Collect AWS CloudWatch metrics by using the Prometheus CloudWatch exporter

Note:

This document describes the recommended solution for collecting AWSCloudWatch metrics and sending them to Cloud Monitoring.

Use of AWS CloudWatch metrics in Connector projects in Cloud Monitoring wasdeprecated onAugust 21, 2023 and is no longer supported.OnAugust 21, 2024, existing AWS Connector projectswere turned down and metric ingestion was stopped.For more information about this change, seeDeprecation: AWS CloudWatch metrics in Connector projects.

The legacy Monitoring agent and legacy Logging agent onAmazon Elastic Compute Cloud (Amazon EC2) are still supported and aren't beingdeprecated.

This document describes how to use the open source Prometheus CloudWatch exporterand the Ops Agent running on a Compute Engine instance to collect AWSCloudWatch metrics and store them in a Google Cloud project.

This document is intended for developers and system administrators who needto collect AWS CloudWatch metrics. This document describes how to set up thePrometheus CloudWatch exporter to collect AWS CloudWatch metrics.

With Cloud Monitoring, you can view your AWS metrics in the same contextas your Google Cloud metrics. For example, you can create a dashboard withcharts that display CPU utilization for your Amazon EC2 instancesand for your Compute Engine instances. You can also create alertingpolicies to monitor your AWS metrics. For more information, see thefollowing sections:

Before you begin

To collect AWS CloudWatch metrics by using the Prometheus CloudWatch exporter, youneed the following:

  • A Google Cloud project with permissions to do the following:
    • Create a VM
    • Write logs to Cloud Logging
    • Write metrics to Cloud Monitoring
  • An AWS account with AWS credentials that can be used by thePrometheus exporter to fetch metrics.For more information, seeRun the Prometheus exporter.

Create a Compute Engine VM

We recommend creating a Linux Compute Engine VM to use specificallyfor running the Ops Agent and the Prometheus CloudWatch exporter. This VM acts asthe collection site for all AWS metrics.

  1. To create a Debian Linux VM namedaws-exporter-test in a zone that youspecify, run the following command:

    gcloud compute instances create \  --image-project debian-cloud \  --image-family debian-11 \  --zoneZONE \aws-exporter-test

    Configure the command as follows:

    • ReplaceZONE with the zone for your new VM
    • Optional. Replaceaws-exporter-test with different name for your VM.
    Note: This command creates a VM with the default machine type ofn1-standard-1. This machine type has been sufficient for monitoringmodest projects in our testing, but if you are ingesting a large numberof metrics by using the Prometheus CloudWatch exporter, then you might need to usea larger machine. We recommend setting up alerting policies on the CPUand memory usage of this VM to determine whether you need a larger machine.For information about alerting policies, seeCreatemetric-threshold alerting policies.

    For more information about this command, see thegcloud compute instances create reference.

  2. To access your VM so that you can install the Prometheus CloudWatch exporter and theOps Agent, you can use the following command:

    gcloud compute ssh --zoneZONE  --projectPROJECT_IDaws-exporter-test

    Configure the command as follows:

    • ReplaceZONE with the zone in which you created your VM
    • ReplacePROJECT_ID with ID of your Google Cloud project
    • Replaceaws-exporter-test if you created your VM with adifferent name

    For more information about this command, see thegcloud compute ssh reference.

Set up the Prometheus CloudWatch exporter

The following sections describe the procedure for downloading, installing,and configuring the Prometheus CloudWatch exporter on your Compute Engine VM.

Download the Prometheus exporter and the JRE

To run the Prometheus CloudWatch exporter, you need to download the exporter andthe Java Runtime Environment (JRE), version 11 or newer.

