Strimzi integration metrics

The official Datadog integration for monitoring Strimzi. It collects 205 metrics.

Definitions as of 2026-10-01

Official summary

Strimzi

Metric types

gauge (value at a point in time): 107
count (occurrences in the interval): 98

Metrics

Descriptions are the official definitions, unedited.

Metric	Type	Unit
`strimzi.cluster_operator.jvm.buffer.count_buffers`An estimate of the number of buffers in the pool.	gauge	-
`strimzi.cluster_operator.jvm.buffer.memory_used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.cluster_operator.jvm.buffer.total_capacity_bytes`An estimate of the total capacity of the buffers in this pool.	gauge	byte
`strimzi.cluster_operator.jvm.classes.loaded_classes`The number of classes that are currently loaded in the Java virtual machine.	gauge	-
`strimzi.cluster_operator.jvm.classes.unloaded_classes.count`The total number of classes unloaded since the Java virtual machine has started execution.	count	-
`strimzi.cluster_operator.jvm.gc.live_data_size_bytes`Size of long-lived heap memory pool after reclamation.	gauge	byte
`strimzi.cluster_operator.jvm.gc.max_data_size_bytes`Max size of long-lived heap memory pool.	gauge	byte
`strimzi.cluster_operator.jvm.gc.memory_allocated_bytes.count`Incremented for an increase in the size of the (young) heap memory pool after one GC.	count	-
`strimzi.cluster_operator.jvm.gc.memory_promoted_bytes.count`Count of positive increases in the size of the old generation memory pool before GC to after GC.	count	-
`strimzi.cluster_operator.jvm.gc.pause_seconds.count`Time spent in GC pause.	count	-
`strimzi.cluster_operator.jvm.gc.pause_seconds.max`Max time spent in GC pause.	gauge	-
`strimzi.cluster_operator.jvm.gc.pause_seconds.quantile`Quantile of time spent in GC pause.	gauge	-
`strimzi.cluster_operator.jvm.gc.pause_seconds.sum`Sum of time spent in GC pause.	count	-
`strimzi.cluster_operator.jvm.memory.committed_bytes`The amount of memory in bytes that is committed for the Java virtual machine to use.	gauge	-
`strimzi.cluster_operator.jvm.memory.max_bytes`The maximum amount of memory in bytes that can be used for memory management.	gauge	byte
`strimzi.cluster_operator.jvm.memory.used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.cluster_operator.jvm.threads.daemon_threads`The current number of live daemon threads.	gauge	-
`strimzi.cluster_operator.jvm.threads.live_threads`The current number of live threads including both daemon and non-daemon threads.	gauge	-
`strimzi.cluster_operator.jvm.threads.peak_threads`The peak live thread count since the Java virtual machine started or peak was reset.	gauge	-
`strimzi.cluster_operator.jvm.threads.states_threads`The current number of threads.	gauge	-
`strimzi.cluster_operator.process.cpu_usage`The recent cpu usage for the Java Virtual Machine process.	gauge	-
`strimzi.cluster_operator.reconciliations.already_enqueued.count`Number of reconciliations skipped because another reconciliation for the same resource was still running.	count	-
`strimzi.cluster_operator.reconciliations.count`Number of reconciliations done by the operator for individual resources	count	-
`strimzi.cluster_operator.reconciliations.duration_seconds.bucket`The time the reconciliation takes to complete.	count	second
`strimzi.cluster_operator.reconciliations.duration_seconds.count`The time the reconciliation takes to complete.	count	-
`strimzi.cluster_operator.reconciliations.duration_seconds.max`The maximum time the reconciliation takes to complete.	gauge	second
`strimzi.cluster_operator.reconciliations.duration_seconds.sum`The time the reconciliation takes to complete.	count	second
`strimzi.cluster_operator.reconciliations.failed.count`Number of reconciliations done by the operator for individual resources which failed.	count	-
`strimzi.cluster_operator.reconciliations.locked.count`Number of reconciliations skipped because another reconciliation for the same resource was still running.	count	-
`strimzi.cluster_operator.reconciliations.periodical.count`Number of periodical reconciliations done by the operator.	count	-
