the offer request. The platform server stores a plurality of pre-stored keys, and is used to issue the preferential request to the plurality of supply devices when it is confirmed that the first verification key matches one of the plurality of pre-stored keys, And when it is confirmed that the second verification key matches one of the plurality of pre-stored keys, the at least one task is sent to the requesting device.

A task integration method according to an embodiment of the present invention is applicable to a requesting device, multiple supply devices and a platform server. The task integration method includes: using the requesting device to provide a first verification key and a preferential request to the platform server; The platform server confirms that the first verification key is consistent with one of the plurality of pre-stored keys; the platform server provides preferential requests to a plurality of supply devices; and the plurality of supply devices provide a second verification request to the platform server. Verify the key and at least one task associated with the offer request; confirm with the platform server that the second verification key is consistent with one of the plurality of pre-stored keys; provide platform server with the plurality of provisioning devices and providing the at least one task associated with the offer request to a platform server with the plurality of supply devices; and providing the at least one task to the requesting device with the platform server.

With the above structure, the task integration system and method disclosed in this case can serve as an identity verification and information integration bridge between discount demanders and suppliers through the server platform, so that discount demanders can customize customized products after passing the verification. Upload the discount request and let the store provide corresponding tasks according to different discount requests. The discounts obtained by the discount demanders by completing the tasks can be used in stores different from the task suppliers. This can promote cross-industry integration to provide customers with more discounts, and expand the scope of customer discounts without requiring each industry to spend their own costs. platform. During the process, the platform server can verify the preferential demanders and suppliers in various ways to ensure data security.

The above description of the present disclosure and the following description of the embodiments are used to demonstrate and explain the spirit and principles of the present invention, and to provide further explanation of the patent application scope of the present invention.

The detailed features and advantages of the present invention are described in detail below in the implementation mode. The content is sufficient to enable anyone skilled in the relevant art to understand the technical content of the present invention and implement it according to the content disclosed in this specification, the patent scope and the drawings. , anyone familiar with the relevant art can easily understand the relevant objectives and advantages of the present invention. The following examples further illustrate the aspects of the present invention in detail, but do not limit the scope of the present invention in any way.

Please refer to FIG. 1 , which is a block diagram of a task integration system according to an embodiment of the present invention. As shown in FIG. 1 , the task integration system 1 includes a request device 10 , a platform server 20 , and multiple supply devices 30 . The platform server 20 is communicatively connected to the request device 10 and the multiple supply devices 30 . The requesting device 10 is used to provide a first verification key and a preferential request. A plurality of supply devices 30 are configured to provide a second verification key and at least one task associated with the offer request. The platform server 20 stores a plurality of pre-stored keys, and is used to issue the preferential request to a plurality of supply devices 30 when confirming that the first verification key matches one of the plurality of pre-stored keys, and after confirming When the second verification key matches one of the plurality of pre-stored keys, the at least one task is sent to the requesting device 10 .

In this example, the requesting device 10 can be a personal electronic device such as a computer, a mobile phone, etc. of the person requesting the discount, and is used to provide the first verification key and the discount request to the platform server 20 . For example, the first verification key may be a verification code required to log in to the platform server 20, and the discount request may be, for example, a discount on the subscription fee of a certain fund or a discount on ordering food at a certain restaurant. The platform server 20 may be a computer or network host of a platform provider with a database, for receiving the first verification key from the requesting device 10 and comparing it with the pre-stored key in the database, and confirming the first verification key. Once the key is verified to be correct, the offer request will be accepted. The supply device 30 can be, but is not limited to, an electronic device of a public institution, such as a computer, a mobile phone, or other electronic device, or an ordinary person's electronic device, such as a computer, a mobile phone, etc. That is to say, the task supplier can be a public institution or an individual. The supply device 30 is used to provide the second verification key to the platform server 20. When the platform server 20 confirms that the second verification key matches one of the plurality of pre-stored keys, the platform server 20 can use the second verification key. The preferential request is sent to the supply device 30 so that the supply device 30 can generate a corresponding task according to the preferential request and send the task back to the platform server 20 so that the platform server 20 can further provide the task to the requesting device 10 .