  1. To download the JAR file containing the Prometheus CloudWatch exporter, run thefollowing command on your Compute Engine instance:

    curl -sSO https://github.com/prometheus/cloudwatch_exporter/releases/download/v0.15.1/cloudwatch_exporter-0.15.1-jar-with-dependencies.jar

  2. To install the JRE, you can use a command like the following:

    sudo apt install default-jre

Configure the Prometheus exporter

To configure the Prometheus CloudWatch exporter, you create a configuration file forthe AWS service or services from which you want to collect metrics.For general information, see the Prometheus CloudWatch exporterconfigurationdocumentation.

  • Migrating users: If you are migrating your existing AWS CloudWatchmetrics to the Prometheus CloudWatch exporter, then you can use the configuration filesinPrometheus CloudWatch exporter configurations for migration.These configuration files are designed to replicate the existing metrics asclosely as possible, but they do not collect all the metrics availableby using the Prometheus CloudWatch exporter for the AWS services.

  • New users: If you are not migrating existing metrics, we recommend thatyou don't use the migration configurations. See theAWS CloudWatch servicedocumentation for informationabout how to define exporter configurations for other services. You can alsofind additional samples in the Prometheus CloudWatch exporterGitHub repository.

You can combine configuration for multiple AWS services into oneconfiguration file. The examples in this document assume that yourconfiguration file is namedconfig.yml.

Note: The Prometheus CloudWatch exporter defaults to fetching metrics with 10-minutedelay. You can change this value in your exporter configuration; seeTimestamps. AWS CloudWatchreports eventually consistent metrics, and this delay reducesthe chance of recording metric points that might change. Prometheusdoesn't support duplicate reporting of points, so if you change thisvalue and new information tries to change older points, then those changesare rejected.

Run the Prometheus exporter

Before you can run the Prometheus CloudWatch exporter, you must provide theexporter with credentials and authorization.The Prometheus CloudWatch exporter uses the theAWS JavaSDK, which offers ways to provide credentialsby using the following environment variables:

For more information about providing credentials to the SDK,seeAWS SDK for Java 2.x.

You must also have permission to use the CloudWatch API to retrievemetrics, You need the following AWS IAMCloudWatchpermissions:

  • cloudwatch:ListMetrics
  • cloudwatch:GetMetricStatistics
  • cloudwatch:GetMetricData

Using theaws_tag_select feature also requires thetag:GetResourcesAWS IAM permission.

For more information about authorizing access to AWS services, seeAWS Identity and Access Management.

To run the Prometheus CloudWatch exporter, do the following:

  1. To provide credentials for the exporter, set the access-key environmentvariables:

    export AWS_ACCESS_KEY=YOUR_ACCESS_KEYexport AWS_SECRET_ACCESS_KEY=YOUR_SECRET_ACCESS_KEYexport AWS_SESSION_TOKEN=YOUR_SESSION_TOKEN

    Replace theYOUR_KEY variables with your access keys.You need to set theAWS_SESSION_TOKEN environment variable onlyif you are usingtemporary credentials.

  2. To test your configuration, start the exporter and load your configurationfile, run the following command:

    java -jar cloudwatch_exporter-0.15.1-jar-with-dependencies.jar9106config.yml

    Change the port (9106) and configuration-file (config.yml)values if necessary.

    If you modify yourconfig.yml file while the exporter is running,then you can reload the exporter by running the following command:

    curl -X POST localhost:9106/-/reload

    For use in a production environment, you can configure the exporter torestart if the VM restarts. For example, on Debian systems, youcan use the system and service manager,systemd.

Set up the Ops Agent

The following sections describe how to install configure, and startthe Ops Agent. These sections provide minimal set-up information forthe Ops Agent for use with the Prometheus CloudWatch exporter.For more information about these topics, seeOps Agent overview.

Install the Ops Agent

To install the Ops Agent, use the following commands to download andrun the agent's installation script:

curl -sSO https://dl.google.com/cloudagents/add-google-cloud-ops-agent-repo.shsudo bash add-google-cloud-ops-agent-repo.sh --also-install

Configure the Ops Agent

To configure the Ops Agent, you add configuration elements to theagent's user-configuration file. On Linux, the user-configuration fileis/etc/google-cloud-ops-agent/config.yaml.

