Kubernetes

• Availability (30d) > 99.000%: Displays the percentage of successful API requests over the last 30 days.
• Error Margin (30d) > 99.000%: Graph showing the error margin remaining with a 0.990% availability guarantee.
• Read Availability (30d): Displays the percentage of successful read requests (LIST, GET) over the last 30 days.
• SLI Reading - Requests: Graph showing the number of read requests (LIST, GET) per second by response codes.
• SLI Read - Errors: Graph showing the percentage of errors (5xx) among read requests.
• SLI Read - Duration: Graph showing the 99th percentile of read request completion times. SLI metrics only on the master/over a longer period
• Write Availability (30d): Displays the percentage of successful write requests (POST, PUT, PATCH,DELETE) over the last 30 days.
• SLI Recording - Requests: A graph showing the number of write requests per second by response code.
• SLI Write - Errors: Graph showing the percentage of errors (5xx) among write requests.
• SLI Write - Duration: A graph showing the 99th percentile of write request completion times. SLI metrics only on the master/over a longer period
• Work Queue Add Rate: A graph showing the total number of work queue additions per second.
• Work Queue Depth: A graph showing the number of I/O operations being processed simultaneously in the queue.
• Work Queue Latency: A graph showing how long in seconds an item remains in the queue before being processed.
• Memory Usage: A graph showing the amount of memory used (in bytes) for API servers.
• CPU Usage: A graph showing how much time the process was using per daylast unit of time.
• Go routines: A graph displaying the number of active Go routines.

• datasource: Allows you to select the data source used to display metrics.
• service: Allows you to select a service for which metrics will be filtered, or select all services (All) of the cluster.

• Running: Displays the total number of running Kube Controller Manager instances on the selected cluster.
• Work Queue Addition Rate: A graph showing the total number of work queue additions broken down by cluster and thread.
• Work Queue Depth: A graph that displays the number of I/O operations that can be processed simultaneously by the system.
• Work Queue Latency: A graph that shows the time an item remains in the work queue before it is processed.
• Kube API Request Intensity: A graph that displays the total number of client requests to the Kube API broken down by response code.
• GET Request Latency (99th Quantile): Graph showing GET request latency in seconds, broken down by request type and URL.
• POST Request Latency (99th Quantile): Graph showing the latency of POST requests in seconds, broken down by request type and URL.
• Memory Usage: A graph showing the amount of memory used (in bytes) for each Kube Controller Manager pod.
• CPU Usage: A graph showing the CPU time used by the last object of each pod per unit of time.
• Go routines: A graph showing the number of active Go routines in each pod.

-datasource: Allows you to select a data source to configure the dashboard.

• pod: Allows you to select one pod to monitor or all pods on the selected cluster.

• ETCD Cluster View:

  • Etcd has a leader?: Displays information about the presence of a leader in the ETCD cluster.
  • The total number of failed proposals seen: Shows the total number of failed proposals in the cluster.
  • DB Size: A graph showing an estimate of the total size of the database, presented as a graph and statistics.
  • The number of leader changes seen: The number of leader changes in the cluster.
  • ETCD rps: Shows the number of requests per second to ETCD.
  • RPS Successful Rate: A graph displaying successful requests per second, presented as a graph and statistics.
  • Members State: State table of cluster members, shows which of them is the leader.
  • RPS Failed Rate: A graph showing failed requests per second, presented as a graph and statistics.

• Detailed:

  • Memory: A graph showing the memory usage of the ETCD pod process.
  • RPS Failed Rate: Graph of failed requests per second by submission.
  • Disk Sync Duration: A graph displaying the duration of synchronization on the disk, presented as a 99th percentile graph.
  • Disk Compact Duration: A graph showing the compression time on the disk is shown twice; one of the graphs is with the 99th percentile.
  • Heartbeat Failures: A graph showing the number of heartbeat sending failures.
  • Raft Proposals: A graph showing overall Raft Proposal metrics, including the rate of successful and unsuccessful proposals.
  • Proposals pending: A graph showing the number of pending proposals.
  • The total number of consensus proposals committed: Total number of proposals agreed upon in the cluster.
  • Client Traffic In: Graph of incoming traffic from clients.
  • Client Traffic Out: Graph of outgoing traffic to clients.
  • Total Leader Elections Per Day: A graph showing the total number of leader elections per day.
  • Peer Traffic In: A graph showing incoming traffic between cluster nodes.
  • Peer Traffic Out: A graph showing outgoing traffic between cluster nodes.
  • Disks operations: Disk operations schedule.
  • Network: Graphs of total client traffic, both incoming and outgoing.
  • Snapshot duration: A graph showing the duration of snapshots identifies possible disk problems.

