Intelligent terminal device derivative vulnerability mining method based on architecture similarity

Abstract

The invention discloses an intelligent terminal device derivative vulnerability mining method based on architecture similarity. The method comprises the following steps: taking to-be-detected equipment and known intelligent terminal equipment as two pieces of intelligent terminal equipment, judging the intelligent terminal equipment architecture similarity for the two pieces of intelligent terminal equipment, and if the architecture similarity exists between the two pieces of intelligent terminal equipment, performing architecture similarity-based derivative vulnerability mining for the to-be-detected equipment. According to the method, the vulnerability mining efficiency of the intelligent terminal equipment can be effectively improved, universality is achieved, and automatic execution completion of a machine is facilitated.

Description

technical field [0001] The invention belongs to a technical method for mining computer equipment vulnerabilities, in particular to a method for mining derived vulnerabilities of intelligent terminal equipment based on architecture similarity. Background technique [0002] Smart terminal equipment is a small computing system with information processing capabilities, storage capabilities, and networking capabilities. According to different application scenarios, its product forms are ever-changing, including but not limited to network routers, network firewalls, network printers, network copiers, and network projectors. , electronic screens, scanners, car navigators, home gateways, TV set-top boxes, TVs, network cameras, home sensors, etc. Driven by technological improvements such as processing power, storage capacity, and network performance, smart terminal devices have expanded from traditional communications to information production, interaction, and consumption, and have ...

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Problems solved by technology

[0003] On the one hand, smart terminal devices often have a large number of loopholes due to the lack of security awareness and ability of developers, the use of a large number of low-quality open source modules, the uncontrolled design and development tool chain, and the difficulty in assessing the security risks of basic development platforms. There are extremely high security risks; on the other hand, this type of equipment often does not consider the security protection mechanism too much from the architecture design, and lacks a human-computer interaction interface, resulting in users being unable to perceive security issues

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