When you configure the Ops Agent to collect AWS metrics from thePrometheus CloudWatch exporter, you use the agent's Prometheus receiver. Thisdocument describes two basic configurations for the Ops Agent.Select one of the configurations and add it to theuser-configuration file:

sudo vim/etc/google-cloud-ops-agent/config.yaml

Basic configuration for the Ops Agent

The following configuration provides a minimal configuration for theOps Agent. This configuration does the following:

  • Creates a receiver namedaws of typeprometheus. The receiver isconfigured to scrape metrics from theaws_exporter job. Theport specified must match the port on which the Prometheus CloudWatch exporter isexporting metrics; seeRun the Prometheus exporter.

  • Creates a pipeline namedaws_pipeline that uses theaws metrics recevier.

metrics:  receivers:    aws:      type: prometheus      config:        scrape_configs:          - job_name: 'aws_exporter'            scrape_interval: 10s            static_configs:              - targets: ['localhost:9106']  service:    pipelines:      aws_pipeline:        receivers:          - aws

Configuration that drops JVM metrics

The following configuration does everything that the basic configuration does,but it also adds arelabeling config that dropsthe JVM metrics generated by the exporter. Dropping these metrics reduces theingested metric data, but it can make problems with the exporter moredifficult to debug, because you aren't getting the exporter's own metrics:

metrics:  receivers:    aws:      type: prometheus      config:        scrape_configs:          - job_name: 'aws_exporter'            scrape_interval: 10s            static_configs:              - targets: ['localhost:9106']            # Drop the exporter's own JVM metrics to reduce noise.            metric_relabel_configs:              - source_labels: [ __name__ ]                regex: 'jvm_.*'                action: drop  service:    pipelines:      aws_pipeline:        receivers:          - aws

You can create much more complex configurations for the Ops Agent.

Restart the Ops Agent

To apply configuration changes to the Ops Agent, you must restart the agent.

  1. To restart the agent, run the following command on your instance:
    sudo service google-cloud-ops-agent restart
  2. To confirm that the agent restarted, run the following command and verify that the components "Metrics Agent" and "Logging Agent" started:
    sudo systemctl status google-cloud-ops-agent"*"

View metrics in Cloud Monitoring

In Cloud Monitoring, you can query your AWS CloudWatch metrics andcreate charts like you do for any other metrics. From the Metrics Explorerinterface, you can use PromQL or a query-builderinterface. For more information, seeCreate charts with Metrics Explorer.

If you have created charts you that want to keep, then you can save them tocustom dashboards. For more information, seeDashboards overview.

The following chart shows a PromQL query for theaws_ec2_cpuutilization_sum metric for AWS VMs:

The chart shows the result of fetching the aws_ec2_cpuutilization_sum statistic for AWS VMs by using PromQL.

For more information about using PromQL in Cloud Monitoring, seePromQL for Cloud Monitoring.

Alert on metric behavior

In Cloud Monitoring, you can createalerting policies tomonitor your AWS CloudWatch metrics and notify you of spikes, dips, or trendsin metric values.

Monitor multiple regions

The configuration of the Prometheus CloudWatch exporter supports the use of only oneregion per configuration file. If you need to monitor multiple regions, thenwe recommend that you run multiple instances of the Prometheus exporter,one configured for each region you want to monitor. You can run multipleexporters on a single VM, or you can distribute them across VMs. ThePrometheus exporterDocker imagesmight be useful in this situation.

You can configure the Ops Agent running on the Compute Engine VMto scrape multiple Prometheus endpoints. We recommend that, when youconfigure multiple instances of the Prometheus exporter, youuse a differentjob name the scrape config for each, so youcan distinguish the exporter instances if you need to troubleshoot them.

