CN209897073U - Monitoring system of network management equipment - Google Patents
Monitoring system of network management equipment Download PDFInfo
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- CN209897073U CN209897073U CN201920477188.7U CN201920477188U CN209897073U CN 209897073 U CN209897073 U CN 209897073U CN 201920477188 U CN201920477188 U CN 201920477188U CN 209897073 U CN209897073 U CN 209897073U
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Abstract
The utility model discloses a monitored control system of network management equipment, adopt distributed architecture's monitored control system, including a plurality of collection servers of gathering the different control type data of network management equipment, first database server, second database server and application server, wherein, a plurality of collection servers are arranged in gathering the control data of different control types from network management equipment, handle the back to the control data of the different control types of gathering respectively, send for first database server storage, after handling the control data of the different control types of gathering, when confirming to have warning information, will report an emergency and ask for warning information and send for second database server storage and send for application server. Furthermore, the system also comprises a flow monitoring server, which is used for acquiring the flow monitoring data from the network management equipment and sending the flow monitoring data to the application server. Therefore, the utility model provides a monitored control system of network management equipment just can unify the control network management equipment, sharing monitoring data.
Description
Technical Field
The utility model relates to a computer technology field, in particular to monitored control system of network management equipment.
Background
With the rapid development of the network technology of the internet, the security and reliability of the network operation need to be ensured, so the monitoring technology of the network management equipment is particularly important. When monitoring the network management equipment, the network management equipment is monitored mainly in an agent mode or a non-agent mode, network management monitoring software is implanted into the network management equipment, the network management monitoring software is operated, and various monitoring data are obtained from the network management equipment through an operating system protocol or a network protocol between the network management equipment and the network management equipment. For network management equipment such as a server, a switch, a firewall and the like, the monitoring data to be acquired is performance data; for the network management equipment bearing the application, judging the loaded application state by monitoring whether the application service on the network management equipment is normal, and determining whether the application is normal according to the loaded application state.
Currently, when monitoring a network management device carrying an application, it is generally only possible to determine whether a loaded application state is normal by whether an application service carried by the network management device is normal, which has a high requirement on operation and maintenance personnel. Sometimes, it is necessary to manually access the application system of the network management device to determine whether the application is normal, which has the problems of high operation and maintenance cost, low yield, poor effect, and untimely response, and can not reflect the real-time operation conditions of the application, such as application response duration and access amount.
Furthermore, for the network management device, in order to implement the monitoring thereof, various types of monitoring software need to be implanted, such as special server management software, network device management software, storage-type network management software, communication-type network management software, electric power-type network management software, and the like, the network management monitoring software is various in types, the styles, the operations, and the like are all non-uniform, and the collected monitoring data cannot be shared.
Therefore, how to construct a monitoring system for uniformly monitoring network management equipment, so that the acquired monitoring data can be shared without manual participation, and a problem to be solved urgently is formed.
SUMMERY OF THE UTILITY MODEL
In view of this, the embodiment of the present invention provides a monitoring system for network management devices, which can monitor the network management devices in a unified manner and share monitoring data.
The embodiment of the utility model provides a realize like this:
a monitoring system of a network management device, comprising: a plurality of acquisition servers for acquiring data of different monitoring types of network management equipment, a first database server, a second database server and an application server, wherein,
the system comprises a plurality of acquisition servers, a first database server and a second database server, wherein the acquisition servers are used for acquiring monitoring data of different monitoring types from network management equipment, processing the acquired monitoring data of different monitoring types respectively and then sending the processed monitoring data to the first database server; after the collected monitoring data of different monitoring types are processed, when alarm information is determined, the alarm information is sent to a second database server for storage and sent to an application server;
the first database server is used for receiving and storing the monitoring data of different monitoring types after the data processing sent by the plurality of acquisition servers;
the second database server is used for receiving and storing the alarm information sent by the plurality of acquisition servers;
and the application server is used for receiving and presenting the alarm information sent by the plurality of acquisition servers.
