Method, system and cloud server for short message pushing

Abstract

The invention provides a method, a system and a cloud server for short message pushing. The method includes the following steps that information of an application program assembly for receiving a short message is registered on the cloud server, the cloud server codes and encrypts the information and the content of the short message to be sent according to a designated package protocol to generate a packaged short message, the cloud server pushes the packages short message to a user terminal, the user terminal decodes and decrypts the packaged short message to obtain the content of the short message and the information, and the user terminal sends the content of the short message to the corresponding application program assembly according to the information. The method, the system and the cloud server achieve a point-to-point enclosed private safe channel from a server to designated application program of the user terminal, ensure short message sending safety and reliability and simultaneously reduce cost.

Description

technical field [0001] The invention relates to the technical field of data push, in particular to a short message push method, a short message push system and a short message push cloud server. Background technique [0002] At present, there are mainly two types of data push based on SMS channels: [0003] 1. Send plaintext data by SMS without specifying the receiver. The pushed data is distributed as a normal SMS to all applications capable of receiving SMS. The disadvantages of this scheme are: (1) Since the sender's number may be counterfeited, the sender of the data cannot be guaranteed to be legal, so the sender's number cannot be used as the sender's identification; (2) Since the receiver is not specified, Other applications can also obtain the pushed data, and it cannot be guaranteed that only designated recipients can receive the data, so the privacy of the push behavior cannot be guaranteed; (3) Since the SMS is sent in plain text, the pushed data has no confiden...

AI Technical Summary

Problems solved by technology

The disadvantages of this scheme are: (1) Since the sender's number may be counterfeited, the sender of the data cannot be guaranteed to be legal, so the sender's number cannot be used as the sender's identification; (2) Since the receiver is not specified, Other applications can also obtain the pushed data, and it cannot be guaranteed that only the designated recipients can receive the data, so the privacy of the push behavior cannot be guaranteed; (3) Since the SMS is sent in plain text, the pushed data has no confidentiality

[0004] 2. The data is encrypted and sent by SMS without specifying the recipient

The disadvantages of this scheme are: (1) Since the sender's number may be counterfeited, it cannot be guaranteed that the sender of the data is legal, so the number of the SMS sender cannot be used as the sender's identification; (2) Since the receiver is not specified , other applications can also obtain the pushed data, and it cannot be guaranteed that only the designated recipients can receive the data, so the privacy of the push behavior cannot be guaranteed; Therefore, encrypted data is easily obtained and cracked by a third party, and the security of the entire system is difficult to guarantee

[0005] In addition, the existing technologies all implement SMS-based data push at the application level, which also has the following disadvantages: (1) The secure channel for pushing data cannot be reused, and each application must design and implement a set of its own based on The data push service of SMS greatly increases the threshold and cost of application development; (2) It is impossible to realize that only some designated applications can receive SMS encapsulated with push data, and it is impossible to realize the designated application from the server-side system to the user terminal A point-to-point closed and private secure channel between programs, because the mobile terminal operating system will distribute the message to all applications that have the ability to receive the message after receiving the message

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