Anti-crawl system based on server package mirror image

Abstract

The invention provides an anti-crawl system based on a server package mirror image. Mirror image duplication is performed on a full-amount request packet received by a server, the packet is restored into a user request in a bypass, crawler feature identification is performed on the user request in an anti-crawl analysis center and a strategy center, which are separated from the server, no influence is generated to the normal working process of the server in the above process, and the server performs corresponding processing on the request according to the identification result of the strategycenter. By adoption of the network-level request duplication technology, the operation of the existing system is not affected, the SDK deployment is stable, a program does not need to be modified or issued in the case of a strategy change, and meanwhile, the anti-crawl strategy can be updated in real time, so that the anti-crawl effect of the server is upgraded in time.

Description

technical field [0001] The invention relates to an anti-climbing system based on server packet mirroring. Background technique [0002] About 20% of global Internet requests are generated by malicious crawlers, and the proportion has remained high for several years. Malicious crawlers aim to steal authoritative and core business data on the Internet, illegally steal other people's data for personal gain, and use strong technical means to encrypt Data cracking has greatly affected the majority of data operators. Therefore, the demand for data protection technology in the field of information security has become increasingly strong. [0003] At present, there are usually two deficiencies in the architecture design of anti-climbing technology in the industry. One is that the application needs to add an additional forwarding module to forward the request to the anti-climbing identification system for identification, which adds great difficulty to the load design of the applicati...

AI Technical Summary

Problems solved by technology

[0003] At present, there are usually two deficiencies in the architecture design of anti-climbing technology in the industry. One is that the application needs to add an additional forwarding module to forward the request to the anti-climbing identification system for identification, which adds great difficulty to the load design of the application. At the same time, a lot of workload will be added to the later application upgrade, testing, and operation and maintenance; second, the anti-climbing module is coupled with the application, and the anti-climbing module cannot provide independent analysis and identification services, and the reusability of the module is low

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