• Alerts:

  • ETCD disk io latency alerts: Graph showing I/O latency alerts on ETCD disk.
  • alert if 99th percentile of round trips take 150ms: Graph showing alerts when 150 ms is exceeded for the 99th percentile of round trips take 150ms.
  • ETCD Status: The ETCD system status graph shows the overall status of the pods.
  • ETCD Leader Changes Alert: Graph showing warnings about leader changes in the cluster.
  • Disk Compact Duration: Graph showing alerts based on disk compression time.
  • Disk Sync Duration: A graph showing disk sync time alerts.

• datasource: Allows you to select a data source to configure the dashboard.

• Controller Request Volume: Displays the volume of requests processed by the Ingress controller.
• Controller Connections: Shows the number of active NGINX controller connections.
• Controller Success Rate (non-4|5xx responses): Graph showing the percentage of successful responses (response codes other than 4xx and 5xx).
• Config Reloads: Displays how often the controller configuration is reloaded.
• Last Config Failed: Displays the number of failed attempts to reload the last configuration.
• Ingress Request Volume: A time graph showing the volume of requests to a specific Ingress.
• Ingress Success Rate (non-4|5xx responses): The percentage of successful responses for a specific Ingress.
• Network I/O pressure: Graphs showing incoming and outgoing network pressure.
• Average Memory Usage: A graph showing the average memory consumption of the NGINX controller.
• Average CPU Usage: A graph showing the average CPU usage of the NGINX controller.
• Ingress Percentile Response Times and Transfer Rates: Table showing percentile response times and transfer rates for Ingress.
• Ingress Percentile Response Times (Ingress Namespaces): Time series of response time percentages for various Ingress.
• Ingress Request Latency Heatmap (Ingress Namespaces): Heatmap showing request latency for Ingress.
• Ingress Certificate Expiry: Table with information about the expiration time of certificates for Ingress.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select the namespace in which the Ingress controller operates.
• controller_class: Allows you to select the controller class to filter metrics.
• controller: Allows you to select a sub-controller to track metrics.
• exported_namespace: Allows you to select the Ingress namespace for query analysis.
• ingress: Allows you to select a specific Ingress to monitor its metrics.

• Running Kubelets: Displays the total number of all running Kubelets.
• Running pods: Displayreflects the total number of all running pods, divided by nodes.
• Running containers: Displays the total number of all running containers, divided by node.
• Actual number of volumes: Displays the total number of all used volumes.
• Required number of volumes: Displays the total number of volumes required for proper operation.
• Number of config. errors: Displays the total number of Kubelet configuration errors.
• Work Intensity (op./s): A graph displaying the number of operations per second for performing various types of operations.
• Disruption Rate (op/s): A graph displaying the number of operations per second spent on individual Kubelet tasks.
• Duration of operation (99th quantile): Graph displaying the 99th quantile of the number of operations per second of Kubelet incorrect operation.
• Pod Launch Rate (op/s): A graph displaying the time it takes to launch Pods, broken down by node.
• Pod Launch Duration (99th Quantile): A graph displaying the 99th quantile of Pod launch duration.
• Storage workload (op/s): A graph displaying the number of operations per second spent on storage operations.
• Intensity of storage disruptions (op./s): A graph displaying the number of operations per second of incorrect storage operation.
• Storage run time (99th quantile): A graph displaying the 99th quantile of storage operation time.
• PLEG Update Rate (ops/s): The number of operations per second performed by the PLEG event generator.
• PLEG list update period (99th quantile): Graph displaying the 99th quantile of PLEG list update time.
• PLEG List Update Duration (99th Quantile): Graph displaying the 99th quantile of PLEG list update time.
• Remote Call Rate (RPC): A graph showing the total number of remote client requests per second, divided by response code.
• Request Duration (99th Quantile): A graph showing the 99th quantile of API request durations.
• Memory: A graph showing the amount of memory used by the Kubelet.
• CPU Usage: A graph showing the CPU time consumed by the Kubelet.
• Go-routines: A graph showing the number of goroutines used by Kubelet.

