A potential risk ipv6 address location method and location server

Abstract

The invention discloses a potential risk IPv6 address positioning method and a positioning server. The method is as follows: obtain IPv6 monitoring data in real time, generate a record containing address, network segment identifier and region identifier in a unified IPv6 address format for each piece of IPv6 monitoring data; obtain the daily increment of IPv6 monitoring data corresponding to each preset region data; compare the daily incremental data of the monitoring data of each preset area with the set maximum daily increment of the corresponding area, if the daily incremental data of the IPv6 monitoring data in area A is greater than the corresponding set maximum daily increment, then the The maximum daily increment set in region A is updated to the daily incremental data of the IPv6 monitoring data of the current region A, and the IPv6 address that causes the daily increment in the IPv6 monitoring data of region A is positioned as the target IPv6 address, that is, the potential risk IPv6 address ; Query and return the attribution information of the target IPv6 address. The invention improves the monitoring efficiency.

Description

technical field [0001] The invention relates to a potential risk IPv6 address positioning method and a positioning server, belonging to the field of network technology. Background technique [0002] At present, IPv6 is in the development stage, and the address allocation data and routing announcement data are updated and changed every day. It is of great significance to locate the IPv6 address of the monitoring data through testing. However, the traditional potential risk IPv6 location method is to locate data by setting a threshold, and the determination of the threshold depends entirely on subjective experience; this is very limited for IPv6 monitoring data with large trend changes in the new era, and the threshold lag is reduced. Test validity. [0003] On the other hand, the current source of authoritative IPv6 monitoring data relies on the data released by APNIC. IPv6 addresses that cause trend changes or potential risks need to be accurately located. Obtaining their a...

AI Technical Summary

Problems solved by technology

However, the traditional potential risk IPv6 location method is to locate data by setting a threshold, and the determination of the threshold depends entirely on subjective experience; this is very limited for IPv6 monitoring data with large trend changes in the new era, and the threshold lag is reduced. Validity of the test

[0003] On the other hand, the current source of authoritative IPv6 monitoring data relies on the data released by APNIC. IPv6 addresses that cause trend changes or potential risks need to be accurately located. Obtaining their attribution information is of great significance for relevant departments to analyze and warn

However, this positioning test process often requires manual processing. The monitoring data can only understand the development trend of IPv6 from a macro perspective, and there is no set of positioning methods for IPv6 addresses that cause trend changes or potential risks.

[0004] To sum up, the existing potential risk IPv6 positioning methods have shortcomings such as inaccurate threshold lag, complex query of the target IPv6 address system and inconvenient operation, and inability to effectively locate attribution information. How to locate potential risk IPv6 monitoring data becomes an IPv6 monitoring system. The construction and in-depth analysis of the problems to be solved in the development of IPv6

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