The system deployment is a distributed deployment.
The plurality of acquisition servers include: the system comprises a collection server for collecting network and safety monitoring data in the network management equipment or/and a collection server for collecting server information monitoring data in the network management equipment.
The collection server for collecting network and security monitoring data in the network management equipment is also used for discovering the network management equipment through a Simple Network Management Protocol (SNMP), analyzing an MIB file of the network management equipment and obtaining the monitoring data of the network management equipment.
The acquisition server for acquiring the monitoring data of the server information class in the network management equipment is also used for acquiring the monitoring data of the network management equipment using the window operating system through a window operating system core WMI and a basic input and output system Netbios service on the network, and for the network management equipment using a Linux operating system, the remote monitoring is mainly performed through a secure shell protocol ssh to acquire the monitoring data.
The system also comprises a flow monitoring server used for acquiring flow monitoring data from the network management equipment and sending the flow monitoring data to the application server.
As seen above, the embodiment of the utility model provides an adopt distributed architecture's monitored control system, including a plurality of collection servers of the different control type data of collection network management equipment, first database server, second database server and application server, wherein, a plurality of collection servers are arranged in gathering the control data of different control types from network management equipment, handle the back to the control data of the different control types of collection respectively, send for first database server storage, after handling the control data of the different control types of gathering, when confirming that there is warning information, will report an emergency and ask for the warning information to send for second database server storage and send for application server. Furthermore, the system also comprises a flow monitoring server, which is used for acquiring the flow monitoring data from the network management equipment and sending the flow monitoring data to the application server. Therefore, the utility model provides a monitored control system of network management equipment just can unify the control network management equipment, sharing monitoring data.
Drawings
Fig. 1 is a schematic structural diagram of a monitoring system of a network management device provided by the present invention;
fig. 2 is a schematic diagram of the monitoring system of the network management device according to the present invention for monitoring data transmission.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and examples.
The utility model discloses a can unify control network management equipment, sharing monitoring data, adopt distributed architecture's monitored control system, including a plurality of collection servers of gathering the different control type data of network management equipment, first database server, second database server and application server, wherein, a plurality of collection servers are arranged in gathering the control data of different control types and sending for application server and present from network management equipment, handle the back to the control data of the different control types of gathering respectively, send for first database server storage, handle the back to the control data of the different control types of gathering, when confirming to have warning information, will report an emergency and ask for help or increased vigilance information and send for application server for second database server storage.
Furthermore, the system also comprises a flow monitoring server, which is used for acquiring the flow monitoring data from the network management equipment and sending the flow monitoring data to the application server, and the application server rolls back to the second database server for storage after receiving the presentation.
Therefore, the utility model provides a monitored control system of network management equipment just can unify the control network management equipment, sharing monitoring data.
The utility model discloses in, network management equipment generally sets up in the computer lab, comprises a plurality of computer lab hardware devices and business application equipment.
The utility model discloses in, the monitored control system of network management equipment can realize the application system who bears the weight of network management equipment to the whole control of each function point that bears, including using real-time running state, the access condition, the response condition and shared hardware resources condition etc. of survival state, every function point. The monitoring system of the network management equipment is a unified management system, realizes the integrated service from the traditional hardware monitoring to the application monitoring, can realize the monitoring of all equipment, software and applications used by the network management equipment, and does not need to configure other monitoring software for the network management equipment.
