Research And Design Of Satety Inspection Base On Information System Classified Protection

Since1994, in our national security field Classified Protection has been established, as the establishment of Classified Protection, a lot of work has been carried out by government, and some policies, technical standards also have been issued. As the improvement of classified protection in all kinds of industries, safety inspection based on information system classified protection has become more and more important. Safety inspection provides the data and the basis for system corrective actions designed in safe operation and maintenance work of the classified protection. In the enterprise network environment, more security devices have been put in. But the amount of security devices do not fix up the network security problems, because of they have a big number, so inspect all of the devices become a hard and complicated work. To unified manage all of the devices in the enterprise network environment, we propose research and development of Unified Safety Inspection Management Platform(USIMP), USIMP is a good way to solve the information system network security problems.USIMP adopted distributed deployment, data collection agents deployed in the enterprise network environment, after the collection, all the data will be transferred to USIMP. USIMP will calculate the data and figure out the risk-value, so the enterprise could realize the safe condition of the information system. Efficiently data collection without making a burden to the collected devices is important, and data collection agents should be able to inspect the more complicated network environment. So, we present a distributed agent framework for data collection which could be used in different sizes of network environment.This paper designed USIMP,and finish up the data collection agents taken WMIC as the core collection technology. Then do the future research, analysis&design the communication between components and calculate the value of risky in the distributed framework of data collection. At the end of the paper, the distributed framework could be used in different network environment, expanded flexibility, and managed unified.