InfluxDB instances can be created in a few minutes after information such as region, specification, network and others are selected through the InfluxDB Console.
Support expansion and shrinkage, can upgrade or degrade the instance configuration as needed according to business conditions to improve the resource utilization rate and reduce the use cost.
Data are saved in the form of three replicas, and automatic disaster recovery switching of the data layer can be completed at the second level; the service layer is in the single node high availability mode, and disaster recovery switching can be completed automatically within several minutes in case the service breaks down.
The instance is deployed in a user customized VPC, and network isolation protection is performed directly at the TCP layer to ensure data security.
The IP White List that can be accessed through user customization is supported, and security control is carried out from the access source.
SSL Encryption is supported to further enhance the security in data transmission.
The TSDS Console provides rich monitoring information, including CPUs, memories, buckets, IOPS, etc. You can view the running status of instances at any time.
You can set alarm rules based on monitoring items. When the monitoring item reaches the set threshold, the system will send you alarm information via SMS and email.
InfluxDB supports high performance time series data writing and analysis, s suitable for monitoring scenarios of IoT devices, collects monitoring indicators of user’s IoT devices via the IoT platform and writes all original data to InfluxDB. With diversified analysis functions, time series data generated by IoT devices can be quickly analyzed and outputted to the monitoring system for visual monitoring.
Immediacy and stability of Internet service is the key indicator of service capacity. InfluxDB is suitable for storage and analysis of these data. System analysis and data exhibition can be achieved by writing business service logs and system monitoring indicators into Kafka, storing real-time computing results for business rules and accessing InfluxDB database via the business monitoring system.
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