TWI809465B - Logistics information notification system and method - Google Patents

Abstract

The present invention discloses a logistics information notification system, including: at least one e-commerce server, storing an order data, the order data includes a communication link identification code about a recipient, and the communication link identification code is a recipient communication identification of the device; and a secure communication platform connected to the e-commerce server to receive the order data and generate a security identification code associated with the communication link identification code based on the order data, and the security identification code is used for displaying On a deliveryman device. The secure communication platform establishes an instant messaging connection between the deliveryman's device and the recipient's device in response to the security identification code input on the deliveryman's device. The e-commerce server and secure communication platform hide the communication contact identification code from the deliveryman's device, thereby protecting the recipient's personal information.

Description

Logistics information notification system and method

The present invention provides a logistics information notification system and method, in particular, it provides a safe and confidential communication connection method by using the four-way communication connection between the e-commerce server, the secure communication platform, the deliveryman's device, and the receiver's device.

Consumers will provide logistics and delivery services when using e-commerce consumption, and the leakage of customers' personal information due to outsourcing logistics companies may lead to an increase in private fraud cases.

With the evolution of technology and the change of people's usage habits, many consumers have higher and higher demand for using e-commerce consumption. Therefore, for the protection of recipient information and delivery person information, the conventional logistics information system does not carry out recipient information. Due to the technical means of information concealment, the logistics operators cooperated by e-commerce cannot protect the privacy of consumers' personal data, especially the logistics delivery personnel can easily obtain consumers' contact information to some extent.

An object of the present invention is to provide a logistics information notification system, including: at least one e-commerce server, storing an order data, the order data includes a communication link identification code about a recipient, and the communication link identification code is a communication identification of the recipient device; and a security a communication platform, connected to the e-commerce server, to receive the order data and generate a security identification code associated with the communication link identification code according to the order data, the security identification code is used to present on a deliveryman's device, and The communication link identification code is different from the security identification code. Wherein, the secure communication platform correlates the communication link identification code in the order data in response to the security identification code input on the deliveryman's device, and establishes the deliveryman's device and the recipient based on the communication link identification code. An instant messaging connection between the person's device, the e-commerce server and the secure communication platform hide the communication link identification code from the delivery person's device, thereby protecting the recipient's information security.

In a specific embodiment, the secure communication platform recognizes the corresponding communication link identification code in response to the security identification code input on the deliveryman's device to access the corresponding order data.

In a specific embodiment, the secure communication platform generates an updated security identification code for the deliveryman's device according to an update or a change of the stored order data.

In a specific embodiment, the deliveryman's device communicates with the security communication platform according to the security identification code, and the security communication platform correlates the communication link identification code of the order information according to the security identification code.

In a specific embodiment, the communication contact identification code is a door number or an instant messaging account of the recipient's device.

In a specific embodiment, in response to the security identification code input on the deliveryman's device, the security communication platform dials out (or sends a short message) to the recipient according to the communication identification code corresponding to the security identification code. sender device.

Another object of the present invention is to provide a logistics information notification system, including: at least one e-commerce server, storing one or more order data about a recipient, wherein each order data includes a communication contact identification code, the The communication link identifier is a communication of a recipient device Identification; a secure communication platform, connected to the e-commerce server, and mapping the communication link identification codes in the one or more orders to a security identification code respectively. Wherein, the secure communication platform inputs a security identification code (such as an order number) corresponding to the order data in response to the recipient's device to establish an instant messaging connection between a deliveryman's device and the recipient's device, And the e-commerce server and the secure communication platform hide the communication link identification code from the deliveryman's device, thereby protecting the recipient's information security.

Another object of the present invention is to provide a logistics information notification method, which is suitable for the contact between a deliveryman and a recipient in a logistics service, including: obtaining a security identification code by a deliveryman's device; The secure communication platform correlates a communication link identification code in an order data in response to the security identification code input on the deliveryman's device, and the communication link identification code is the communication identification of a recipient's device; and the security The communication platform establishes an instant messaging connection between the deliveryman's device and the recipient's device based at least on the communication link identification code, wherein the secure communication platform hides the communication link identification code from the deliveryman's device, This protects the recipient's information security.

1: Secure communication platform

2: Safe mapping database

3: E-commerce server

4: Order information

5: Delivery man device

6: Recipient device

S0-S5: Signal transmission

S300-S311: Steps

S400-S409: Steps

FIG. 1 is a schematic block diagram of the logistics information notification system of the present invention, showing the signal transmission of the deliveryman contacting the recipient.

