IPv6 remote monitoring device and method

Abstract

The invention relates to an IPv6 remote detector and relative method. Wherein, it comprises network communication module, video module, embedded network module, and power module, while the embedded network module is connected other three modules to be integrated in one embedded system. The inventive device uses next-generation internet, supports IPv6 and / or IPv4 network protocols, etc, to transmit data, with network interface, while it can be connected to internet independently. And it has unique address and unique globe IP address. The invention can realize remote video, alarm and detection, etc.

Description

technical field [0001] The invention relates to an IPv6 remote monitoring device and a method thereof, belonging to the comprehensive technical field of communication, computer network management and video monitoring network. Background technique [0002] The development of video surveillance system has gone through three stages of analog, semi-digital and full-digital, and it has been widely used in many fields such as communication, finance, transportation, mining and so on at home and abroad, and plays a huge role. With the development of related technologies, large-scale operation-level video surveillance services that are globally accessible, open and interoperable, and standardized are becoming new development needs. However, due to the lack of industry standards and low market access requirements, some equipment manufacturers blindly produce all kinds of video surveillance equipment in pursuit of commercial interests, resulting in the reliability, stability, openness,...

AI Technical Summary

Problems solved by technology

Due to the flaws in the design of the IPv4 protocol, IPv4 addresses are almost exhausted, and its address resources are far from meeting the needs of global terminal equipment growth

In a large-scale monitoring network, the number of terminal monitoring devices may reach tens of thousands, and each terminal needs to have its own IP address, which cannot be supported by the existing IPv4 network, and the IPv4 network cannot guarantee Scalability and enabling end-to-end access

In addition, when so many monitoring devices are deployed in an IPv4 network environment, the IP addresses and gateways of each camera terminal need to be manually configured, and the labor intensity and speed cannot meet the operation requirements of a large-scale monitoring network.

[0005] To sum up, there are many limitations in the existing video surveillance devices: 1) Due to the emergence of the public operator-level video surveillance system, the number of surveillance devices on the network has increased sharply, and the existing IPv4 technology cannot allocate The unique IP address in the world, so that the monitoring device can be accessed anytime and anywhere on the Internet

2) The configuration is complex and cannot adapt to the operation requirements of large-scale monitoring networks

3) Security cannot be guaranteed in the public operation level video surveillance system

4) The communication standards are not uniform, and the interconnection and intercommunication between various devices cannot be realized

5) Complicated to use, poor ease of use, and not easy to popularize

6) Mobility cannot be guaranteed

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