• datasource: Allows you to select a data source to configure the dashboard.
• node: Allows you to select a node to monitor. Available nodes are taken from the cluster data.

• Current Rate of Bytes Received: A graph showing the current rate of bytes received by namespace in the cluster.
• Current Rate of Bytes Transmitted: A graph showing the current byte transmission rate across the namespace.
• Current Status: A table that displays the current metrics for bytes received and transmitted, average values, as well as the number of received and transmitted packets and the number of lost packets.
• Average Rate of Bytes Received: A graph showing the average rate of bytes received by namespace.
• Average Rate of Bytes Transmitted: A graph showing the average byte transfer rate across the namespace.
• Receive Bandwidth: Graph showing the bandwidth for receiving traffic on the namespace.
• Transmit Bandwidth: A graph showing the bandwidth for transmitting traffic across the namespace.
• Rate of Received Packets: A graph showing the rate of packets received by namespace.
• Rate of Transmitted Packets: A graph showing the rate of packet transmission across the namespace.
• Rate of Received Packets Dropped: A graph showing the rate of dropped packets when received via namespace.
• Rate of Transmitted Packets Dropped: A graph showing the rate of lost packets when transmitted over the namespace.
• Rate of TCP Retransmits out of all sent segments: A graph showing the retransmission rate of TCP segments out of all sent segments.
• Rate of TCP SYN Retransmits out of all retransmits: A graph showing the TCP SYN retransmission rate out of all retransmits.

• datasource: Allows you to select a data source to configure the dashboard.
• cluster: Allows the user to select a specific cluster to display on the dashboard by extracting label values ​​from the data received from the Kubelet.

• Current Rate of Bytes Received: The panel displays the current rate of bytes received from pods in the selected cluster and namespace.
• Current Rate of Bytes Transmitted: The panel shows the current rate of bytes transmitted from the pods.
• Current Network Usage: A table that provides network usage metrics for each pod, including byte rate, packet rate, and packet loss.
• Receive Bandwidth: Time graph displaying the byte reception rate per pod.
• Transmit Bandwidth: A time graph showing the byte transfer rate per pod.
• Rate of Received Packets: Time graph for monitoring the rate of packets received by pod.
• Rate of Transmitted Packets: Time graph for monitoring the rate of packet transmission across pods.
• Rate of Received Packets Dropped: A time graph showing the rate of packet loss upon receipt, grouped by namespace.
• Rate of Transmitted Packets Dropped: A time graph displaying the rate of packet loss when transmitted across pods.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select a namespace within which resources will be monitored.

• Current Rate of Bytes Received: Displays the current rate of bytes received in containers, across various workloads.
• Current Rate of Bytes Transmitted: Displays the current rate of bytes transmitted from containers.
• Current Status: Status summary table showing the number of bytes received and transmitted, as well as packet activity (number of packets received and transmitted).
• Receive Bandwidth: A graph displaying the amount of traffic received in bytes.
• Transmit Bandwidth: A graph showing the amount of traffic transmitted in bytes.
• Average Container Bandwidth by Workload: Received: Average speed of data received by containers by workload.
• Average Container Bandwidth by Workload: Transmitted: Average data transfer rate of containers by workload.
• Rate of Received Packets: A graph showing the rate of packets received.
• Rate of Transmitted Packets: A graph showing the packet transmission rate.
• Rate of Received Packets Dropped: A graph showing the rate of dropped packets when received.
• Rate of Transmitted Packets Dropped: A graph displaying the rate of dropped packets during transmission.

• datasource: Allows you to select the data source for the metrics request, specified in the VM Agent format.
• namespace: Allows you to filter metrics by a specific namespace in the cluster.
• type: Allows you to select the type of workload.

