Vulnerability scanning method and vulnerability scanning device

Abstract

The invention relates to the technical field of vulnerability scanning and provides a vulnerability scanning method and a vulnerability scanning device. The method is applied to a detector which is mounted between terminal equipment and a server. The method includes: the detector acquires an asset vulnerability scanning request sent by a user, wherein the asset vulnerability scanning request includes asset name information; the detector reads asset address information according to the name information, wherein the address information is established in advance on the basis of historical access information of the user, and the historical access information includes historical access asset name information and address information; the detector pushes the address information to an asset vulnerability scanner to make it convenient for the vulnerability scanner to perform asset vulnerability scanning. The vulnerability scanning method and the vulnerability scanning device have advantages that the technical problem of high manpower cost in vulnerability scanning with a traditional vulnerability scanner is alleviated.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows users to easily check if an item has been exposed during risk assessment procedures without having them manually enter their addresses into specific locations within those tests. It also helps reduce costs associated with testing new assets through automated threat detection systems (TDS).

Problems solved by technology

This patented method involves manual setting up an identifier called a risk score on each item being inspected by the system before sending it into the scanners. However this can lead to errors when assigning values or identifying specific areas that may contain potential weaknesses. Additionally, there are also issues where users cannot easily change their default settings without affecting data integrity during testing due to human error.

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