Secure interaction control method for intelligent terminal and server

Abstract

The invention provides an intelligent terminal and server secure interaction control method, which comprises the following steps of S1, establishing a delivery control system with an intelligent terminal, a network function server and a monitoring function module; S2, programming the encrypted hardware data and other random information in the OTP of the intelligent terminal; when a certain intelligent terminal is started, checking whether the OTP data of the intelligent terminal are matched with the local machine or not after being decrypted firstly, if not, limiting the function of the intelligent terminal, and allowing only software updating; and S3, when a network service function of a certain intelligent terminal is legally activated when the purchase activation code is legally activated, enabling the intelligent terminal to process hardware information and random data of the intelligent terminal according to multiple encryption algorithms and then submit the hardware information and the random data to the server together, and therefore, secure interaction and multiple identity verification selection are realized by monitoring a cloud server and the intelligent terminal, so that the anti-cracking degree is high, the method has high security and anti-attack capability, and has automatic operation and maintenance capability and intelligent capability.

Description

[technical field] [0001] The present invention relates to the technical field of security interaction control methods, in particular to a security interaction control method between an intelligent terminal and a server. [Background technique] [0002] With the rapid development of Internet infrastructure, the shipments of smart terminals continue to grow and become popular. How can smart terminals protect self-developed products and functions, and prevent product servers from being damaged by malicious attacks by competitors? How to strike a balance between cost and performance? These are the core concerns of the present invention. [0003] Traditional smart terminals have simple protocols for interacting with servers and single encryption methods. Once the protocols and encryption algorithms are cracked by hackers, the products and corresponding servers face the risk of being paralyzed due to large-scale attacks. [0004] Traditional smart terminals also have legitimate ...

AI Technical Summary

Problems solved by technology

[0003] The traditional intelligent terminal exists and the server interaction protocol is simple, and the encryption method is single. Once the protocol and encryption algorithm are cracked by hackers, the product and the corresponding server face the risk of paralysis caused by large-scale attacks

[0004] Traditional smart terminals also have legitimate smart terminals being used as meat machines by hackers, which continuously attack the server and cause the server load to be too high, or meat machines simulate multiple smart terminals to continuously attack the server, resulting in server downtime

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