FIG. 2 is a schematic block diagram of the logistics information notification system of the present invention, showing the signal transmission for the recipient to contact the deliveryman.

Fig. 3 is a flow chart of the outbound call of the deliveryman using the logistics information notification system of the present invention.

Fig. 4 is a flow chart of recipient outbound dialing using the logistics information notification system of the present invention.

In order to enable your review committee members to better understand the technical content of the present invention, the preferred specific embodiments are described as follows.

As shown in FIG. 1 , the present invention provides a logistics information notification system, which includes a secure communication platform 1 and an e-commerce server 3 communicated with the secure communication platform 1 . The logistics information is transmitted to a service operated by the secure communication platform 1 or stored in a database operated by the secure communication platform 1, and the logistics information is transmitted to at least the e-commerce server 3 or a logistics system (not shown) in an e-commerce logistics service running. The secure communication platform 1 includes at least one secure mapping database 2 , and the secure mapping database 2 communicates with an e-commerce server 3 . Specifically, the data transfer between the security mapping database 2 and the order data 4 is realized through an application programming interface (API). The secure mapping database 2 stores data of multiple mapping relationships, which will be described in detail later. The deliveryman device 5 communicates with the e-commerce server 3 . For example, the deliveryman's device 5 can obtain information about the order from the e-commerce server 3 or a logistics system (not shown), or the deliveryman's device 5 can obtain information about the order according to the content marked on the logistics item held. information. The deliveryman device 5 is held and operated by a deliveryman in charge of a logistics service. In the embodiment of the present invention, the e-commerce server 3 stores a plurality of order data 4, the e-commerce server 3 stores at least one communication link identification code of the recipient device 6, and holds a The recipient is the consumer of the said e-commerce. The communication link identification code is related to the communication identification of the recipient device 6, and the communication link identification code can be a telecommunication number held by the recipient or an instant messaging account held by the recipient. The secure communication platform 1 is configured to obtain a communication link identification code and a security identification code associated with the communication link identification code from the e-commerce server 3, and the security identification code is used to Presented on a deliveryman's device 5 responsible for logistics services for the deliveryman to contact the recipient. The present invention does not limit the way in which the secure identification code is presented on the deliveryman's device 5 . For example, the deliveryman can learn a security identification code according to the information on the logistics item and input the security identification code in the deliveryman's device 5 . Alternatively, the courier device 5 can obtain a security identification code from the security communication platform 1, the e-commerce server 3 or other ways. The present invention establishes a mapping relationship between the communication link identification code and the security identification code stored in the secure communication platform 1, so that the deliveryman and the recipient can realize the communication link with privacy.

The e-commerce server 3 is a server owned and operated by an e-commerce company, and is configured to allow the secure communication platform 1 to receive services or data run by the e-commerce server 3 via API. The e-commerce server 3 may be a server hosting a consumer shopping website (platform). The secure communication platform 1 may be operated and managed by a party other than the e-commerce company. For example, the secure communication platform 1 may be implemented by a communication device of a telecommunications company. As mentioned above, the secure communication platform 1 and the e-commerce server 3 of the present invention are configured so that the data of the two are in a mapping relationship, thereby establishing a safe information circulation mechanism, and the mapping relationship can follow the order data 4 Changes or updates are dynamically updated. In this embodiment, the secure communication platform 1 is configured with a secure mapping database 2, which establishes a communication connection with the e-commerce server 3 to establish or update the mapping relationship. For example, the secure communication platform 1 is configured to identify the communication link identification code in the order data according to the change event of one or more order data 4 stored in the e-commerce server 3 .

The e-commerce server 3 generates one or more order data 4 according to the transaction events on its e-commerce platform, and each order data indicates information about a consumer's purchase of goods, such as consumer identification information, product information , business information, transaction information and recipient information, etc., among which the recipient information also includes the recipient's contact information, such as phone number, instant messaging software account No., etc., the present invention is collectively referred to as "communication contact identification code". The e-commerce platform provides consumer information or recipient information to the logistics service provider, which has doubts about data security. The secure communication platform 1 of the present invention provides a security management mechanism between the e-commerce and the logistics platform to ensure that the logistics operator avoids the outflow of personal information to the logistics operator during the process of carrying out its commodity delivery service. The secure communication platform 1 will obtain the communication contact identification code and a security identification code associated with the communication contact identification code from the e-commerce server 3 for the generation or change of each order data, and the representative number dialed out to the recipient, It is used to make the secure communication platform 1 identify the communication link identification code recorded in a certain order data 4 (that is, the personal information of the order data). Alternatively, the secure communication platform 1 triggers the generation of the corresponding communication link identification code and security identification code only when the status of the order data 4 is that the product is shipped, but the present invention is not limited thereto.

