System and method for trajectory tracking during circulation of E-mail

Abstract

The invention relates to a system and a method for trajectory tracking during circulation of an E-mail. The method includes: when a sender sends an E-mail, a unique identifier is generated for each receiver, and the receiver accesses the E-mail theme through the unique identifier; when each receiver's operation on the E-mail is detected, the operation trajectory is fed back to the sender; after the information feedback, the sender can accurately learn about whether the corresponding receiver reads the E-mail or not, whether the corresponding receiver forward the E-mail or not, whether the corresponding receiver download an attachment or not, whether the corresponding receiver print the attachment or not, whether the corresponding receiver edit the attachment or not, E-mail reading times, E-mail reading time, E-mail forwarding times, E-mail forwarding time, who the E-mail is forwarded to, attachment reading times, attachment reading time, attachment downloading times, attachment downloading time, attachment editing times, attachment editing time, attachment printing times, attachment printing time and the like. By the method, comprehensive E-mail trajectory tracking can be performed, and E-mail transmitting efficiency and safety are increased by the information feedback.

Description

technical field [0001] The invention relates to the technical field of e-mail security, in particular to a system and method for tracking the track of e-mail during circulation. Background technique [0002] At present, email, as the most important information communication tool on the Internet, has been widely used. However, the following problems exist in the current network: when sending and receiving emails, a new email will be generated every time the circulation of emails with the same subject is sent and received, resulting in data redundancy. [0003] Most of the existing email track tracking methods are that the sender sends the recipient a request for receipt, and the recipient can choose whether to return the receipt after sending; the sender is not sure whether the sent email is read by the recipient or whether it is received Forward this email, whether the recipient downloads the attachment, whether the recipient prints the attachment, whether the recipient edi...

AI Technical Summary

Problems solved by technology

However, the following problems exist in the current network: when sending and receiving emails, a new email will be generated every time the circulation of emails with the same subject is sent and received, resulting in data redundancy

[0003] Most of the existing email track tracking methods are that the sender sends the recipient a request for receipt, and the recipient can choose whether to return the receipt after sending; the sender is not sure whether the sent email is read by the recipient or whether it is received Forward this email, whether the recipient downloads the attachment, whether the recipient prints the attachment, whether the recipient edits the attachment, etc.

[0004] In addition, the sender is not sure about the number of times the sent email was read, when it was read, how many times it was forwarded, when it was forwarded, who it was forwarded to, how many times it was read, when it was read, how many times it was downloaded, when it was downloaded, how many times it was edited, when it was edited , attachment printing times, attachment printing time and other operation tracks

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