A method for realizing system monitoring under heterogeneous architecture

Abstract

The invention discloses a method for realizing system monitoring under a heterogeneous system architecture. According to the invention, a monitoring chip is arranged on a hardware layer of a mainboard; the monitoring chip includes a monitoring firmware and a monitoring operation system; the monitoring chip is connected with different signal interfaces in the main board through circuits and performs monitoring through modes of monitoring signal transmission and data analysis; the monitoring hardware provides practical monitoring and is managed by the monitoring operation system; the monitoring chip is provided with an external connection network interface; the monitoring chip is connected with a management terminal of an IT center server through the external connection network interface; the monitoring chip performs active monitoring on core hardware as well as monitoring of exchange of external data of the system. According to the invention, convenience of an X86 system can be maintained and effective monitoring and management of the X86 system can also be realized through the heterogeneous system architecture.

Description

technical field [0001] The invention relates to the technical field of computer security, in particular to a method for realizing system monitoring under different architectures. Background technique [0002] With the occurrence of a series of network theft and monitoring incidents such as Stuxnet and Prism Gate, the doubts that the Wintel combination of Intel X86+Windows in terms of information security have been more and more clearly presented in front of everyone, making people more concerned about information security. Worries and guesses have become reality. For this reason, domestic security-focused IT companies have designed various methods to prevent and block these security holes, such as gatekeepers, dual-network isolation, etc., and even launched more ambitious The domestic CPU plan. [0003] Such as gatekeepers, dual-network isolation, etc., all have limitations such as single function and inconvenient switching for different scenarios during use, and cannot ach...

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Problems solved by technology

[0003] Such as gatekeepers, dual-network isolation, etc., all have limitations such as single function and inconvenient switching for different scenarios during use, and cannot achieve good monitoring purposes; while domestic CPU projects face slow growth in the industrial chain and supporting software The dilemma that the hardware cannot keep up

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