In a specific embodiment, the security identification code is an order number of an order data, so when an order data is generated, the secure communication platform 1 receives a code of the order data from the e-commerce server 3 due to the generation of the order data. order number and treat the order number as a secure identifier. In another specific embodiment, the security identification code is generated by the secure communication platform in response to an order data, so when an order data is generated, the secure communication platform 1 can generate the code according to the content of the order data. A security identification number, and the security identification number does not appear in the order data.

As shown in Figure 1, multiple signal transmissions S0-S3 are shown, where S0 is a one-way arrow, representing that the order data 4 provided by the e-commerce server 3 via the API is set to the secure communication platform 1, so that the secure communication platform 1 is associated with a corresponding one. The security identification code is stored in the security mapping database 2 . in a possible embodiment. In one embodiment, the order information 4 to be provided to the third party, which belongs to Portions of sensitive personal data may be provided instead by said secure identification code, thereby keeping the personal data hidden from third parties.

In the example of a deliveryman who wants to deliver a product, the deliveryman operates the device he holds, such as the deliveryman's device 5 in Figure 1, and logs into the e-commerce server 3 to access one or more Unverified order data 4 (S1). It should be understood that the e-commerce server 3 does not provide sensitive personal information together with the order information 4 to the deliveryman's device 5, but removes or processes the personal information (such as a communication contact identification code) from the order information, as described above The security identification code replaces the personal data, so that the personal data in the order data 4 is hidden from the deliveryman's device 5 . In other words, the e-commerce server 3 can modify an order data associated with the delivery or request instruction in response to a delivery request from the courier device 5, so as to replace the communication link identification code based on the order data with a corresponding Security identification code and provide the modified order information to the delivery person device 5. In other possible embodiments, the security identification code is not embedded in the order information and then provided to the deliveryman's device 5 together. For example, the security identification code can be used for other operations after the order information is provided to the deliveryman's device 5. It is then sent to the deliveryman's device 5, but the present invention is not limited thereto.

When the deliveryman wants to contact the recipient of the order information, the deliveryman can operate the device 5 to log into the secure communication platform 1 . In one embodiment, the deliveryman can execute a secure communication application on the device 5 (or dial a telecommunication representative number provided by the secure communication platform 1 ) to log into the secure communication platform 1 . The secure communication application program can be provided by the secure communication platform 1 for the deliveryman's device 5 to download and install. The telecommunication representative number can allow the deliveryman's device 5 to log into the secure communication platform 1 via the voice system or the short message system. Alternatively, during the communication connection process between the deliveryman's device 5 and the e-commerce server 3, the e-commerce server 3 may send the deliveryman's device 5 in response to a delivery request or a contact request initiated by the deliveryman's device 5 5 is directed to the secure communication platform 1. For example, a delivery person can Input an order number of an order data to generate the delivery request or input a security identification code to generate the contact request through the secure communication application program of the deliveryman's device 5 . However, the present invention is not limited to the connection method between the courier device 5 and the secure communication platform 1 .

When the deliveryman's device 5 communicates with the secure communication platform 1, the deliveryman's device 5 transmits a security identification code (S2) to the secure communication platform 1, for example, the deliveryman passes through the secure communication application program or voice of the device 5 The system and the SMS system input the security identification code to the secure communication platform 1 . The safe communication platform 1 correlates with the order data and the communication contact identification code corresponding to the safe identification code and a dial The representative number for the recipient (that is, a temporary communication contact identification code for displaying on the recipient's device 6).

In other embodiments, if the security identification code transmitted by the deliveryman's device 5 is an order number, the secure communication platform 1 can generate an outbound recipient representative number for the order number according to the communication contact identification code associated with the order number. Follow-up contact process.