For information about configuring the Ops Agent and the Prometheusreceiver, seeConfigure the Ops Agent.

Cost

Amazon charges for every CloudWatch API request or for every CloudWatchmetric you request; for current pricing, seeAmazon CloudWatchPricing. The Prometheus CloudWatch exporterhas the followingquerycharacteristics,which can affect your Amazon costs:

  • When using theGetMetricStatistics method (default), every metricrequires one API request. Each request can include multiple statistics.
  • When usingaws_dimensions, the exporter must perform API requeststo determine which metrics to request. The number of dimensions requestsis typically negligible in comparison to the number of metric requests.

Cloud Monitoring charges for AWS CloudWatch metrics from thePrometheus exporter by the number of samplesingested. For current pricing, see the Cloud Monitoring sections of theGoogle Cloud Observability pricing page.

Prometheus CloudWatch exporter configurations for migration

This section provides configurations that replicate, as closely aspossible, the AWS service metrics documented in theAWS metrics list. These configurationfiles are intended for use by customers who are migrating to thePrometheus CloudWatch exporter from the legacy solution. If you are setting upthe Prometheus CloudWatch exporter as a new user rather than a migrating user andyou use these configurations, then you are not collecting all the AWSmetrics that the Prometheus CloudWatch exporter makes available.

Note: For some services, there might be minor differences in the dimensionsavailable with the existingAWS service metrics, due todifferences between those service metrics and the equivalents in theAWSCloudWatch service documentation.

To view a sample configuration file for AWS CloudWatch metrics, expand oneof the following sections.

applicationelb.yml

region: us-east-1metrics:- aws_namespace: AWS/ApplicationELB  aws_metric_name: ActiveConnectionCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ClientTLSNegotiationErrorCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ConsumedLCUs  aws_dimensions: [LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: DesyncMitigationMode_NonCompliant_Request_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: DroppedInvalidHeaderRequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: DroppedInvalidHeaderRequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ForwardedInvalidHeaderRequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: GrpcRequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTP_Fixed_Response_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTP_Redirect_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTP_Redirect_Url_Limit_Exceeded_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_3XX_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_4XX_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_5XX_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_500_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_502_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_503_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_ELB_504_Count  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: IPv6ProcessedBytes  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: IPv6RequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: NewConnectionCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: NonStickyRequestCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ProcessedBytes  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: RejectedConnectionCount  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: RequestCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: RuleEvaluations  aws_dimensions: [LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HealthyHostCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_Target_2XX_Count  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_Target_3XX_Count  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_Target_4XX_Count  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HTTPCode_Target_5XX_Count  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: RequestCountPerTarget  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: TargetConnectionErrorCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: TargetResponseTime  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: TargetTLSNegotiationErrorCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: UnHealthyHostCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HealthyStateDNS  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: HealthyStateRouting  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: UnhealthyRoutingRequestCount  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: UnhealthyStateDNS  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: UnhealthyStateRouting  aws_dimensions: [AvailabilityZone, TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: LambdaInternalError  aws_dimensions: [TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: LambdaTargetProcessedBytes  aws_dimensions: [LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: LambdaUserError  aws_dimensions: [TargetGroup, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthError  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthFailure  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthLatency  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthRefreshTokenSuccess  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthSuccess  aws_dimensions: [AvailabilityZone, LoadBalancer]- aws_namespace: AWS/ApplicationELB  aws_metric_name: ELBAuthUserClaimsSizeExceeded  aws_dimensions: [AvailabilityZone, LoadBalancer]