`strimzi.cluster_operator.reconciliations.successful.count`Number of reconciliations done by the operator for individual resources which were successful.	count	-
`strimzi.cluster_operator.resource.state`Current state of the resource: 1 ready, 0 fail.	gauge	-
`strimzi.cluster_operator.resources`Number of custom resources the operator sees.	gauge	-
`strimzi.cluster_operator.resources.paused`Number of custom resources the operator sees but does not reconcile due to paused reconciliations.	gauge	-
`strimzi.cluster_operator.system.cpu_count`The number of processors available to the Java virtual machine	gauge	-
`strimzi.cluster_operator.system.cpu_usage`The recent cpu usage of the system the application is running in.	gauge	-
`strimzi.cluster_operator.system.load_average_1m`The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time.	gauge	-
`strimzi.cluster_operator.vertx.http_client.active_connections`Number of connections to the remote host currently opened.	gauge	-
`strimzi.cluster_operator.vertx.http_client.active_requests`Number of requests being processed, waiting for a response.	gauge	-
`strimzi.cluster_operator.vertx.http_client.active_ws_connections`Number of websockets currently opened.	gauge	-
`strimzi.cluster_operator.vertx.http_client.bytes_read.count`Number of bytes received from the remote host.	count	byte
`strimzi.cluster_operator.vertx.http_client.bytes_written.count`Number of bytes sent to the remote host.	count	byte
`strimzi.cluster_operator.vertx.http_client.errors.count`Number of errors.	count	-
`strimzi.cluster_operator.vertx.http_client.queue_pending`Number of pending elements in queue.	gauge	-
`strimzi.cluster_operator.vertx.http_client.queue_time_seconds.count`Time spent in queue before being processed, in seconds.	count	-
`strimzi.cluster_operator.vertx.http_client.queue_time_seconds.max`Time spent in queue before being processed, in seconds.	gauge	second
`strimzi.cluster_operator.vertx.http_client.queue_time_seconds.sum`Time spent in queue before being processed, in seconds.	count	second
`strimzi.cluster_operator.vertx.http_client.request_bytes.count`Size in bytes of the requests.	count	-
`strimzi.cluster_operator.vertx.http_client.request_bytes.max`Size in bytes of the requests.	gauge	byte
`strimzi.cluster_operator.vertx.http_client.request_bytes.sum`Size in bytes of the requests.	count	byte
`strimzi.cluster_operator.vertx.http_client.requests.count`Number of requests sent.	count	-
`strimzi.cluster_operator.vertx.http_client.response_bytes.count`Size in bytes of the responses.	count	-
`strimzi.cluster_operator.vertx.http_client.response_bytes.max`Size in bytes of the responses.	gauge	byte
`strimzi.cluster_operator.vertx.http_client.response_bytes.sum`Size in bytes of the responses.	count	byte
`strimzi.cluster_operator.vertx.http_client.response_time_seconds.count`Response time in seconds.	count	-
`strimzi.cluster_operator.vertx.http_client.response_time_seconds.max`Response time in seconds.	gauge	second
`strimzi.cluster_operator.vertx.http_client.response_time_seconds.sum`Response time in seconds.	count	second
`strimzi.cluster_operator.vertx.http_client.responses.count`Number of received responses.	count	-
`strimzi.cluster_operator.vertx.http_server.active_connections`Number of opened connections to the HTTP Server.	gauge	-
`strimzi.cluster_operator.vertx.http_server.active_requests`Number of requests being processed.	gauge	-
`strimzi.cluster_operator.vertx.http_server.active_ws_connections`Number of websockets currently opened.	gauge	-
`strimzi.cluster_operator.vertx.http_server.bytes_read.count`Number of bytes received by the HTTP Server.	count	byte
`strimzi.cluster_operator.vertx.http_server.bytes_written.count`Number of bytes sent by the HTTP Server.	count	byte
`strimzi.cluster_operator.vertx.http_server.errors.count`Number of errors.	count	-
`strimzi.cluster_operator.vertx.http_server.request_bytes.count`Size in bytes of the requests.	count	-
`strimzi.cluster_operator.vertx.http_server.request_bytes.max`Size in bytes of the requests.	gauge	byte
`strimzi.cluster_operator.vertx.http_server.request_bytes.sum`Size in bytes of the requests.	count	byte