The utility model discloses in, this monitored control system of network management equipment can accomplish following function:
1. the system can realize application monitoring carried by the network management equipment, the acquisition server realizes all operation monitoring of the network management equipment through log analysis and flow analysis of the acquired monitoring data including application data, alarms in real time for abnormal response and abnormal illegal operation, realizes use and performance response scheduling of the application carried by the network management equipment, and provides data guidance for subsequent update iteration of the application carried by the network management equipment;
2. monitoring is integrated, and protocol information of all mainstream network management equipment is integrated in the kernel of the monitoring system to form a complete protocol resource library, so that all software and hardware of the network management equipment can be monitored without configuring other network management tools;
3. the acquisition server in the monitoring system provides rich Application Programming Interfaces (API), so that the complete integration of the existing monitoring software, operation and maintenance software and process management software in the network management equipment can be realized, the complexity of the existing multiple logins is avoided, and the working efficiency is improved.
Fig. 1 is the utility model provides a monitoring system structure schematic diagram of network management equipment, include: a plurality of acquisition servers for acquiring data of different monitoring types of network management equipment, a first database server, a second database server and an application server, wherein,
the system comprises a plurality of acquisition servers, a first database server and a second database server, wherein the acquisition servers are used for acquiring monitoring data of different monitoring types from network management equipment, processing the acquired monitoring data of different monitoring types respectively and then sending the processed monitoring data to the first database server; after the collected monitoring data of different monitoring types are processed, when alarm information is determined, the alarm information is sent to a second database server for storage and sent to an application server;
the first database server is used for receiving and storing the monitoring data of different monitoring types after the data processing sent by the plurality of acquisition servers;
the second database server is used for receiving and storing the alarm information sent by the plurality of acquisition servers;
and the application server is used for receiving and presenting the alarm information sent by the plurality of acquisition servers.
The utility model provides an among the network management monitored control system, this monitored control system's structure deployment is the distributing type deployment, and the data that will monitor are obtained from network management equipment to the acquisition server based on network protocol or interface protocol, then handle the data that will monitor, for example set up corresponding control data loading mode in the acquisition server, load, handle and save the data that will monitor. All servers involved in the monitoring system use a client/server (B/S) architecture to interact in the monitoring system.
The servers related in the monitoring system are not limited to blade servers, and the configuration can be realized by any server with consistent performance, so that the deployment of the virtual machine is supported.
The utility model discloses in, a plurality of collection server include: the system comprises a collection server for collecting network and safety monitoring data in the network management equipment or/and a collection server for collecting server information monitoring data in the network management equipment.
The collecting server for collecting network and safety monitoring data in the network management equipment adopts a proxy-free mode to collect data, does not need to install a monitoring plug-in the monitored network management equipment, finds the network management equipment through a Simple Network Management Protocol (SNMP), and analyzes an MIB file through a Management Information Base (MIB) automatically matched with the network management equipment to obtain the equipment information of the network management equipment, thereby realizing the monitoring of the network management equipment. And sending the performance data of the network management equipment to a first database server for storage, transmitting the alarm information to an application server for presentation in real time through a hypertext transfer protocol (HTTP), and sending the alarm information to a second database server for storage.
The acquisition server for acquiring the monitoring data of the server information class in the network management equipment acquires the data in an agent-free mode, sets monitoring software on the acquisition server, and does not need to install monitoring plug-ins on the network management equipment to be monitored. For the network management equipment using a window operating system, data is acquired through a window operating system core (WMI) and a basic input/output system (Netbios) service on the internet, for the network management equipment using a Linux operating system, remote monitoring is mainly performed through a secure shell protocol (ssh), deep monitoring on the operating system level is realized, the monitoring comprises monitoring of equipment states, equipment running performance data, equipment service states and the like, diversified real-time display of the performance data and alarm data acquired by monitoring is realized, and automatic fault positioning and analysis are realized. And sending the performance data of the network management equipment to a first database server for storage, transmitting the alarm information to an application server for presentation in real time through HTTP, and sending the alarm information to a second database server for storage.
The utility model discloses in, still include flow monitoring server for obtain flow monitoring data from network management equipment, send for application server. Specifically, the traffic monitoring server mainly aims at monitoring network traffic of network management equipment, analyzing the traffic in real time through a mirror image port of a core switch, and monitoring the efficiency condition of the network traffic. In practical application, the method belongs to a monitoring mode of a server side, so that monitoring points do not need to be deployed on network management equipment, and only a plurality of specific inlet networks need to be monitored, and comprehensive monitoring can be achieved.
