Data tamper-proofing method, system and related device

Abstract

The invention provides a data tamper-proofing method, which comprises the steps of obtaining a rewriting function corresponding to a target file when the target file is rewritten; determining a file path of the rewriting function; performing rule matching on the file path, and judging whether the rewriting function is hijacking operation; and if yes, refusing the rewriting of the target file. According to the invention, when the target file is rewritten, the file path of the rewriting function used for rewriting is obtained, rule matching is conducted on the file path to judge whether the rewriting function is hijacking operation, then whether the rewriting is hijacking operation is determined, and once it is determined that the rewriting operation is hijacking operation, rewriting of thetarget file is refused, so that the problem of common webpage tamper-proofing can be effectively solved so as to reduce malicious operation behaviors such as phishing, illegal content, fraud, dark link and the like. The invention further provides a data tamper-proofing system, a computer readable storage medium and electronic equipment, which have the above beneficial effects.

Description

technical field [0001] The present application relates to the field of network data security, in particular to a data tamper-proof method, system and related devices. Background technique [0002] Web page tampering is a method commonly used by hackers, and some bad information often appears on the tampered web page. The current anti-tampering of webpage files mainly relies on round-robin scanning, that is, obtaining a hash value for each webpage through a digest algorithm. By regularly polling all web pages, comparing the new and old hash values, if they are different, it is found that the web page has been tampered with, a corresponding alarm is generated, and further recovery measures are taken. But obviously, round robin is difficult to achieve non-real-time, otherwise it will cause great performance consumption, and there is a time gap between the tampering and the discovery of the tampering. During this time difference, it is easy to cause losses. [0003] Therefore,...

AI Technical Summary

Problems solved by technology

But obviously, it is difficult to achieve non-real-time round robin, otherwise it will cause great performance consumption, and there is a time difference between being tampered with and discovering the tampering. During this time difference period, it is easy to cause losses

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