`strimzi.cluster_operator.vertx.http_server.request_resets.count`Number of request resets.	count	-
`strimzi.cluster_operator.vertx.http_server.requests.count`Number of processed requests.	count	-
`strimzi.cluster_operator.vertx.http_server.response_bytes.count`Size in bytes of the responses.	count	-
`strimzi.cluster_operator.vertx.http_server.response_bytes.max`Size in bytes of the responses.	gauge	byte
`strimzi.cluster_operator.vertx.http_server.response_bytes.sum`Size in bytes of the responses.	count	byte
`strimzi.cluster_operator.vertx.http_server.response_time_seconds.count`Request processing time in seconds.	count	-
`strimzi.cluster_operator.vertx.http_server.response_time_seconds.max`Request processing time in seconds.	gauge	second
`strimzi.cluster_operator.vertx.http_server.response_time_seconds.sum`Request processing time in seconds.	count	second
`strimzi.cluster_operator.vertx.pool.completed.count`Number of elements done with the resource (i.e. total number of tasks executed for worker pools).	count	-
`strimzi.cluster_operator.vertx.pool.in_use`Number of resources used.	gauge	-
`strimzi.cluster_operator.vertx.pool.queue_pending`Number of pending elements in queue.	gauge	-
`strimzi.cluster_operator.vertx.pool.queue_time_seconds.count`Time spent in queue before being processed, in seconds.	count	-
`strimzi.cluster_operator.vertx.pool.queue_time_seconds.max`Time spent in queue before being processed, in seconds.	gauge	second
`strimzi.cluster_operator.vertx.pool.queue_time_seconds.sum`Time spent in queue before being processed, in seconds.	count	second
`strimzi.cluster_operator.vertx.pool.ratio`Pool usage ratio, only present if maximum pool size could be determined.	gauge	-
`strimzi.cluster_operator.vertx.pool.usage_seconds.count`Time using a resource (i.e. processing time for worker pools).	count	-
`strimzi.cluster_operator.vertx.pool.usage_seconds.max`Time using a resource (i.e. processing time for worker pools).	gauge	second
`strimzi.cluster_operator.vertx.pool.usage_seconds.sum`Time using a resource (i.e. processing time for worker pools).	count	second
`strimzi.topic_operator.jvm.buffer.count_buffers`An estimate of the number of buffers in the pool.	gauge	-
`strimzi.topic_operator.jvm.buffer.memory_used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.topic_operator.jvm.buffer.total_capacity_bytes`An estimate of the total capacity of the buffers in this pool.	gauge	byte
`strimzi.topic_operator.jvm.classes.loaded_classes`The number of classes that are currently loaded in the Java virtual machine.	gauge	-
`strimzi.topic_operator.jvm.classes.unloaded_classes.count`The total number of classes unloaded since the Java virtual machine has started execution.	count	-
`strimzi.topic_operator.jvm.gc.live_data_size_bytes`Size of long-lived heap memory pool after reclamation.	gauge	byte
`strimzi.topic_operator.jvm.gc.max_data_size_bytes`Max size of long-lived heap memory pool.	gauge	byte
`strimzi.topic_operator.jvm.gc.memory_allocated_bytes.count`Incremented for an increase in the size of the (young) heap memory pool after one GC.	count	-
`strimzi.topic_operator.jvm.gc.memory_promoted_bytes.count`Count of positive increases in the size of the old generation memory pool before GC to after GC.	count	-
`strimzi.topic_operator.jvm.gc.pause_seconds.count`Time spent in GC pause.	count	-
`strimzi.topic_operator.jvm.gc.pause_seconds.max`Max time spent in GC pause.	gauge	-
`strimzi.topic_operator.jvm.gc.pause_seconds.quantile`Quantile of time spent in GC pause.	gauge	-
`strimzi.topic_operator.jvm.gc.pause_seconds.sum`Sum of time spent in GC pause.	count	-
`strimzi.topic_operator.jvm.memory.committed_bytes`The amount of memory in bytes that is committed for the Java virtual machine to use.	gauge	-
`strimzi.topic_operator.jvm.memory.max_bytes`The maximum amount of memory in bytes that can be used for memory management.	gauge	byte
`strimzi.topic_operator.jvm.memory.used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.topic_operator.jvm.threads.daemon_threads`The current number of live daemon threads.	gauge	-
`strimzi.topic_operator.jvm.threads.live_threads`The current number of live threads including both daemon and non-daemon threads.	gauge	-
