Amazon Elasticsearch Service is a fully managed service that is easy to deploy, easy to secure, and cost effective at scale.
Features include:
- Support for the tools that build, monitor, and troubleshoot your applications at the scale that you need.
- Support for open source Elasticsearch APIs, managed Kibana, integration with Logstash and other AWS services, and built-in alerting and SQL querying.
- Pay for only what is used with no upfront costs or usage requirements. For example, you can get the ELK stack that you need, without the operational overhead.
Use the AWS public cloud integration to discover and collect metrics against the AWS service.
External reference
What Is Amazon Elasticsearch Service?
Setup
To set up the AWS integration and discover the AWS service, go to AWS Integration Discovery Profile and select Elastic Search Service.
Event support
CloudTrail event support
- Supported
- Configurable in OpsRamp AWS Integration Discovery Profile.
CloudWatch alarm support
- Not Supported
Supported metrics
| OpsRamp Metric | AWS Metric | Metric Display Name | Unit | Aggregation Type |
|---|---|---|---|---|
| aws_es_Nodes Number of nodes in the Amazon ES cluster. | Nodes | Nodes | Count | Maximum |
| aws_es_SearchableDocuments Total number of searchable documents across all indices in the cluster. | SearchableDocuments | SearchableDocuments | Count | Average |
| aws_es_DeletedDocuments Total number of deleted documents across all indices in the cluster. | DeletedDocuments | DeletedDocuments | Count | Average |
| aws_es_CPUUtilization Maximum percentage of CPU resources used for data nodes in the cluster. | CPUUtilization | CPUUtilization.es | Percent | Average |
| aws_es_FreeStorageSpace Free space, in megabytes, for all data nodes in the cluster. | FreeStorageSpace | FreeStorageSpace.es | Megabytes | Sum |
| aws_es_ClusterUsedSpace Total used space, in megabytes, for a cluster. | ClusterUsedSpace | ClusterUsedSpace | Megabytes | Minimum |
| aws_es_ClusterIndexWritesBlocked Indicates whether the cluster is accepting or blocking incoming write requests. | ClusterIndexWritesBlocked | ClusterIndexWritesBlocked | Count | Maximum |
| aws_es_JVMMemoryPressure Maximum percentage of the Java heap used for all data nodes in the cluster. | JVMMemoryPressure | JVMMemoryPressure | Percent | Maximum |
| aws_es_AutomatedSnapshotFailure Number of failed automated snapshots for the cluster. | AutomatedSnapshotFailure | AutomatedSnapshotFailure | Count | Maximum |
| aws_es_CPUCreditBalance Remaining CPU credits available for data nodes in the cluster. | CPUCreditBalance | CPUCreditBalance.es | Count | Minimum |
| aws_es_KibanaHealthyNodes Health check for Kibana. | OpenSearchDashboardsHealthyNodes | KibanaHealthyNodes | Count | Average |
| aws_es_MasterCPUUtilization Maximum percentage of CPU resources used by the dedicated master nodes. | MasterCPUUtilization | MasterCPUUtilization | Percent | Maximum |
| aws_es_MasterJVMMemoryPressure Maximum percentage of the Java heap used for all dedicated master nodes in the cluster. | MasterJVMMemoryPressure | MasterJVMMemoryPressure | Percent | Maximum |
| aws_es_MasterCPUCreditBalance Remaining CPU credits available for dedicated master nodes in the cluster. | MasterCPUCreditBalance | MasterCPUCreditBalance | Count | Minimum |
| aws_es_MasterReachableFromNode Health check for MasterNotDiscovered exceptions. Value of 1 indicates normal behavior. | MasterReachableFromNode | MasterReachableFromNode | Count | Minimum |
| aws_es_ClusterStatus_green_es Indicates that all index shards are allocated to nodes in the cluster. | ClusterStatus.green | ClusterStatus.green.es | Count | Maximum |
| aws_es_ClusterStatus_yellow_es Indicates that the primary shards for all indices are allocated to nodes in a cluster, but the replica shards for at least one index are not. | ClusterStatus.yellow | ClusterStatus.yellow.es | Count | Maximum |