Please refer to FIG. 2 in conjunction with FIG. 1. FIG. 2 is a flow chart of a task integration method according to an embodiment of the present invention. As shown in Figure 2, the task integration method includes steps S10 to S15. Step S10: The requesting device 10 provides the first verification key and the preferential request to the platform server 20; Step S11: The platform server 20 confirms that the first verification key is consistent with one of the plurality of pre-stored keys; Step S12 : The platform server 20 provides preferential requests to multiple supply devices 30; Step S13: The supply device 30 provides the platform server 20 with a second verification key and at least one task associated with the preferential request; Step S14: The platform server 20 confirms The second verification key matches one of the pre-stored keys; and step S15: the platform server provides the task to the requesting device 10.

In step S10, the requesting device 10 may transmit the first verification key and the discount request (such as a designated discount) to the platform server 20 through wireless communication. In step S11, the platform server 20 may compare the first verification key with a key pre-stored in the database, for example, first determine whether the first verification key is the same as the verification code in the database, and if the If a verification key cannot be successfully verified, the platform server 20 may deny the access right of the requesting device 10 . In steps S12 to S14, the platform server 20 provides a preferential request to a plurality of supply devices 30. The supply device 30 can provide the platform server 20 with a second verification key and at least one task associated with the preferential request, and the platform server The server 20 confirms that the second verification key matches one of the pre-stored keys. The content of the above-mentioned steps S12 to S14 can be rearranged and combined, and there is no absolute sequence relationship. For example, after step S11, the supply device 30 can first transmit the second verification key to the platform server 20. When the platform When the server 20 confirms that the second verification key matches one of the pre-stored keys, the platform server 20 can transmit the preferential request to the supply device 30, so that the supply device 30 can generate a corresponding task according to the preferential request and send the task Back to the platform server 20.

On the other hand, step S12 may have other implementation aspects, which are briefly described below. For example, the platform server can distinguish different discount requests into different levels, such as discount points ranging from 0 to 100 points, 101 to 200 points, and 201 to 300 points, etc., so that when the requesting device passes the verification in step S11 Then, in step S12, the platform server 20 publishes the point range (or points) corresponding to the preferential request to the plurality of supply devices 30, so that in step S13, the supply device 30 can obtain the point range (or points) based on the point range (or points). Number) provides the corresponding task and the second verification key. After the supply device 30 passes the verification in step S14, the platform server 20 can directly provide the task with the corresponding point level (or points) to the requesting device 10. In this way, it can be ensured that the preferential requester's preferential request can be released normally without being known by the task provider, thereby promoting the user's personal data privacy.

Please refer to FIG. 3 , which is a signal relationship diagram between the platform server and the requesting device of the task integration system according to another embodiment of the present invention. As shown in FIG. 3 , the processing control unit 21 of the platform server 20 ′ not only determines whether the first verification key provided by the requesting device 10 is the same as the pre-stored key in the pre-stored key database 22 , but also determines whether the pre-stored door number data is the same. A plurality of pre-stored door numbers are stored in the library 23 or a plurality of pre-stored IP addresses are stored in the pre-stored IP address database 24, and a target door number or a target IP address of the requesting device 10 is obtained. Specifically, the pre-stored door number may be the door number information provided by the requesting device 10 and/or the supply device 30 when registering with the platform server 20; the pre-stored Internet Protocol address data may be the request device 10 and/or the supply device 30 registering to The IP information used when the platform server 20 registers, or the specific IP information assigned by the platform server 20 to the requesting device 10 and/or the supplying device 30 . It should be noted that the databases 22, 23 and 24 in this example can be stored in one or more non-volatile memories, and the processing control unit 21 can include one or more processors, such as a central processing unit and a graphics processing unit. devices, microcontrollers, etc. The non-volatile memory and processor may be located in the same or different geographical locations.