`strimzi.topic_operator.jvm.threads.peak_threads`The peak live thread count since the Java virtual machine started or peak was reset.	gauge	-
`strimzi.topic_operator.jvm.threads.states_threads`The current number of threads	gauge	-
`strimzi.topic_operator.process.cpu_usage`The recent cpu usage for the Java Virtual Machine process.	gauge	-
`strimzi.topic_operator.reconciliations.count`Number of reconciliations done by the operator for individual resources	count	-
`strimzi.topic_operator.reconciliations.duration_seconds.bucket`The time the reconciliation takes to complete.	count	second
`strimzi.topic_operator.reconciliations.duration_seconds.count`The time the reconciliation takes to complete.	count	-
`strimzi.topic_operator.reconciliations.duration_seconds.max`The maximum time the reconciliation takes to complete.	gauge	second
`strimzi.topic_operator.reconciliations.duration_seconds.sum`The time the reconciliation takes to complete.	count	second
`strimzi.topic_operator.reconciliations.failed.count`Number of reconciliations done by the operator for individual resources which failed.	count	-
`strimzi.topic_operator.reconciliations.locked.count`Number of reconciliations skipped because another reconciliation for the same resource was still running.	count	-
`strimzi.topic_operator.reconciliations.periodical.count`Number of periodical reconciliations done by the operator.	count	-
`strimzi.topic_operator.reconciliations.successful.count`Number of reconciliations done by the operator for individual resources which were successful.	count	-
`strimzi.topic_operator.resource.state`Current state of the resource: 1 ready, 0 fail.	gauge	-
`strimzi.topic_operator.resources`Number of custom resources the operator sees.	gauge	-
`strimzi.topic_operator.resources.paused`Number of custom resources the operator sees but does not reconcile due to paused reconciliations.	gauge	-
`strimzi.topic_operator.system.cpu_count`The number of processors available to the Java virtual machine	gauge	-
`strimzi.topic_operator.system.cpu_usage`The recent cpu usage of the system the application is running in	gauge	-
`strimzi.topic_operator.system.load_average_1m`The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time.	gauge	-
`strimzi.topic_operator.vertx.http_client.active_connections`Number of connections to the remote host currently opened.	gauge	-
`strimzi.topic_operator.vertx.http_client.active_requests`Number of requests being processed, waiting for a response.	gauge	-
`strimzi.topic_operator.vertx.http_client.active_ws_connections`Number of websockets currently opened.	gauge	-
`strimzi.topic_operator.vertx.http_client.bytes_read.count`Number of bytes received from the remote host.	count	byte
`strimzi.topic_operator.vertx.http_client.bytes_written.count`Number of bytes sent to the remote host.	count	byte
`strimzi.topic_operator.vertx.http_client.errors.count`Number of errors.	count	-
`strimzi.topic_operator.vertx.http_client.queue_pending`Number of pending elements in queue.	gauge	-
`strimzi.topic_operator.vertx.http_client.queue_time_seconds.count`Time spent in queue before being processed, in seconds.	count	-
`strimzi.topic_operator.vertx.http_client.queue_time_seconds.max`Time spent in queue before being processed, in seconds.	gauge	second
`strimzi.topic_operator.vertx.http_client.queue_time_seconds.sum`Time spent in queue before being processed, in seconds.	count	second
`strimzi.topic_operator.vertx.http_client.request_bytes.count`Size in bytes of the requests.	count	-
`strimzi.topic_operator.vertx.http_client.request_bytes.max`Size in bytes of the requests.	gauge	byte
`strimzi.topic_operator.vertx.http_client.request_bytes.sum`Size in bytes of the requests.	count	byte
`strimzi.topic_operator.vertx.http_client.requests.count`Number of requests sent.	count	-
`strimzi.topic_operator.vertx.http_client.response_bytes.count`Size in bytes of the responses.	count	-
`strimzi.topic_operator.vertx.http_client.response_bytes.max`Size in bytes of the responses.	gauge	byte
`strimzi.topic_operator.vertx.http_client.response_bytes.sum`Size in bytes of the responses.	count	byte