• Current Rate of Bytes Received: Displays the current rate of bytes received for the specified cluster, namespace and pod.
• Current Rate of Bytes Transmitted: Shows the current byte transmission rate for the specified parameters.
• Receive Bandwidth: A time graph showing the data receiving rate for each pod over time.
• Transmit Bandwidth: A time graph showing the data transfer rate for each pod.
• Rate of Received Packets: A time graph showing the rate at which network packets are received, grouped by pod.
• Rate of Transmitted Packets: A time graph showing the packet transmission rate on the network for each pod.
• Rate of Received Packets Dropped: A time graph showing the rate of dropped packets received over the network for each pod.
• Rate of Transmitted Packets Dropped: A time graph showing the rate of packets dropped at the transmission level for each pod.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select a namespace for which metrics will be displayed.
• pod: Allows you to select one pod to monitor or all pods on the selected cluster.

• Current Rate of Bytes Received: Displays the current rate of bytes received in seconds for the selected workloads.
• Current Rate of Bytes Transmitted: Displays the currentThe total byte transfer rate in seconds for the selected workloads.
• Average Rate of Bytes Received: Displays the average byte received rate for the selected workloads.
• Average Rate of Bytes Transmitted: Displays the average byte transmission rate for the selected workloads.
• Receive Bandwidth: Graph of consumed bandwidth for received bytes.
• Transmit Bandwidth: Graph of consumed bandwidth for transmitted bytes.
• Rate of Received Packets: A graph showing the rate of received packets per second for selected workloads.
• Rate of Transmitted Packets: A graph showing the packets per second transmission rate for selected workloads.
• Rate of Received Packets Dropped: A graph showing the rate of received packets dropped per second for selected workloads.
• Rate of Transmitted Packets Dropped: A graph showing the rate of transmitted packets dropped per second for selected workloads.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select a namespace in the cluster for which metrics will be displayed.
• workload: Allows you to select a specific load for workloads within the specified namespace.
• type: Allows you to select a workload type to filter metrics by specific workloads.

• Volume Space Usage: A graph showing the amount of used and free memory on persistent volumes. Metrics are calculated using Kubelet queries, allowing you to analyze the actual state of storage usage.
• Volume Space Usage: Displays the current memory usage percentage of persistent volumes. This panel provides a quick understanding of the loadingwomen’s storage.
• Inode Volume Usage: A graph showing the number of inodes used on persistent volumes. This is important for understanding how effectively metadata is used when working with the file system.
• Inode Volume Usage: Displays the percentage of inodes used, allowing you to quickly determine the current state of an inode resource.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select a namespace within which resources will be monitored.
• volume: Allows you to select a specific PersistentVolumeClaim for a detailed analysis of its status.

• CPU Utilisation: Displays CPU utilization over time for the selected cluster.
• CPU Requests Commitment: Shows the ratio of requested CPU resources to the total number of available resources.
• CPU Limits Commitment: shows the ratio of CPU resource limits to the total number of available resources.
• Memory Utilisation: Displays the percentage of memory used compared to the total available memory in the cluster.
• Memory Requests Commitment: Shows the ratio of requested memory resources to the total number of available resources.
• Memory Limits Commitment: Shows the ratio of memory resource limits to the total number of available resources.
• CPU Usage: Displays CPU usage by namespace in the form of a time graph.
• CPU Quota: A table that displays data about pod owners, the number of pods using CPU, requested CPU resources and the ratio of usage to namespace limits.
• Memory: Displays memory usage by containers by namespace in the form of a time graph.
• Memory Requests by Namespace: Tablesa, displaying information about pod ownership, memory usage and requested resources by namespace.
• Current Network Usage: A table that shows the current network load, including the number of bytes and packets sent and received, as well as the number of lost packets by namespace.
• Receive Bandwidth: Displays a time graph of the incoming bandwidth for containers by namespace.
• Transmit Bandwidth: Displays a time graph of outgoing bandwidth for containers by namespace.
• Average Container Bandwidth by Namespace: Received: Time graph showing the average incoming bandwidth of containers by namespace.
• Average Container Bandwidth by Namespace: Transmitted: Time graph showing the average outgoing bandwidth of containers by namespace.
• Rate of Received Packets: A time graph displaying the flow rate of packets received by containers across namespaces.
• Rate of Transmitted Packets: A time graph showing the flow rate of packets sent by containers across namespaces.
• Rate of Received Packets Dropped: A time graph displaying the rate of lost packets received by containers via namespaces.
• Rate of Transmitted Packets Dropped: A time graph showing the rate of lost packets sent by containers across namespaces.
• IOPS(Reads+Writes): Time graph showing the number of I/O operations per second (reads and writes) by namespace.
• ThroughPut(Read+Write): Time graph displaying the amount of data read and written to containers by namespace.
• Current Storage IO: Table showing the characteristics of I/O containers, including reading and writing data, by namespace

• datasource: Allows you to select a data source to configure the dashboard.
• cluster: Allows you to select the cluster for which metrics will be displayed, extracting information from the Kubernetes metrics parameters.