cloudfront.yml

region: us-east-1metrics:- aws_dimensions:  - DistributionId  - Region  aws_metric_name: Requests  aws_namespace: AWS/CloudFront- aws_dimensions:  - DistributionId  - Region  aws_metric_name: BytesDownloaded  aws_namespace: AWS/CloudFront- aws_dimensions:  - DistributionId  - Region  aws_metric_name: BytesUploaded  aws_namespace: AWS/CloudFront- aws_dimensions:  - DistributionId  - Region  aws_metric_name: 4xxErrorRate  aws_namespace: AWS/CloudFront- aws_dimensions:  - DistributionId  - Region  aws_metric_name: 5xxErrorRate  aws_namespace: AWS/CloudFront- aws_dimensions:  - DistributionId  - Region  aws_metric_name: TotalErrorRate  aws_namespace: AWS/CloudFront

dynamodb.yml

region: us-east-1metrics:- aws_dimensions:  - TableName  - GlobalSecondaryIndexName  aws_metric_name: ConsumedReadCapacityUnits  aws_namespace: AWS/DynamoDB  aws_statistics:  - Maximum- aws_dimensions:  - TableName  - GlobalSecondaryIndexName  aws_metric_name: ConsumedWriteCapacityUnits  aws_namespace: AWS/DynamoDB  aws_statistics:  - Maximum- aws_dimensions:  - TableName  - Operation  aws_metric_name: ThrottledRequests  aws_namespace: AWS/DynamoDB  aws_statistics:  - Sum- aws_dimensions:  - TableName  - Operation  aws_metric_name: SystemErrors  aws_namespace: AWS/DynamoDB  aws_statistics:  - Sum- aws_dimensions:  - TableName  - Operation  aws_metric_name: SuccessfulRequestLatency  aws_namespace: AWS/DynamoDB  aws_statistics:  - Maximum- aws_dimensions:  - TableName  - GlobalSecondaryIndexName  aws_metric_name: WriteThrottleEvents  aws_namespace: AWS/DynamoDB  aws_statistics:  - Sum- aws_dimensions:  - TableName  - GlobalSecondaryIndexName  aws_metric_name: ReadThrottleEvents  aws_namespace: AWS/DynamoDB  aws_statistics:  - Sum

ebs.yml

region: us-east-1metrics:- aws_dimensions:  - VolumeId  aws_metric_name: VolumeWriteBytes  aws_namespace: AWS/EBS  aws_statistics:  - Maximum  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeReadBytes  aws_namespace: AWS/EBS  aws_statistics:  - Maximum  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeReadOps  aws_namespace: AWS/EBS  aws_statistics:  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeWriteOps  aws_namespace: AWS/EBS  aws_statistics:  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeTotalReadTime  aws_namespace: AWS/EBS  aws_statistics:  - Sum  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeTotalWriteTime  aws_namespace: AWS/EBS  aws_statistics:  - Sum  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeQueueLength  aws_namespace: AWS/EBS  aws_statistics:  - Average- aws_dimensions:  - VolumeId  aws_metric_name: BurstBalance  aws_namespace: AWS/EBS  aws_statistics:  - Average- aws_dimensions:  - VolumeId  aws_metric_name: VolumeIdleTime  aws_namespace: AWS/EBS  aws_statistics:  - Sum

ec2.yml

region: us-east-1metrics:- aws_dimensions:  - InstanceId  aws_metric_name: CPUUtilization  aws_namespace: AWS/EC2  aws_tag_select:    resource_type_selection: ec2:instance    resource_id_dimension: InstanceId- aws_dimensions:  - InstanceId  aws_metric_name: NetworkIn  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: NetworkOut  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: NetworkPacketsIn  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: NetworkPacketsOut  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: DiskWriteBytes  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: DiskReadBytes  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: CPUCreditBalance  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: CPUCreditUsage  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: StatusCheckFailed  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: StatusCheckFailed_Instance  aws_namespace: AWS/EC2- aws_dimensions:  - InstanceId  aws_metric_name: StatusCheckFailed_System  aws_namespace: AWS/EC2