`strimzi.topic_operator.vertx.http_client.response_time_seconds.count`Response time in seconds.	count	-
`strimzi.topic_operator.vertx.http_client.response_time_seconds.max`Response time in seconds.	gauge	second
`strimzi.topic_operator.vertx.http_client.response_time_seconds.sum`Response time in seconds.	count	second
`strimzi.topic_operator.vertx.http_client.responses.count`Number of received responses.	count	-
`strimzi.topic_operator.vertx.http_server.active_connections`Number of opened connections to the HTTP Server.	gauge	-
`strimzi.topic_operator.vertx.http_server.active_requests`Number of requests being processed.	gauge	-
`strimzi.topic_operator.vertx.http_server.active_ws_connections`Number of websockets currently opened.	gauge	-
`strimzi.topic_operator.vertx.http_server.bytes_read.count`Number of bytes received by the HTTP Server.	count	byte
`strimzi.topic_operator.vertx.http_server.bytes_written.count`Number of bytes sent by the HTTP Server.	count	byte
`strimzi.topic_operator.vertx.http_server.errors.count`Number of errors.	count	-
`strimzi.topic_operator.vertx.http_server.request_bytes.count`Size in bytes of the requests.	count	-
`strimzi.topic_operator.vertx.http_server.request_bytes.max`Size in bytes of the requests.	gauge	byte
`strimzi.topic_operator.vertx.http_server.request_bytes.sum`Size in bytes of the requests.	count	byte
`strimzi.topic_operator.vertx.http_server.request_resets.count`Number of request resets.	count	-
`strimzi.topic_operator.vertx.http_server.requests.count`Number of processed requests.	count	-
`strimzi.topic_operator.vertx.http_server.response_bytes.count`Size in bytes of the responses.	count	-
`strimzi.topic_operator.vertx.http_server.response_bytes.max`Size in bytes of the responses.	gauge	byte
`strimzi.topic_operator.vertx.http_server.response_bytes.sum`Size in bytes of the responses.	count	byte
`strimzi.topic_operator.vertx.http_server.response_time_seconds.count`Request processing time in seconds.	count	-
`strimzi.topic_operator.vertx.http_server.response_time_seconds.max`Request processing time in seconds.	gauge	second
`strimzi.topic_operator.vertx.http_server.response_time_seconds.sum`Request processing time in seconds.	count	second
`strimzi.topic_operator.vertx.pool.completed.count`Number of elements done with the resource (i.e. total number of tasks executed for worker pools).	count	-
`strimzi.topic_operator.vertx.pool.in_use`Number of resources used.	gauge	-
`strimzi.topic_operator.vertx.pool.queue_pending`Number of pending elements in queue.	gauge	-
`strimzi.topic_operator.vertx.pool.queue_time_seconds.count`Time spent in queue before being processed, in seconds.	count	-
`strimzi.topic_operator.vertx.pool.queue_time_seconds.max`Time spent in queue before being processed, in seconds.	gauge	second
`strimzi.topic_operator.vertx.pool.queue_time_seconds.sum`Time spent in queue before being processed, in seconds.	count	second
`strimzi.topic_operator.vertx.pool.ratio`Pool usage ratio, only present if maximum pool size could be determined.	gauge	-
`strimzi.topic_operator.vertx.pool.usage_seconds.count`Time using a resource (i.e. processing time for worker pools).	count	-
`strimzi.topic_operator.vertx.pool.usage_seconds.max`Time using a resource (i.e. processing time for worker pools).	gauge	second
`strimzi.topic_operator.vertx.pool.usage_seconds.sum`Time using a resource (i.e. processing time for worker pools).	count	second
`strimzi.user_operator.jvm.buffer.count_buffers`An estimate of the number of buffers in the pool.	gauge	-
`strimzi.user_operator.jvm.buffer.memory_used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.user_operator.jvm.buffer.total_capacity_bytes`An estimate of the total capacity of the buffers in this pool.	gauge	byte
`strimzi.user_operator.jvm.classes.loaded_classes`The number of classes that are currently loaded in the Java virtual machine.	gauge	-
`strimzi.user_operator.jvm.classes.unloaded_classes.count`The total number of classes unloaded since the Java virtual machine has started execution.	count	-
`strimzi.user_operator.jvm.gc.live_data_size_bytes`Size of long-lived heap memory pool after reclamation.	gauge	byte