The security communication platform 1 correlates the corresponding communication contact identification code based on the received security identification code, which is a door number or an instant messaging account held by the recipient. The secure communication platform 1 establishes an instant messaging connection between the deliveryman's device 5 and the recipient's device 6 based on the communication link identification code, and sends a contact request to the recipient's device 6 (S3). When the communication link identification code is the door number, the instant messaging connection that the security communication platform 1 can establish is a call (or short message) connection, so that the deliveryman's device 5 and the recipient's device 6 can carry out a telephone (or short message) conversation. When the communication link identification code is an instant messaging account, the instant messaging connection that the secure communication platform 1 can establish is a dialog box, so that the deliveryman's device 5 and the recipient's device 6 can communicate through network text messages. However, the present invention is not limited thereto. The secure communication platform 1 hides the communication from the deliveryman's device 5 The contact identification code means that the secure communication platform 1 does not return the corresponding communication contact identification code to the deliveryman's device 5, thereby protecting the recipient's information security.

The embodiment in FIG. 2 illustrates that a recipient device 6 accesses services provided by the secure communication platform 1, such as signaling S0-S5, through the logistics information notification system of the present invention.

The flow of steps initiated by the recipient is described below. In this embodiment, the recipient device 6 completes the communication with the delivery person mainly through the secure communication platform 1 .

The recipient's device 6 installs and executes a specific secure communication application program or accesses the secure mapping database 2 provided by the secure communication platform 1 by dialing the recipient's representative number via voice or short message. The secure communication application program can be provided by the secure communication platform 1 , or, the secure communication application program can be embedded in an application program provided by the e-commerce server 3 and triggered by the operation of the recipient device 6 . For example, the recipient device 6 can execute an e-commerce application to browse its order data, and for the shipped order data, the recipient device 6 can open the embedded secure communication application through the e-commerce application process, so that the recipient's device 6 communicates with the secure communication platform 1. The recipient's device 6 opens the secure communication application program or dials the recipient's representative number to log in to the secure communication platform 1 by voice or short message, which is not limited by the present invention.

When the recipient wants to contact the deliveryman who is responsible for a certain order information, the recipient device 6 can call back the representative number (i.e. the temporary communication contact identification code) that is dialed to the recipient, or input the person and the recipient. The order number or security identification code (S4) related to the order data. The present invention does not limit whether the secure identification code can be presented to the recipient device 6 or not. The secure communication platform 1 receives the representative number or order number or security identification code dialed back from the recipient device 6, and associates the delivery person's communication contact identification code in the order information with the security mapping database 2. It should be understood that the general The communication identification code belongs to the delivery person provided by the logistics service provider, not the communication identification code held by the aforementioned recipient. The secure communication platform 1 establishes an instant messaging connection between the recipient device 6 and the deliveryman's device 5 based on the associated delivery person's communication link identification code and the recipient's communication link identification code, and sends a contact to the deliveryman's device. request (S5). The secure communication platform 1 can hide the delivery person's communication contact identification code from the recipient device 6, thereby preventing the delivery person's contact information from leaking out.

In other possible embodiments, the generation of the security identification code does not necessarily occur immediately when the order information is generated. For example, the secure communication platform 1 can generate a security identification code in response to the goods shipped in the order data.

The above-mentioned security identification code may be time-sensitive, which means that in some embodiments, the secure communication platform 1 generates and maintains a period of Time is valid. If the time limit is exceeded, the safety communication platform 1 will not correlate the corresponding communication contact identification codes with respect to the input failure safety identification codes. Therefore, it can be ensured that the delivery person and the recipient can only communicate within a specific period of time to avoid unnecessary interference.

In addition, when the order information stored in the e-commerce server 3 is changed or updated due to changes or updates by consumers due to some reasons, the secure communication platform 1 will correspondingly update a new security identification code in response to the change or update, Prevent the secure communication platform 1 from associating the original security identification code input by the delivery person or the recipient with an invalid communication contact identification code before the change or update, so that the instant messaging connection cannot be successfully established.

Please refer to FIG. 3 , and the following describes the step-by-step procedure for the deliveryman to communicate with the recipient through the logistics information notification system of the present invention in conjunction with FIG. 1 .

In step S300, the deliveryman device 5 logs into the secure communication platform 1 . For example, the deliveryman's device 5 can be directed to the secure communication platform 1 by the e-commerce platform it has logged into. Alternatively, the deliveryman's device 5 can log into the secure communication platform 1 by executing a secure communication application program (or voice system, short message system).

Step S301 , inputting a security identification code that will be provided to the security communication platform 1 in the deliveryman's device 5 . In response to the deliveryman's device 5 sending a recipient contact request to the secure communication platform 1, the secure communication application program (or voice system, short message system) generates an invitation for inputting the security identification code. The deliveryman inputs the obtained security identification code into the deliveryman's device 5 according to the invitation. The deliveryman can obtain the security identification code from the known order information 4, or obtain it through other means.

