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Unified monitoring platform is a professional system monitoring platform. It ensures the stable operation of all systems through multi-level system monitoring combined with alarm push and system self-recovery.
The monitoring platform includes four main functions, which are:
1. Multi-level system monitoring
This multi-level system monitoring mainly includes four parts: server monitoring, JVM& microservices monitoring, database monitoring and application-level monitoring to ensure that the process and conditions of various processes such as production operation can be fully mastered to avoid the occurrence of emergencies.
2. Centralized data display
All kinds of data use flexible UI interface for centralized data display to ensure clear and objective data presentation, so that operators can intuitively obtain the data they need in the first time;
3. Alarm convergence and push
The platform supports alarm convergence and specifies alarm grouping rules.
At the same time, alarms can be pushed by email or wechat.
It also supports automatic alarm after the threshold is triggered and manual secondary alarm push. These alarm functions ensure the safety and intelligence of the platform.
4. System self-recovery
When an exception alarm is generated in the target monitoring application, the system automatically routes the alarm and performs the corresponding post-processing actions (ignore, start, restart, or stop) based on the service and alarm level. Improve application sustainability and ensure that system services continue to work normally.
The Unified Monitoring Platform is a comprehensive and professional system monitoring solution designed to ensure the stability and efficient operation of various systems. It leverages multiple layers of system monitoring technology, from infrastructure to applications, to understand the real-time status and performance of the system.
The platform combines alarm push capabilities to deliver potential issues and failures in an efficient and timely manner. Once a system or application is abnormal or malfunctioning, the alarm push mechanism will be activated immediately, and the alarm information will be communicated to the relevant personnel through various channels (such as email, SMS, or telephone voice). This enables troubleshooters to quickly understand the problem and take appropriate action to resolve it in the shortest possible time.
In addition, the unified monitoring platform also has the system self-recovery function. When a system experiences an unplanned shutdown or other failure, the platform can automatically perform the corresponding recovery actions according to preset recovery rules and processes. This may include restarting applications, automatically switching to a backup system, or replacing a failed hardware component. This automated recovery mechanism greatly reduces the need for manual intervention and reduces the impact of system failures on overall business operations.
The construction of a unified monitoring platform needs to consider several factors, including the complexity of the system, business requirements, and monitoring budget. For large enterprises or complex IT environments, this centralized monitoring platform can greatly simplify the complexity of system management, improve the efficiency of fault handling and system availability.
Unified monitoring platform is a professional system monitoring platform. It ensures the stable operation of all systems through multi-level system monitoring combined with alarm push and system self-recovery.
The monitoring platform includes four main functions, which are:
1. Multi-level system monitoring
This multi-level system monitoring mainly includes four parts: server monitoring, JVM& microservices monitoring, database monitoring and application-level monitoring to ensure that the process and conditions of various processes such as production operation can be fully mastered to avoid the occurrence of emergencies.
2. Centralized data display
All kinds of data use flexible UI interface for centralized data display to ensure clear and objective data presentation, so that operators can intuitively obtain the data they need in the first time;
3. Alarm convergence and push
The platform supports alarm convergence and specifies alarm grouping rules.
At the same time, alarms can be pushed by email or wechat.
It also supports automatic alarm after the threshold is triggered and manual secondary alarm push. These alarm functions ensure the safety and intelligence of the platform.
4. System self-recovery
When an exception alarm is generated in the target monitoring application, the system automatically routes the alarm and performs the corresponding post-processing actions (ignore, start, restart, or stop) based on the service and alarm level. Improve application sustainability and ensure that system services continue to work normally.
The Unified Monitoring Platform is a comprehensive and professional system monitoring solution designed to ensure the stability and efficient operation of various systems. It leverages multiple layers of system monitoring technology, from infrastructure to applications, to understand the real-time status and performance of the system.
The platform combines alarm push capabilities to deliver potential issues and failures in an efficient and timely manner. Once a system or application is abnormal or malfunctioning, the alarm push mechanism will be activated immediately, and the alarm information will be communicated to the relevant personnel through various channels (such as email, SMS, or telephone voice). This enables troubleshooters to quickly understand the problem and take appropriate action to resolve it in the shortest possible time.
In addition, the unified monitoring platform also has the system self-recovery function. When a system experiences an unplanned shutdown or other failure, the platform can automatically perform the corresponding recovery actions according to preset recovery rules and processes. This may include restarting applications, automatically switching to a backup system, or replacing a failed hardware component. This automated recovery mechanism greatly reduces the need for manual intervention and reduces the impact of system failures on overall business operations.
The construction of a unified monitoring platform needs to consider several factors, including the complexity of the system, business requirements, and monitoring budget. For large enterprises or complex IT environments, this centralized monitoring platform can greatly simplify the complexity of system management, improve the efficiency of fault handling and system availability.