Please refer to FIG. 2, FIG. 3 and FIG. 4. FIG. 4 is a flow chart of a task integration method according to another embodiment of the present invention. In the embodiment of FIG. 4 , the task integration method includes steps S10 to S15 of FIG. 2 , and as shown in FIG. 4 , before the step S12 of issuing the preferential request, it further includes step S20 : the platform server 20 ′ obtains the requesting device 10 A target phone number or a target IP address, and step S21: the platform server 20' confirms that the target phone number matches one of the pre-stored phone numbers or the target IP address matches the pre-stored IP addresses. One of the addresses matches. In this example, the above target phone number can be a specified mobile phone number, and the target Internet Protocol address can be a specified connection IP address, so that in addition to the above first and second verification keys, this example adds An additional verification mechanism has been implemented to ensure the data security of both parties on the platform.

It should be noted that there is no certain sequence relationship between steps S20 and S21 in this example and step S10 in Figure 2 , that is, steps S20 and S21 can precede, follow or be parallel to the above-mentioned step S10, so that in step S21, the request The first verification key and the target door number (or target Internet Protocol address) provided by the device 10 are used for verification. On the other hand, in other embodiments, the platform server 20' can also verify the supply device 30 through the above mechanism, that is, the supply device 30 also transmits the target door number in addition to the second verification key in step S13 of FIG. 2 Or the target Internet Protocol address is for the platform server 20' to verify through the pre-stored door number database 23 or the pre-stored Internet Protocol address database 24.

Please refer to FIGS. 5 and 6 in conjunction with FIG. 2 . FIG. 5 is a signal relationship diagram between the platform server and the requesting device of the task integration system according to another embodiment of the present invention. FIG. 6 is a diagram of the signal relationship between the platform server and the requesting device according to another embodiment of the present invention. The embodiment illustrates a flow chart of a task integration method. As shown in Figure 5, the requesting device 10 of the task integration system 1' is further used to transmit the first identity code and the second identity code to the platform server 20, and the platform server 20 is further used to request the first organization server 40a to confirm the third identity code. Whether the first identity code is legal, and requesting the second organization server 40b to confirm whether the second identity code is legal. Before step S10 in the embodiment of FIG. 6 , steps S30 to S33 are further included. Step S30: The requesting device 10 sends the first identity code and the second identity code to the platform server 20; Step S32: The platform server 20 sends the first identity code to the platform server 20. The code is sent to the first organization server 40a, and the second identity code is sent to the second organization server 40b; Step S32: Use the first organization server 40a to confirm that the first identity code is legal, and use the second organization server 40a to confirm that the first identity code is legal. 40b confirms that the second identity code is legal; and step S33: when the first identity code and the second identity code are both legal, the platform server 20 uses the first identity code and the second identity code to generate one of the pre-stored keys. By.

In this example, the above-mentioned first identity code and second identity code can be two of the natural person certificate (unified number obtained) or an equivalent identity card number, designated bank account number and mobile phone number, and the first The institutional server 40a and the second institutional server 40b can be computers or network hosts of government agencies, banks and telecommunications companies that provide the above information to users, so that in this example, in addition to the above first and second verification funds In addition to the key, an additional verification mechanism is added to ensure the data security of both parties on the platform. In addition, in step S33, the platform server 20 may use an algorithm such as a hash function to calculate the first identity code and the second identity code to generate the corresponding pre-stored key, that is, the platform-specific private key of this identity. It should be noted that different embodiments of this case can be combined with each other. For example, in addition to the first verification key, the platform server can perform additional double verification through natural person certificates and mobile phone numbers, or through bank account numbers and mobile phone numbers. Perform two-step verification. In addition, although in this example, the above-mentioned pre-stored key is calculated based on the first identity code and the second identity code of the preferential requester; however, for the supplier, the task integration system 1' can also require the public institution to first apply for a specific identity code with the enterprise certificate. Connect the IP, and use the platform server 20 to compile the certificate and the connection IP to calculate the specific private key of the supply device 30, that is, the above-mentioned pre-stored key. In addition, if the supplier is an individual, the above-mentioned first and second identity codes can also be used to obtain the pre-stored key using an algorithm, and repeated descriptions are omitted here.

