Operator data security sharing method

Abstract

The invention discloses an operator data security sharing method, which relates to the technical field of operator data application, and comprises the following steps of: mapping an IP of a terminal user and an encrypted Internet account, and continuously extracting a real-time network access behavior of the user; obtaining access behavior data of the user, performing privacy level evaluation on the behavior data, classifying the data according to privacy levels and labeling the data to obtain a plurality of data files, and if the privacy levels of the data files are greater than a preset level, encrypting and storing the data files to obtain encrypted data files; and if it is detected that the user uses the encrypted data file, performing authority verification. The data are encrypted onthe operator side, so that the relationship between the file and the operator is established, the authority is refined, the targeted management is facilitated, and the problem that in the prior art, the plaintext processing on the data is easy to leak and influence is solved. The security management capability of core data of an operator is improved, and the loss brought to the operator is reduced.

Description

technical field [0001] The invention relates to the technical field of operator data application, in particular to a method for safely sharing operator data. Background technique [0002] With the development of the Internet, the data traffic of operators is increasing. Usually, operators will split and back up users' online data for query and use. The solution in the prior art generally provides an interface for downloading user data, and the data is transmitted in the form of ordinary files, and the data includes user account data and http stream data. [0003] However, in order to facilitate the query and analysis of Internet applications, the operator side needs to share the collected user data, which makes the protection of user privacy data limited in the solutions of the prior art. Under normal circumstances, the operator usually only performs irreversible Hash processing (such as MD5) on the user's online account. Sensitive data such as the user's access history and...

AI Technical Summary

Problems solved by technology

[0003] However, in order to facilitate the query and analysis of Internet applications, the operator side needs to share the collected user data, which makes the protection of user privacy data limited in the existing technical solutions

Under normal circumstances, the operator usually only performs irreversible Hash processing (such as MD5) on the user's online account, and sensitive data such as the user's access history and search history are still processed in plain text, which is not conducive to the protection of user privacy.

[0004] In terms of data security of user terminals: terminal data can be operated by any person, there are problems such as Trojan horse virus theft of data, loss of terminal hardware problems, and personnel's initiative to leak secrets, etc., which may cause serious losses

[0005] In terms of internal data transfer security: data network theft may exist during the data exchange process, and misoperations may lead to wrong delivery, posing threats to business data

[0006] In terms of data off-network and outgoing security: After the data leaves the internal environment, the data cannot be effectively controlled, and anyone who has access to the data can spread it, and there is a risk of secondary leakage

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