Predefined Health Rules for Database Monitoring

Database monitoring solution provides the following predefined health rules. You can use these health rules for a particular entity or modify them as custom rules based on your requirements.

The following predefined health rules are specific to the database types and the cloud platforms:

Health Rule Name	Description	Available for Entities	Supported Databases	Platform	Enabled by Default
Database Instance Status V2	Determines the status of database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	Self-hosted AWS Azure	Yes
DB Query Average Response Time V2	Determines if the query average response time is too high	Query Database Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	Self-hosted AWS Azure	No
DB Instance Memory Utilization V2	Determines the memory utilization of the instances	Instance	MSSQL	Self-hosted AWS Azure	No
DB Instance CPU Utilization V2	Determines the CPU utilization of the instances	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	Self-hosted AWS Azure	No
DB Instance Execution Count Per Minute V2	Determines if the instance execution count is too high	Query Database Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	Self-hosted AWS Azu	No
DB Instance Connection V2	Determines if the instance connection is too high	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	Self-hosted AWS Azure	Yes
MSSQL DB Instance Storage Utilization V2	Determines the storage utilization of the instance	Instance	MSSQL	Self-hosted AWS Azure	No
DB Instance Network Transmit Throughput V2	Determines if the network transmit throughput is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Network Receive Throughput V2	Determines if the network receive throughput is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Free Storage Space V2	Determines if the free storage space is too low for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Read Latency V2	Determines if the read latency is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Read Throughput V2	Determines if the read throughput is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Write Latency V2	Determines if the write latency is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
DB Instance Write Throughput V2	Determines if the write throughput is too high for the database instance	Instance	MSSQL MySQL MariaDB Aurora MySQL PostgreSQL Aurora PostgreSQL	AWS	No
Postgresql Database Table Sequential Scans V2	Warning: if sequential scans are greater than one standard deviation from the last 15 days baseline Critical: if sequential scans are greater than two standard deviations from the last 15 days baseline	Table	PostgreSQL	Self-hosted AWS Azure	No
AWS MySQL Aurora Cluster CPU Usage V2	Determines if the CPU utilization is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Deadlocks V2	Determines if there are too many deadlocks for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	Yes
AWS MySQL Aurora Cluster Delete Latency V2	Determines if the delete latency is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Delete Throughput V2	Determines if the delete throughput is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Insert Latency V2	Determines if the insert latency is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Insert Throughput V2	Determines if the insert throughput is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Select Latency V2	Determines if the select latency is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS MySQL Aurora Cluster Select Throughput V2	Determines if the select throughput is too high for the AWS MySQL Aurora cluster	Cluster	Aurora MySQL	AWS	No
AWS PostgreSQL Aurora Cluster CPU Usage V2	Determines if the CPU utilization is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Deadlocks V2	Determines if there are too many deadlocks for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	Yes
AWS PostgreSQL Aurora Cluster Delete Latency V2	Determines if the delete latency is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Delete Throughput V2	Determines if the delete throughput is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Insert Latency V2	Determines if the insert latency is too high for the AWS PostgreSQL Aurora Cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Insert Throughput V2	Determines if the insert throughput is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Select Latency V2	Determines if the select latency is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Cluster Select Throughput V2	Determines if the select throughput is too high for the AWS PostgreSQL Aurora cluster	Cluster	Aurora PostgreSQL	AWS	No
AWS MySQL Aurora Database Instance Buffer Cache Hit Ratio V2	Determines if the buffer cache hit ratio is too low for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	Yes
AWS MySQL Aurora Database Instance DML Throughput V2	Determines if the DML throughput is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Deadlocks V2	Determines if the deadlocks per second count is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	Yes
AWS MySQL Aurora Database Instance Delete Latency V2	Determines if the delete latency is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Insert Latency V2	Determines if the insert latency is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Select Latency V2	Determines if the select Latency is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Update Latency V2	Determines if the update latency is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Delete Throughput V2	Determines if the delete throughput is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Insert Throughput V2	Determines if the insert throughput is too high for the AWS MySQL Aurora Instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Select Throughput V2	Determines if the select throughput is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Update Throughput V2	Determines if the update throughput is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS MySQL Aurora Database Instance Network Throughput V2	Determines if the network throughput is too high for the AWS MySQL Aurora instance	Instance	Aurora MySQL	AWS	No
AWS PostgreSQL Aurora Database Instance Buffer Cache Hit Ratio V2	Determines if the buffer cache hit ratio is too low for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	Yes
AWS PostgreSQL Aurora Database Instance DML Throughput V2	Determines if the DML throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Deadlocks V2	Determines if the deadlocks per second count is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	Yes
AWS PostgreSQL Aurora Database Instance Delete Latency V2	Determines if the delete latency is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Insert Latency V2	Determines if the insert latency is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Select Latency V2	Determines if the select latency is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Update Latency V2	Determines if the update latency is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Delete Throughput V2	Determines if the delete throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Insert Throughput V2	Determines if the insert throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Select Throughput V2	Determines if the select throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Update Throughput V2	Determines if the update throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
AWS PostgreSQL Aurora Database Instance Network Throughput V2	Determines if the network throughput is too high for the AWS PostgreSQL Aurora instance	Instance	Aurora PostgreSQL	AWS	No
Azure Postgres SQL Database Failed Connections Count V2	Determines the failed connections in Azure PostgreSQL database	Instance	PostgreSQL	Azure	Yes
Azure Postgres SQL Database server log used storage in % V2	Determines if the storage utilization is too high for Azure PostgreSQL database	Instance	PostgreSQL	Azure	Yes
Azure SQL Database Failed Connections Count V2	Determines failed connections in Azure SQL Database	Instance	MSSQL	Azure	Yes
Azure SQL Database Memory and IO Usage V2	Determines if the memory or IO Utilization is too high for Azure SQL database	Instance	MSSQL	Azure	No
Azure SQL Database server log used storage in % V2	Determines if the storage utilization is too high for Azure SQL database	Instance	MSSQL	Azure	No

For information about using Health Rules, see Health Rules.