Please refer to FIG. 7 and FIG. 8 in conjunction with FIG. 2. FIG. 7 is a block diagram of a task integration system according to yet another embodiment of the present invention. FIG. 8 is a block diagram of a task integration method according to yet another embodiment of the present invention. flowchart. As shown in Figure 7, in addition to the request device 10, the platform server 20 and the supply device 30 configured the same as in Figure 1, the task integration system 1" of this example also includes a communication device connected to the request device 10 and the platform server 20. Acceptance device 40. The acceptance device 40 is used to determine whether the requesting device 10 has completed the tasks through the platform server 20. As shown in Figure 8, the task integration method in this example further includes steps S40 to S43 after the above step S15. Steps S40: The acceptance device 40 determines whether the requesting device 10 has completed the tasks through the platform server 20; Step S41: If it is determined, execute step S42, otherwise execute step S43; Step S42: Provide a discount corresponding to the discount request to the request Device 10; and step S43: Provide an additional online activity to request device 10. The above-mentioned acceptance device 40 can be, for example, a commercial unit such as a store that provides various discounts.

Specifically, after the requesting device 10 receives the task information sent from the supply device 30 through the platform server 20 in step S15, it can execute the relevant task and transmit the relevant information of the completed task to the corresponding supply device after the task is completed. 30, and the supply device 30 can upload the task completion information to the platform server 20. Therefore, in step S41, the acceptance device 40 can determine whether the requesting device 10 has completed the task through the platform server 20, and provide discounts or additional online activities based on the determination results. When the requesting device 10 completes the online activity, it can also obtain Discount.

The following application scenarios can be achieved through the task integration system and method described in this article. Discount demanders obtain a unified number through a natural person certificate and use their mobile phone number to connect to the telecommunications company to obtain the user's unified number to generate a platform private key for verification; preferential demanders upload the desired discounts, such as discounts on fund subscription fees; task providers Review the mentioned offers and provide corresponding tasks, for example: Bank A provides tasks for applying for a credit card, game companies provide tasks that require adding value to the game, etc., so that those who need the discounts can choose the appropriate tasks according to their own needs and abilities; after completing the tasks , the task provider feeds back to the platform server, indicating that a specific task has been completed; those who demand discounts can go to the acceptance unit to redeem discounts such as subscribing for funds; the acceptance unit (such as a bank or securities company) can feedback to the platform server that a specific discount task has been used. However, when the customer fails to complete the specified task, the receiving unit can ask the customer whether to participate in online activities such as browsing advertisements, in order to achieve preferential conditions. Afterwards, the acceptance unit can provide customers with discounts on subscription fees for specific funds.

With the above structure, the task integration system and method disclosed in this case can serve as an identity verification and information integration bridge between discount demanders and suppliers through the server platform, so that discount demanders can customize customized products after passing the verification. Upload the discount request and let the store provide corresponding tasks according to different discount requests. The discounts obtained by the discount demanders by completing the tasks can be used in stores different from the task suppliers. This can promote cross-industry integration to provide customers with more discounts, and expand the scope of customer discounts without requiring each industry to spend their own costs. platform. During the process, the platform server can verify the preferential demanders and suppliers in various ways to ensure data security. In addition, the platform server can perform multi-factor authentication by requesting additional verification information from customers to ensure data security in the process.

Although the present invention is disclosed in the foregoing embodiments, they are not intended to limit the present invention. All changes and modifications made without departing from the spirit and scope of the present invention shall fall within the scope of patent protection of the present invention. Regarding the protection scope defined by the present invention, please refer to the attached patent application scope.