• CPU Utilization (from requests): Displays CPU utilization as a percentage based on requested resources.
• CPU Utilization (from limits): Shows CPU utilization as a percentage based on the set limits.
• Memory Utilization (from requests): Outputs memory usage based on requested resources.
• Memory Utilization (from limits): Displays memory usage based on the set limits.
• CPU Usage: Seeks to visualize the total CPU usage for each pod, and also compares to resource quotas.
• CPU Quota: A table showing CPU usage by pod and their resource quota, both by request and by limit.
• Memory Usage (w/o cache): Visualizes memory usage without cache at the pod level.
• Memory Quota: Table showing memory usage and resource quota for each pod.
• Current Network Usage: A table displaying current network activity, including the number of bytes and packets received and transmitted.
• Receive Bandwidth: A graph showing the number of bytes received per pod.
• Transmit Bandwidth: A graph displaying the number of bytes transferred by pod.
• Rate of Received Packets: Visualization of the rate of received packets by pod.
• Rate of Transmitted Packets: Visualization of the rate of transmitted packets by pod.
• Rate of Received Packets Dropped: A graph showing the rate of dropped packets when received.
• Rate of Transmitted Packets Dropped: A graph showing the rate of dropped packets during transmission.
• IOPS(Reads+Writes): Visualizes the number of reads and writes at the pod level.
• ThroughPut(Read+Write): Displays the read and write throughput of the pods.
• Current Storage IO: A table showing current I/O operations for containers by pod.

• datasource: Allows you to select a data source to configure the dashboard.
• cluster: Allows the user to select a specific cluster to monitor by retrieving label values ​​using a query.
• namespace: Allows you to select a namespace within which the r will be monitoredresources.

• CPU Usage: Displays a time graph of CPU usage by containers in the selected namespace and workload.
• CPU Quota: A table showing CPU quota information at the workload level, including total utilization and requested resources.
• Memory Usage: Displays a time graph of memory usage by containers in the selected namespace and workload.
• Memory Quota: A table showing memory quota information at the workload level, including total usage and requested resources.
• Current Network Usage: A table representing the current network activity for the selected containers, including bytes received and transmitted, packets and packet losses.
• Receive Bandwidth: A time graph showing the network data reception rate at the workload level.
• Transmit Bandwidth: A time graph showing the network data transfer rate at the workload level.
• Average Container Bandwidth by Workload: Received: A time graph showing the average rate at which containers receive data by workload.
• Average Container Bandwidth by Workload: Transmitted: A time graph showing the average data transfer rate of containers by workload.
• Rate of Received Packets: A time graph displaying the rate at which network packets are received.
• Rate of Transmitted Packets: A time graph displaying the transmission rate of network packets.
• Rate of Received Packets Dropped: A time graph showing the rate of dropped packets received.
• Rate of Transmitted Packets Dropped: A time graph showing the rate at which transmitted packets are lost.

• datasource: Allows you to select a data source to configure the dashboard.- namespace: Allows you to select a namespace within which resources will be monitored.
• type: Allows you to select the type of workload for more detailed analysis of metrics.

• CPU Usage: Displays the dynamics of CPU usage in pods, showing both the current load and the maximum available power for a given node.
• CPU Quota: A table displaying CPU quotas for pods, including current usage, requested resources, and limits.
• Memory Usage (w/o cache): Displays the memory usage of pods without cache, as well as the maximum available memory for the node.
• Memory Quota: A table that displays pod memory usage, requests and memory limits, as well as a breakdown by RSS, caches and swaps for deeper analysis.

• datasource: Allows you to select the data source for monitoring, in this case VM Agent is used.
• node: Parameter for selecting a node in the cluster, which also helps in detailed resource analysis at the node level.