`strimzi.user_operator.jvm.gc.max_data_size_bytes`Max size of long-lived heap memory pool.	gauge	byte
`strimzi.user_operator.jvm.gc.memory_allocated_bytes.count`Incremented for an increase in the size of the (young) heap memory pool after one GC.	count	-
`strimzi.user_operator.jvm.gc.memory_promoted_bytes.count`Count of positive increases in the size of the old generation memory pool before GC to after GC.	count	-
`strimzi.user_operator.jvm.gc.pause_seconds.count`Time spent in GC pause.	count	-
`strimzi.user_operator.jvm.gc.pause_seconds.max`Max time spent in GC pause.	gauge	-
`strimzi.user_operator.jvm.gc.pause_seconds.quantile`Quantile of time spent in GC pause.	gauge	-
`strimzi.user_operator.jvm.gc.pause_seconds.sum`Sum of time spent in GC pause.	count	-
`strimzi.user_operator.jvm.memory.committed_bytes`The amount of memory in bytes that is committed for the Java virtual machine to use.	gauge	-
`strimzi.user_operator.jvm.memory.max_bytes`The maximum amount of memory in bytes that can be used for memory management.	gauge	byte
`strimzi.user_operator.jvm.memory.used_bytes`An estimate of the memory that the Java virtual machine is using for this buffer pool.	gauge	byte
`strimzi.user_operator.jvm.threads.daemon_threads`The current number of live daemon threads.	gauge	-
`strimzi.user_operator.jvm.threads.live_threads`The current number of live threads including both daemon and non-daemon threads.	gauge	-
`strimzi.user_operator.jvm.threads.peak_threads`The peak live thread count since the Java virtual machine started or peak was reset.	gauge	-
`strimzi.user_operator.jvm.threads.states_threads`The current number of threads	gauge	-
`strimzi.user_operator.process.cpu_usage`The recent cpu usage for the Java Virtual Machine process.	gauge	-
`strimzi.user_operator.reconciliations.count`Number of reconciliations done by the operator for individual resources	count	-
`strimzi.user_operator.reconciliations.duration_seconds.bucket`The time the reconciliation takes to complete.	count	second
`strimzi.user_operator.reconciliations.duration_seconds.count`The time the reconciliation takes to complete.	count	-
`strimzi.user_operator.reconciliations.duration_seconds.max`The maximum time the reconciliation takes to complete.	gauge	second
`strimzi.user_operator.reconciliations.duration_seconds.sum`The time the reconciliation takes to complete.	count	second
`strimzi.user_operator.reconciliations.failed.count`Number of reconciliations done by the operator for individual resources which failed.	count	-
`strimzi.user_operator.reconciliations.locked.count`Number of reconciliations skipped because another reconciliation for the same resource was still running.	count	-
`strimzi.user_operator.reconciliations.periodical.count`Number of periodical reconciliations done by the operator.	count	-
`strimzi.user_operator.reconciliations.successful.count`Number of reconciliations done by the operator for individual resources which were successful.	count	-
`strimzi.user_operator.resource.state`Current state of the resource: 1 ready, 0 fail.	gauge	-
`strimzi.user_operator.resources`Number of custom resources the operator sees.	gauge	-
`strimzi.user_operator.resources.paused`Number of custom resources the operator sees but does not reconcile due to paused reconciliations.	gauge	-
`strimzi.user_operator.system.cpu_count`The number of processors available to the Java virtual machine	gauge	-
`strimzi.user_operator.system.cpu_usage`The recent cpu usage of the system the application is running in	gauge	-
`strimzi.user_operator.system.load_average_1m`The sum of the number of runnable entities queued to available processors and the number of runnable entities running on the available processors averaged over a period of time.	gauge	-

Official documentation

Official documentation for the Strimzi integration

Metric names and descriptions are the official Datadog integration definitions (Copyright Datadog, Inc., BSD-3-Clause), reproduced unedited. The full license terms are on the About page.

Official summary

Metric types

Metrics

Official documentation

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