| aws_es_ClusterStatus_red_es Indicates that the primary and replica shards of at least one index are not allocated to nodes in a cluster. | ClusterStatus.red | ClusterStatus.red.es | Count | Maximum |
| aws_es_2xx Number of requests to the domain that resulted in the given HTTP response code 2xx. | 2xx | 2xx | Count | Sum |
| aws_es_3xx Number of requests to the domain that resulted in the given HTTP response code 3xx. | 3xx | 3xx | Count | Sum |
| aws_es_4xx Number of requests to the domain that resulted in the given HTTP response code 4xx. | 4xx | 4xx | Count | Sum |
| aws_es_5xx Number of requests to the domain that resulted in the given HTTP response code 5xx. | 5xx | 5xx | Count | Sum |
| aws_es_AlertingDegraded Value of 1 means that the alerting index is red or one or more nodes is not on schedule. Value of 0 indicates normal behavior. | AlertingDegraded | AlertingDegraded | Count | Maximum |
| aws_es_AlertingIndexExists Value of 1 means the .opendistro-alerting-config index exists. Value of 0 means it does not. Until you use the alerting feature for the first time, this value remains 0. | AlertingIndexExists | AlertingIndexExists | Count | Maximum |
| aws_es_AlertingIndexStatus_green Health of the index. Value of 1 means green. Value of 0 means that the index doesnt exist or isnt green. | AlertingIndexStatus.green | AlertingIndexStatus.green | Count | Maximum |
| aws_es_AlertingIndexStatus_red Health of the index. Value of 1 means red. Value of 0 means that the index does notexist or is not red. | AlertingIndexStatus.red | AlertingIndexStatus.red | Count | Maximum |
| aws_es_AlertingIndexStatus_yellow Health of the index. Value of 1 means yellow. Value of 0 means that the index does not exist or is not yellow. | AlertingIndexStatus.yellow | AlertingIndexStatus.yellow | Count | Maximum |
| aws_es_AlertingNodesNotOnSchedule Value of 1 means some jobs are not running on schedule. Value of 0 means that all alerting jobs are running on schedule (or that no alerting jobs exist). Check the Amazon ES console or make a _nodes/stats request to see if any nodes show high resource usage. | AlertingNodesNotOnSchedule | AlertingNodesNotOnSchedule | Count | Maximum |
| aws_es_AlertingNodesOnSchedule Value of 1 means that all alerting jobs are running on schedule (or that no alerting jobs exist). Value of 0 means some jobs are not running on schedule. | AlertingNodesOnSchedule | AlertingNodesOnSchedule | Count | Maximum |
| aws_es_SQLUnhealthy Value of 1 indicates that, in response to certain requests, the SQL plugin is returning 5xx response codes or passing invalid query DSL to Elasticsearch. Other requests should continue to succeed. Value of 0 indicates no recent failures. If a sustained value of 1 is displayed, troubleshoot the requests that clients are making to the plugin. | SQLUnhealthy | SQLUnhealthy | Count | Maximum |
| aws_es_SQLRequestCount Number of requests to the Open Distro SQL API. | SQLRequestCount | SQLRequestCount | Count | Sum |
| aws_es_AlertingScheduledJobEnabled Value of 1 means that the opendistro.scheduled_jobs.enabled cluster setting is true. Value of 0 means it is false and scheduled jobs are disabled. | AlertingScheduledJobEnabled | AlertingScheduledJobEnabled | Count | Maximum |
| aws_es_SQLFailedRequestCountBySysErr Number of requests to the Open Distro SQL API API that failed due to a server problem or feature limitation. For example, a request might return HTTP status code 503 due to a VerificationException. | SQLFailedRequestCountBySysErr | SQLFailedRequestCountBySysErr | Count | Sum |
| aws_es_SQLFailedRequestCountByCusErr Number of requests to the Open Distro SQL API that failed due to a client issue. For example, a request might return HTTP status code 400 due to an IndexNotFoundException. | SQLFailedRequestCountByCusErr | SQLFailedRequestCountByCusErr | Count | Sum |