• CPU Usage: Displays the CPU usage in the containers of the selected pod based on metrics received from the VM Agent.
• CPU Throttling: Shows CPU throttling, which allows you to monitor CPU usage limits.
• CPU Quota: Table displaying current CPU usage limits and requests.
• Memory Usage (WSS): Displays the working memory usage of the containers of the selected pod.
• Memory Quota: Table showing memory usage limits and requests for containers.
• Receive Bandwidth: Displays incoming bandwidth data for containers.
• Transmit Bandwidth: Shows outgoing bandwidth data for containers.
• Rate of Received Packets: Displays the rate of packets received.
• Rate of Transmitted Packets: Displays the rate at which packets are sent.
• Rate of Received Packets Dropped: Shows the rate of receiving dropped packets.
• Rate of Transmitted Packets Dropped: Displays the rate at which dropped packets are sent.
• IOPS (Pod): Displays the number of input/output operations per second (IOPS) for the pod.
• ThroughPut (Pod): Shows the baud rate (ThroughPut) for the pod.
• IOPS (Containers): Displays the number of input/output operations per second (IOPS) for containers.
• ThroughPut (Containers): Shows the data transfer rate (ThroughPut) for containers.
• Current Storage IO: A table showing the current input and output operations for containers, including the number of bytes read and written.

• datasource: Allows you to select a data source to configure the dashboard.
• namespace: Allows you to select a namespace within which resources will be monitored.
• pod: Allows you to select one pod to monitor or all pods on the selected cluster.

• CPU Usage: Displays CPU usage for each pod using time graphs.
• CPU Quota: A table that displays information about the CPU quota allocated to pods in a table format based on various metrics.
• Memory Usage: Presents the current memory usage of the pods in a time graph format.
• Memory Quota: Shows memory quotas for pods with detailed information in table form.
• Current Network Usage: Displays the current network activity of the pods using a table, including both incoming and outgoing traffic.
• Receive Bandwidth: A time graph showing the amount of incoming network activity for pods.
• Transmit Bandwidth: A time graph showing the amount of outgoing network activity for pods.
• Average Container Bandwidth by Pod: Received: Average incoming traffic by pod in time graph format.
• Average Container Bandwidth by Pod: Transmitted: Average outgoing traffic by Pod in time graph format.
• Rate of Received Packets: A time graph displaying the average rate of received network packets.
• Rate of Transmitted Packets: A time graph displaying the average rate of network packets sent.
• Rate of Received Packets Dropped: A time graph showing the number of dropped incoming packets.
• Rate of Transmitted Packets Dropped: A time graph showing the number of dropped outgoing packets.

• datasource: Allows you to select a data source to configure the dashboard.
• cluster: Allows you to select a specific Kubernetes cluster to monitor.
• namespace: Allows you to select a namespace within which resources will be monitored.
• type: Allows you to select the workload type for the displayed metrics.
• workload: Allows you to select a specific workload in a given namespace and cluster.

• datasource: Allows you to select a data source to configure the dashboard.
• service: Allows you to select a service for which metrics will be filtered, or select all services (All) of the cluster.

• CPU: Displays the CPU time spent working with Staful.
• Memory: Displays the amount of memory used by the StatefulSet.
• Network: Displays the number of bytes transmitted and sent by the StatefulSet.
• Replicas Required: Displays the maximum number of replicas possible.
• Number of replicas in this version: Displays the maximum number of replicas currently available.
• Monitored Version: Displays the generation number observed by the deployment controller.
• Metadata Generation: Displays the sequence number representing the specific generation of the desired StatefulSet.
• Replicas: A timeline of metrics by replica, including the maximum, created, ready, and updated number of replicas.

• datasource: Allows you to select a data source to configure the dashboard. (for example, VM Agent).
• cluster: Allows you to select the Kubernetes cluster for monitoring.
• namespace: Allows you to select a namespace within which resources will be monitored.
• statefulset: Purpose - selection of a specific StatefulSet for detailed monitoring.

• Overview:

  • Global CPU Usage: Displays average CPU usage as a percentage, including metrics for actual usage, requests, and resource limits.
  • Global RAM Usage: Presents RAM usage information, including actual data, requests, and memory limits.
  • Nodes: The panel shows the total number of nodes in the cluster.
  • Kubernetes Resource Count: Visualizes the number of different Kubernetes resources, including namespaces, running containers, pods, services and others.
  • Namespaces: Displays the total number of created namespaces in the cluster.
  • CPU Usage: Reports the current CPU usage in the cluster, including real data, requests, limits and total number of CPU cores.
  • RAM Usage: RAM usage metrics, including actual data, requests and limits, as well as the total amount of available memory.
  • Running Pods: Displays the current number of running pods.