Fig. 2 is the schematic diagram of monitoring data transmission performed by the monitoring system of network management equipment, and here, the collection server for collecting network and security type monitoring data in the network management equipment is called a first collection server, and the collection server for collecting server information type monitoring data in the network management equipment is called a second collection server, and the transmission process of the whole monitoring data is as follows.
The first acquisition server monitors the network management equipment in a non-proxy mode, the obtained equipment performance data is periodically stored in the first database server, when the obtained equipment performance data exceeds a set threshold value, an alarm is triggered, alarm information is sent to the application server to be presented, and meanwhile, the alarm information is sent to the second database server and stored in the second database server.
The second acquisition server discovers the network management equipment through SNMP and analyzes the MIB file of the network management equipment to monitor the network management equipment, and the obtained equipment performance data is periodically stored in the first database server, alarm information generated when the alarm information exceeds a threshold value is transmitted to the application server in real time through HTTP to be displayed, and is stored in the second database server.
The flow monitoring server obtains the flow data of the network management service through flow analysis by adopting the mirror image port, transmits the flow data to the application server in real time, and then displays the received flow data by the application server and rolls back the flow data to the second database server for storage.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (6)
1. A monitoring system of network management equipment is characterized by comprising: a plurality of acquisition servers for acquiring data of different monitoring types of network management equipment, a first database server, a second database server and an application server, wherein,
the system comprises a plurality of acquisition servers, a first database server and a second database server, wherein the acquisition servers are used for acquiring monitoring data of different monitoring types from network management equipment, processing the acquired monitoring data of different monitoring types respectively and then sending the processed monitoring data to the first database server; after the collected monitoring data of different monitoring types are processed, when alarm information is determined, the alarm information is sent to a second database server for storage and sent to an application server;
the first database server is used for receiving and storing the monitoring data of different monitoring types after the data processing sent by the plurality of acquisition servers;
the second database server is used for receiving and storing the alarm information sent by the plurality of acquisition servers;
and the application server is used for receiving and presenting the alarm information sent by the plurality of acquisition servers.
2. The system of claim 1, wherein the system deployment is a distributed deployment.
3. The system of claim 1, wherein the plurality of acquisition servers comprises: the system comprises a collection server for collecting network and safety monitoring data in the network management equipment or/and a collection server for collecting server information monitoring data in the network management equipment.
4. The system of claim 1, wherein the collection server for collecting network and security monitoring data in the network management device is further configured to discover the network management device through a Simple Network Management Protocol (SNMP), perform MIB file analysis on the network management device, and obtain the monitoring data of the network management device.
5. The system according to claim 1, wherein the collection server for collecting the monitoring data of the server information class in the network management device is further configured to obtain the monitoring data through a windows operating system kernel WMI and a Netbios service for the network management device using a windows operating system, and to obtain the monitoring data through remote monitoring mainly through a secure shell protocol ssh for the network management device using a Linux operating system.
6. The system of claim 1, further comprising a traffic monitoring server, configured to obtain traffic monitoring data from the network management device, and send the traffic monitoring data to the application server.
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| CN201920477188.7U CN209897073U (en) | 2019-04-10 | 2019-04-10 | Monitoring system of network management equipment |
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| CN201920477188.7U CN209897073U (en) | 2019-04-10 | 2019-04-10 | Monitoring system of network management equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111817865A (en) * | 2019-04-10 | 2020-10-23 | 中国普天信息产业股份有限公司 | Method for monitoring network management equipment and monitoring system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111817865A (en) * | 2019-04-10 | 2020-10-23 | 中国普天信息产业股份有限公司 | Method for monitoring network management equipment and monitoring system |
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