elasticache.yml

region: us-east-1metrics:- aws_namespace: AWS/ElastiCache  aws_metric_name: ActiveDefragHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: AuthenticationFailures  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: BytesReadIntoMemcached  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: BytesUsedForCache  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: BytesUsedForCacheItems  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: BytesUsedForHash  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: BytesWrittenOutFromMemcached  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CPUCreditBalance  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CPUCreditUsage  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CPUUtilization  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CacheHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CacheMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CasBadval  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CasHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CasMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdConfigGet  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdConfigSet  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdFlush  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdGet  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdSet  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CmdTouch  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CommandAuthorizationFailures  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CrawlerItemsChecked  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CurrConfig  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CurrConnections  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CurrItems  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: CurrVolatileItems  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: DatabaseMemoryUsageCountedForEvictPercentage  aws_dimensions:  - NodeGroupId  - ReplciationGroupId- aws_namespace: AWS/ElastiCache  aws_metric_name: DatabaseMemoryUsagePercentage  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: DecrHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: DecrMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: DeleteHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: DeleteMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: EngineCPUUtilization  aws_dimensions:  - CacheNodeId  - CacheClusterId  - NodeGroupId  - ReplicationGroupId  - Role- aws_namespace: AWS/ElastiCache  aws_metric_name: EvictedUnfetched  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: Evictions  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: ExpiredUnfetched  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: FreeableMemory  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: GetHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: GetMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: IamAuthenticationExpirations  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: IamAuthenticationThrottling  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: IncrHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: IncrMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: IsMaster  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: KeyAuthorizationFailures  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: KeyBasedCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: ListBasedCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: KeysTracked  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: MasterLinkHealthStatus  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: MemoryFragmentationRatio  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkBandwidthInAllowanceExceeded  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkBandwidthOutAllowanceExceeded  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkBytesIn  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkBytesOut  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkConntrackAllowanceExceeded  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkPacketsIn  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkPacketsOut  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NetworkPacketsPerSecondAllowanceExceeded  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NewConnections  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NewItems  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NonKeyTypeCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: NonKeyTypeCmdsLatency  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: Reclaimed  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: ReplicationBytes  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: ReplicationLag  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SetBasedCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SetTypeCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SlabsMoved  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SortedSetBasedCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: StringBasedCmds  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SaveInProgress  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: SwapUsage  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: TouchHits  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: TouchMisses  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: TrafficManagementActive  aws_dimensions:  - CacheNodeId  - CacheClusterId- aws_namespace: AWS/ElastiCache  aws_metric_name: UnusedMemory  aws_dimensions:  - CacheNodeId  - CacheClusterId

elb.yml

region: us-east-1metrics:- aws_dimensions:  - AvailabilityZone  aws_metric_name: BackendConnectionErrors  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_Backend_5XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_Backend_4XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_Backend_3XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_Backend_2XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_ELB_5XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: RequestCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HTTPCode_ELB_4XX  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: Latency  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: SurgeQueueLength  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ActiveFlowCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ActiveFlowCount_TLS  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ProcessedBytes  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ProcessedBytes_TLS  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: HealthyHostCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: UnHealthyHostCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: NewFlowCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: NewFlowCount_TLS  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: TCP_Client_Reset_Count  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: TCP_Target_Reset_Count  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: TCP_ELB_Reset_Count  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ClientTLSNegotiationErrorCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: TargetTLSNegotiationErrorCount  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: ConsumedLCUs  aws_namespace: AWS/ELB- aws_dimensions:  - AvailabilityZone  aws_metric_name: SpilloverCount  aws_namespace: AWS/ELB

kinesis.yml

region: us-east-2metrics:- aws_dimensions:  - StreamName   aws_metric_name: IncomingBytes  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecord.Bytes  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecords.Bytes  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Latency  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecord.Success  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecords.Success  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Latency  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecord.Latency  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: PutRecords.Latency  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Latency  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Records  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Bytes  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.Success  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: GetRecords.IteratorAgeMilliseconds  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: IncomingRecords  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: IncomingBytes  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: WriteProvisionedThroughputExceeded  aws_namespace: AWS/Kinesis- aws_dimensions:  - StreamName  aws_metric_name: ReadProvisionedThroughputExceeded    aws_namespace: AWS/Kinesis