• Resources:

  • Cluster CPU Utilization: Graph showing average CPU usage per cluster in processntah.
  • Cluster Memory Utilization: Displays the percentage of cluster memory usage.
  • CPU Utilization by namespace: Estimation of CPU usage for individual namespaces.
  • Memory Utilization by namespace: Displays RAM usage by namespace.
  • CPU Utilization by node: Graph of average CPU usage for each node.
  • Memory Utilization by node: Visualization of RAM usage by node.
  • CPU Throttled seconds by namespace: Displays information about CPU idle time by namespace.
  • CPU Core Throttled by node: The panel shows how long the CPU cores were in the throttled state.

• Kubernetes:

  • Kubernetes Pods QoS classes: Displays the number of pods by quality of service (QoS) class.
  • Kubernetes Pods Status Reason: Informs about the reasons for pod statuses.
  • OOM Events by namespace: Displays the number of shutdown events due to insufficient memory by namespace.
  • Container Restarts by namespace: Informs about the number of container restarts by namespace.

• Network:

  • Global Network Utilization by device: Reflects network load by device, excluding virtual devices.
  • Network Saturation - Packets dropped: Shows the number of lost packets when receiving and sending data.
  • Network Received by namespace: Displays the receipt and transmission of data via namespaces.
  • Total Network Received (with all virtual devices) by node: Information about received and transmitted data by node, including all virtual devices.
  • Network Received (without loopback) by node: Shows network activity by node without loopback devices.
  • Network Received (loopback only) by node: Visualization of network activity only by loopback devices on nodes.

• datasource: Allows you to select a data source to configure the dashboard.
• role: Allows the user to select the role of nodes to filter metrics.
• node: Provides the ability to filter metrics by a specific node.
• resolution: Allows the user to select the temporal resolution for the displayed data (1s, 15s, 30s, 1m, 3m, 5m).

• CoreDNS - Health Status: Displays the health status of CoreDNS instances, checking the availability of the service through the up metric.
• CoreDNS - CPU Usage by instance: Shows CPU usage for each CoreDNS instance using the process_cpu_seconds_total metric.
• CoreDNS - Memory Usage by instance: Demonstrates memory usage by CoreDNS instances based on the process_resident_memory_bytes metric.
• CoreDNS - Total DNS Requests ($protocol): Displays the total number of DNS requests for a certain period, with the ability to filter by protocol.
• CoreDNS - Average Packet Size ($protocol): Provides data on the average packet size of a DNS request, grouped by protocol.
• CoreDNS - Requests by type: Allows you to see the number of DNS requests divided by type (A, AAAA, CNAME, etc.).
• CoreDNS - Requests by return code: Shows how many requests were made with different return codes (for example, SUCCESS, SERVFAIL).
• CoreDNS - Total Forward Requests: Displays the total number of requests forwarded to other DNS servers. Not used
• CoreDNS - DNS Errors: Reports the number of DNS errors (such as SERVFAIL and REFUSED) encountered during operations. Not used
• CoreDNS - Cache Hits/Miss: Provides caching metrics showing the number of hits and misses when using the DNS cache.
• CoreDNS - Cache Size: Displays the size of the DNS cache, aggregating data by type.
• CoreDNS - DNS request duration: Displays a heat map of the processing time of DNS requests.
• CoreDNS - DNS request size: Represents DNS request sizes as a heat map.
• CoreDNS - DNS response size: Shows the sizes of DNS responses as a heat map.

• datasource: Allows you to select a data source to configure the dashboard.
• cluster: Allows you to select the TERM_KUBE clusterRNETES for monitoring. The variable requests unique values ​​for the cluster label from the kube_node_info metric.
• instance: Allows monitoring to be filtered by CoreDNS instances based on operational status. This variable includes all available instances for selection.
• protocol: Allows you to select the protocol to display DNS query metrics (for example, UDP or TCP).
• resolution: Allows you to select the data resolution for displaying metrics, with available values ​​from 1 second to 5 minutes.
• job: Allows you to select jobs to filter CoreDNS metrics by different tasks.