Step S302, if the security communication platform 1 determines that the input security identification code does not conform to the predetermined format, an input error result will be generated, and return to step S301 if the number of input errors does not exceed the upper limit (eg, less than three times).

In step S303, the security communication platform 1 judges that the input security identification code does not conform to the predetermined format, and an input error result is generated, and proceeds to steps S304 and S305 when the number of input errors exceeds the upper limit (for example, more than three times). At this time, the secure communication application program makes the deliveryman's device 5 need to try to input again after a period of time, such as thirty minutes.

Step S304, the secure communication platform 1 adds the deliveryman's device 5 or the deliveryman's communication contact identification code it holds to a blacklist. The blacklist can be stored in the secure mapping database 2 of the secure communication platform 1 to indicate the deliveryman's device that cannot establish an instant messaging connection with the recipient's device temporarily.

In step S305, the secure communication application forcibly terminates the connection between the deliveryman's device 5 and the secure communication platform 1 .

In step S306, the secure communication platform 1 searches the security mapping database 2 to check the correctness of the security identification code in response to the input security identification code conforming to the predetermined format. It should be understood that the security identification code stored in the security mapping database 2 is time-sensitive, so it may result in a check failure, that is, the security identification code is not found, and the process returns to step S302.

Step S307, in response to checking that the security identification code is correct, the security communication platform 1 correlates a pair of corresponding recipient communication identification codes according to the security mapping database 2, and based on this communication identification code, it is stored in the deliveryman's device 5 Establish an instant messaging connection with the recipient device 6 (and store the deliveryman's communication contact identification code and the externally dialed recipient representative number paired with the safety communication platform 1). For example, the secure communication platform 1 can assign a temporary telephone number (representative number for outbound recipient) on behalf of the deliveryman's device 5 and dial the recipient's telephone number, and the assigned representative number is temporary in nature , to prevent the recipient from excessive callbacks causing disturbance to the deliveryman. Therefore, the deliveryman's device 5 will not receive and display the recipient's phone number, but the recipient's device 6 can receive and display the representative number for outgoing calls to the recipient.

Step S308, the instant messaging connection causes the secure communication platform 1 to generate a contact request to the recipient device 6, and waits for a response from the recipient device 6 whether the connection is allowed to be established.

In step S309, the instant messaging connection is established successfully due to the permission of the recipient device 6 .

In steps S310 and S311, the establishment of the communication is terminated because the recipient device 6 does not allow it.

FIG. 4 illustrates the flow of steps in an embodiment in which the recipient communicates with the delivery person through the logistics information notification system of the present invention.

Step S400 , the recipient logs in the secure communication platform 1 by operating the recipient device 6 . The recipient device 6 can be directed to the secure communication platform 1 by an e-commerce application program executed by it. For example, clicking a button to contact a delivery person while viewing an order profile. Alternatively, recipient device 6 may execute the A secure communication application program of the secure communication platform 1, or call back the representative number used for outgoing calls to the recipient.

Steps S401 and S402, enter the representative number that will be provided to the safety communication platform 1 (such as calling back is used to dial out to the recipient) on the recipient device 6, so that the safety communication platform 1 maps a delivery person's communication contact Identifier. The communication contact identification code of the delivery person can be obtained from the security mapping database 2 of the representative number dialed back by the recipient. In other possible embodiments, step S401 may be to input the obtained order number or security identification code in the recipient device 6 .

In other possible embodiments, the secure communication platform 1 can also perform verification according to the order number or security identification code provided by the recipient device 6 .

Step S403, in response to finding no communication identification code, the secure communication platform 1 replies that the recipient device 6 failed to contact, and terminates the connection with the recipient device 6 (step S404).

Step S405 , because the communication identification code is checked correctly, the secure communication platform 1 dials out the communication identification code, and accordingly establishes an instant messaging connection between the recipient device 6 and the deliveryman's device 5 .

Step S406, the instant messaging connection causes the secure communication platform 1 to generate a contact request to the deliveryman's device 5, and waits for a response from the deliveryman's device 5 whether the connection is allowed to be established.

In step S407, the instant messaging connection is successfully established due to the permission of the deliveryman's device 5 .

In steps S408 and S409, the establishment of the communication is terminated because the deliveryman's device 5 does not allow it.

