Emergency equipment remote management method

Abstract

The invention provides an emergency equipment remote management method in the technical field of emergency broadcast, which comprises the following steps that S10, a server performs identity authentication on each started emergency equipment based on a UDP protocol, and establishes long connection; S20, the server performs identity authentication on each client based on a TCP protocol and then establishes a connection; and S30, the server receives the request command in the JSON format sent by the client, forwards the request command to the corresponding emergency equipment, receives feedback data in the JSON format sent by the emergency equipment and forwards the feedback data to the corresponding client, thereby completing remote management of the emergency equipment. The method has the advantages that the safety and convenience of remote management of the emergency equipment are greatly improved.

Description

technical field [0001] The invention relates to the technical field of emergency broadcasting, in particular to a remote management method for emergency equipment. Background technique [0002] There are many types of emergency equipment (communication equipment) for emergency broadcasting, including emergency broadcasting county-level adapters, emergency broadcasting township adapters, emergency broadcasting sound columns, receivers and expanders, and IP microphones. The operation of all emergency equipment depends on the setting of some parameters, such as Lock frequency, device volume, resource encoding, network port settings, platform configuration and other parameters. [0003] Traditionally, the server uses the Simple Network Management Protocol (SNMP) to manage each emergency device, but the SNMP cannot transmit a large amount of data, and the data structure also needs to be negotiated between the server and the emergency device or client, which cannot be well coordin...

AI Technical Summary

Problems solved by technology

[0003] Traditionally, the server uses the Simple Network Management Protocol (SNMP) to manage each emergency device, but the SNMP cannot transmit a large amount of data, and the data structure also needs to be negotiated between the server and the emergency device or client, which cannot be well coordinated. Expansion, and the connection using the simple network management protocol cannot be encrypted, which has potential security risks

Traditionally, there is also a method of using the TR069 protocol to manage various emergency equipment. Although the TR069 protocol is efficient, safe, and versatile, the TR069 protocol is complex, and the corresponding protocol needs to be integrated on the emergency equipment and the client to expand the data. It also needs to be negotiated and modified between the server and the emergency device or client. Although the configuration information can be updated in time, it is not flexible enough in the expansion of the application layer.

Based on the above shortcomings, when the front-end emergency equipment is in use, when the user does not understand the operation or misuses it, it is impossible to safely and conveniently manage the emergency equipment remotely.

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