1. Modularization
The system model can understand the network environment very well, and even a very complex environment can be analyzed in detail. The core of the system model is used to describe the basic information of the equipment. The system model is based on objects, and the model can be extended by inheriting objects.
2. Automatic discovery
Use automatic discovery to deal with complex environments. During the automatic discovery process, the system will access all monitoring devices in the existing environment to obtain device information.
3. Standardization
Due to the collection of information from different platforms through different protocols, there are many available data formats. Standardize the collected data so that data collected from different systems can also be compared correctly.
4. Agentless data collection
Rely on agentless data collection to collect data. Communicate with devices through different protocols (including SNMP, SSH, Telnet and WMI) to reduce the impact on the monitored system.
5. All IT equipment
Can monitor all IT equipment - network, server, application program.
6. Inherited configuration
All core configuration parameters and monitoring templates can be inherited to describe how the device will be monitored.
7. Cross-platform monitoring
Can monitor different operating systems (including Windows, Linus and Unix), network devices that support SNMP (such as Cisco) and various software applications (such as WebLogic and VMware).
8. Scale
You can install this system on a single server to manage thousands of devices.
9. Expansibility
Using the expansion mechanism of the system, you can quickly add, modify and customize your own network environment.