1,1’,1”: Mission integration system 10: Request device 20:Platform server 21: Processing control unit 22: Pre-stored key database 23: Pre-stored door number database 24:Pre-stored Internet Protocol address database 30: Supply device 40: Acceptance device 40a: First institution server 40b:Second organization server S10~S15, S20~S21, S30~S33, S40~S43: steps

FIG. 1 is a block diagram of a task integration system according to an embodiment of the present invention. FIG. 2 is a flow chart of a task integration method according to an embodiment of the present invention. FIG. 3 is a signal relationship diagram between the platform server and the requesting device of the task integration system according to another embodiment of the present invention. FIG. 4 is a flow chart of a task integration method according to another embodiment of the present invention. FIG. 5 is a signal relationship diagram between the platform server and the requesting device of the task integration system according to another embodiment of the present invention. FIG. 6 is a flow chart of a task integration method according to another embodiment of the present invention. FIG. 7 is a block diagram of a task integration system according to yet another embodiment of the present invention. FIG. 8 is a flow chart of a task integration method according to yet another embodiment of the present invention.

1: Task integration system

10: Request device

20:Platform server

30: Supply device

Claims (4)

A task integration system that includes: A request device for providing a first verification key and a preferential request; A plurality of provisioning devices, at least one of the provisioning devices is used to provide a second verification key and at least one task associated with the offer request; and A platform server stores a plurality of pre-stored keys, is communicatively connected to the requesting device and the supply devices, and is used to convert the offer after confirming that the first verification key matches one of the pre-stored keys. The request is issued to the supply devices, and the second verification key and the at least one task are received from the at least one of the supply devices and confirm that the second verification key matches one of the pre-stored keys. when, transmit the at least one task to the requesting device, The platform server further stores multiple pre-stored phone numbers or multiple pre-stored Internet Protocol addresses, and is further used to obtain a target phone number or a target Internet Protocol address of the requesting device, and the promotion request is issued on Execute after the target door number matches one of the pre-stored door numbers or the target IP address matches one of the pre-stored IP addresses, And the task integration system further includes an acceptance device, which is communicatively connected to the requesting device and the platform server, and is used to determine whether the requesting device has completed the at least one task through the platform server, and if so, provide the request for the preferential treatment. A corresponding offer is provided to the requesting device; otherwise, an additional online activity is provided to the requesting device. The task integration system of claim 1, wherein the requesting device is further used to send a first identity code and a second identity code to the platform server, and the platform server is further used to request a first organization server Confirm whether the first identity code is legal, request a second organization server to confirm whether the second identity code is legal, and when both the first organization server and the second organization server return legitimate messages, use the third organization server to confirm whether the second identity code is legal. An identity code and the second identity code generate one of the pre-stored keys. A task integration method is applicable to a requesting device, multiple supply devices and a platform server. The task integration method includes: Provide a first verification key and a discount request to a platform server using a requesting device; Use the platform server to confirm that the first verification key matches one of the plurality of pre-stored keys; Use the platform server to provide the offer request to multiple provisioning devices; Provide a second verification key and at least one task associated with the offer request to the platform server using at least one of the provisioning devices; Use the platform server to confirm that the second verification key matches one of the pre-stored keys; and using the platform server to provide the tasks to the requesting device, The platform server further stores a plurality of pre-stored phone numbers or a plurality of pre-stored Internet Protocol addresses, and the task integration method further includes, before using the platform server to provide the offer request to the supply devices, executing: Obtain a target port number or a target Internet Protocol address of the requesting device using the platform server; and Use the platform server to confirm that the target phone number matches one of the pre-stored phone numbers or that the target Internet Protocol address matches one of the pre-stored IP addresses, And this task integration method also includes: An acceptance device that is communicatively connected to the requesting device and the platform server determines whether the requesting device has completed the at least one task through the platform server; If the requesting device has completed the at least one task, the accepting device provides a discount corresponding to the discount request to the requesting device; and If the requesting device has not completed the at least one task, the accepting device provides the requesting device with an additional online activity. The task integration method described in request 3 further includes: Use the requesting device to transmit a first identity code and a second identity code to the platform server; using the platform server to transmit the first identity code to a first organization server and the second identity code to a second organization server; Use the first organization server to confirm that the first identity code is legal; Use the secondary organization server to confirm that the secondary identity code is legitimate; and When the first identity code and the second identity code are both valid, the platform server uses the first identity code and the second identity code to generate one of the pre-stored keys.

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