S300-S311: Steps

Claims (13)

A logistics information notification system, comprising: at least one e-commerce server, storing an order data, the order data includes a communication link identification code about a recipient, and the communication link identification code is a communication identification of a recipient device ; and a secure communication platform, connected to the e-commerce server, for receiving the order data and correlating a security identification code corresponding to the communication link identification code according to the order data, the security identification code is used to present on a The deliveryman's device, and the communication link identification code is different from the security identification code; wherein, the secure communication platform correlates the communication link identification code in the order information in response to the security identification code input on the deliveryman's device , and establish an instant messaging connection between the deliveryman's device and the recipient's device based on the communication link identification code, the e-commerce server and the secure communication platform hide the communication link identification code from the deliveryman's device , so as to protect the information security of the recipient; wherein, the secure communication platform determines whether to establish the instant messaging connection based on a comparison of a communication contact identification code of the deliveryman's device with a blacklist, and the blacklist is Created in response to the input of security identification codes that exceed the upper limit and do not conform to the predetermined format on one or more other devices. The logistics information notification system as described in Claim 1, wherein the secure communication platform identifies the corresponding communication link identification code in response to the security identification code input on the deliveryman's device to access the corresponding order data. The logistics information notification system as described in Claim 1, wherein the secure communication platform correlates an updated security identification code to the deliveryman's device according to an update or a change of stored order data. The logistics information notification system as described in Claim 1, wherein the deliveryman's device communicates with the secure communication platform according to the security identification code, and the security communication platform correlates the communication link of the order data according to the security identification code Identifier. The logistics information notification system as described in Claim 1, wherein the communication link identification code of the recipient's device is the door number or instant messaging account used by the recipient's device. The logistics information notification system as described in claim 1, wherein the secure communication platform dials or sends out according to the communication identification code corresponding to the security identification code in response to the security identification code input on the deliveryman's device SMS to the recipient's device. A logistics information notification system, comprising: at least one e-commerce server, storing one or more order data about a recipient, wherein each order data includes a communication link identification code, and the communication link identification code is a recipient The communication identification of the sender's device; a secure communication platform, connected to the e-commerce server, and storing a security identification code corresponding to the communication contact identification code in the one or more orders; wherein, the secure communication platform In response to inputting the security identification code corresponding to the order information on the recipient's device, an instant messaging connection between a deliveryman's device and the recipient's device is established, and the e-commerce server and the secure communication platform hiding the communication link identification code from the delivery man's device, thereby protecting the recipient's information security; wherein, the secure communication platform is based on a comparison between a communication link identification code of the delivery man's device and a blacklist, To determine whether to establish the instant messaging connection, the blacklist is established in response to inputting a security identification code that exceeds the upper limit and does not conform to a predetermined format in one or more other devices. The logistics information notification system as described in claim item 7, wherein the deliveryman's device is connected to the secure communication platform through communication according to the security identification code, and the security communication platform is associated with the communication link of the order information according to the security identification code Identifier. The logistics information notification system as described in Claim 7, wherein the communication link identification code of the recipient's device is the door number or instant messaging account used by the recipient's device. The logistics security communication system as described in claim 7, wherein the security identification code is an order number, and the security communication platform correlates the communication link identification code of the deliveryman's device according to the order number input in the recipient's device, And the secure communication platform also establishes the instant messaging connection according to the communication link identification code of the recipient device and the communication link identification code of the deliveryman's device. A logistics information notification method, suitable for the contact between a deliveryman and a recipient in a logistics service, comprising: obtaining a security identification code from a deliveryman's device; The security identification code input by the deliveryman's device is associated with a communication link identification code in an order data, and the communication link identification code is the communication identification of a recipient device; and the secure communication platform, at least based on the communication A contact identification code to establish an instant messaging connection between the delivery person's device and the recipient's device, wherein the secure communication platform hides the communication connection identification code from the delivery person's device, thereby protecting the recipient information security; wherein, the secure communication platform determines that a communication identification code of the deliveryman's device does not belong to a blacklist due to an order number input on the deliveryman's device, and establishes the instant messaging connection, the blacklist is established in response to inputting a security identification code that exceeds the upper limit and does not conform to a predetermined format in one or more other devices. The logistics information notification method as described in claim item 11 further includes: the security communication platform assigns a temporary communication connection identification code in response to the security identification code input on the deliveryman's device, and the temporary communication connection identification code is used as The deliveryman's device is identified and used for display on the recipient's device. The logistics information notification method described in claim item 12 further includes: the secure communication platform establishes a connection between the recipient device and the deliveryman's device in response to the temporary communication contact identification code input on the recipient device Another instant messaging connection between .