lambda.yml

region: us-east-1metrics:- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: Invocations  aws_namespace: AWS/Lambda- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: Errors  aws_namespace: AWS/Lambda- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: Duration  aws_namespace: AWS/Lambda- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: Throttles  aws_namespace: AWS/Lambda- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: ConcurrentExecutions  aws_namespace: AWS/Lambda- aws_dimensions:  - FunctionName  - Resource  aws_metric_name: UnreservedConcurrentExecutions  aws_namespace: AWS/Lambda

networkelb.yml

region: us-east-1metrics:- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ActiveFlowCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ActiveFlowCount_TCP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ActiveFlowCount_UDP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ClientTLSNegotiationErrorCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - LoadBalancer  aws_metric_name: ConsumedLCUs  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - LoadBalancer  aws_metric_name: ConsumedLCUs_TCP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - LoadBalancer  aws_metric_name: ConsumedLCUs_TLS  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - LoadBalancer  aws_metric_name: ConsumedLCUs_UDP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Average- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: HealthyHostCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Minimum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: NewFlowCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: NewFlowCount_TCP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: NewFlowCount_TLS  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: NewFlowCount_UDP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ProcessedBytes  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ProcessedBytes_TLS  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ProcessedBytes_UDP  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: ProcessedPackets  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: TargetTLSNegotiationErrorCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: TCP_Client_Reset_Count  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: TCP_Target_Reset_Count  aws_namespace: AWS/NetworkELB  aws_statistics:  - Sum- aws_dimensions:  - AvailabilityZone  - LoadBalancer  - TargetGroup  aws_metric_name: UnHealthyHostCount  aws_namespace: AWS/NetworkELB  aws_statistics:  - Maximum

rds.yml

region: us-east-1metrics:- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: BinLogDiskUsage   aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: DatabaseConnections  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: FreeStorageSpace  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: FreeableMemory  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: ReadIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: WriteIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: ReadLatency  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: WriteLatency  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: ReadThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: WriteThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: CPUCreditUsage  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: ReplicaLag  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: CPUUtilization  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: CPUCreditBalance  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: DiskQueueDepth  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: NetworkTransmitThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: NetworkReceiveThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: TransactionLogsDiskUsage  aws_namespace: AWS/RDS- aws_dimensions:  - DBInstanceIdentifier  aws_metric_name: SwapUsage  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: BinLogDiskUsage   aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: DatabaseConnections  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: FreeStorageSpace  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: FreeableMemory  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: ReadIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: WriteIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: ReadLatency  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: WriteLatency  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: ReadThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: WriteThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: CPUCreditUsage  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: ReplicaLag  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: CPUUtilization  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: CPUCreditBalance  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: DiskQueueDepth  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: NetworkTransmitThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: NetworkReceiveThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: TransactionLogsDiskUsage  aws_namespace: AWS/RDS- aws_dimensions:  - EngineName  aws_metric_name: SwapUsage  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: BinLogDiskUsage   aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: DatabaseConnections  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: FreeStorageSpace  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: FreeableMemory  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: ReadIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: WriteIOPS  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: ReadLatency  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: WriteLatency  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: ReadThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: WriteThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: CPUCreditUsage  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: ReplicaLag  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: CPUUtilization  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: CPUCreditBalance  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: DiskQueueDepth  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: NetworkTransmitThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: NetworkReceiveThroughput  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: TransactionLogsDiskUsage  aws_namespace: AWS/RDS- aws_dimensions:  - DatabaseClass  aws_metric_name: SwapUsage  aws_namespace: AWS/RDS

redshift.yml

region: us-east-2metrics:- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: HealthStatus  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: CPUUtilization  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: DatabaseConnections  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: MaintenanceMode  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: NetworkReceiveThroughput  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: NetworkTransmitThroughput  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: ReadIOPS  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: WriteIOPS  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: ReadLatency  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: WriteLatency  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: ReadThroughput  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: WriteThroughput  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: QueryDuration  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: QueriesCompletedPerSecond  aws_namespace: AWS/Redshift- aws_dimensions:  - ClusterIdentifier  - NodeID  aws_metric_name: PercentageDiskSpaceUsed  aws_namespace: AWS/Redshift

s3.yml

region: us-east-1metrics:- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: 4xxErrors  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: 5xxErrors  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: AllRequests  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: FirstByteLatency  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: TotalRequestLatency  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: BytesDownloaded  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: BytesUploaded  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: PutRequests  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: ListRequests  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: HeadRequests  aws_namespace: AWS/S3- aws_dimensions:  - BucketName  - FilterId  aws_metric_name: GetRequests  aws_namespace: AWS/S3- aws_namespace: AWS/S3  aws_metric_name: BucketSizeBytes  aws_dimensions: [BucketName, StorageType]  range_seconds: 172800  period_seconds: 86400  set_timestamp: false- aws_namespace: AWS/S3  aws_metric_name: NumberOfObjects  aws_dimensions: [BucketName, StorageType]  range_seconds: 172800  period_seconds: 86400  set_timestamp: false  # In case you want to use some bucket level Tag to select buckets to monitor,  # or to have additional `info` metric with all bucket Tags as labels, use `aws_tag_select`:  aws_tag_select:    tag_selections:      Monitoring: ["enabled"]    resource_type_selection: "s3:"    resource_id_dimension: BucketName

ses.yml

region: us-east-1metrics:- aws_namespace: AWS/SES  aws_metric_name: Bounce  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Complaint  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Delivery  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Reputation.BounceRate  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Reputation.ComplaintRate  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Send  aws_dimensions: []  aws_statistics: []- aws_namespace: AWS/SES  aws_metric_name: Reject  aws_dimensions: []  aws_statistics: []

sns.yml

region: us-east-1metrics:- aws_dimensions:  - TopicName  - Platform  aws_metric_name: NumberOfMessagesPublished  aws_namespace: AWS/SNS  aws_statistics:  - Sum- aws_dimensions:  - TopicName  - Platform  aws_metric_name: NumberOfNotificationsDelivered  aws_namespace: AWS/SNS  aws_statistics:  - Sum- aws_dimensions:  - TopicName  - Platform  aws_metric_name: NumberOfNotificationsFailed  aws_namespace: AWS/SNS  aws_statistics:  - Sum- aws_dimensions:  - TopicName  - Platform  aws_metric_name: PublishSize  aws_namespace: AWS/SNS  aws_statistics:  - Average  - Sum  - Maximum  - Minimum  - Count- aws_dimensions:  - TopicName  - Platform  aws_metric_name: NumberOfNotificationsFilteredOut  aws_namespace: AWS/SNS  aws_statistics:  - Sum

sqs.yml

region: us-east-1metrics:- aws_dimensions:  - QueueName  aws_metric_name: NumberOfMessagesSent  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: NumberOfMessagesReceived  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: NumberOfEmptyReceives  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: NumberOfMessagesDeleted  aws_namespace: AWS/SQS  aws_statistics:  - Average- aws_dimensions:  - QueueName  aws_metric_name: ApproximateNumberOfMessagesDelayed  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: ApproximateAgeOfOldestMessage  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: ApproximateNumberOfMessagesNotVisible  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: ApproximateNumberOfMessagesVisible  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum- aws_dimensions:  - QueueName  aws_metric_name: SentMessageSize  aws_namespace: AWS/SQS  aws_statistics:  - Average  - Minimum  - Maximum  - SampleCount  - Sum

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Last updated 2025-12-15 UTC.