Efficiency gains are expected with multiple monitors running. Measured by monitoring write throughput for on an AWS EC2 m5.xlarge instance with: AL2, gp2 storage class, 50 GiB root volume, a default Docker CPM install, and 1 monitor at a time set to 1-minute frequency. Ping: Negligible Scripted API: 7 Simple browser: 27 Scripted browser: 28 You must also configure Docker to run Linux containers in order for CPMs to work on Windows systems. Linux kernel: 3.10 or higher macOS: 10.11 or higher Windows: Windows 10 64-bit or higher To host CPMs, your system must meet the minimum requirements for the chosen system environment. Observability offered via the New Relic Kubernetes cluster explorer.non-ping checks) based resource allocation for optimum resource management Deployable via Helm charts as well as configuration YAMLs.Supports various container engines such as Docker and Containerd.Supports hosted and on-premise Kubernetes clusters.Does not require privileged access to the Docker socket.Integrates with the Kubernetes API to delegate runtime lifecycle management to Kubernetes.Custom provided modules for scripted monitor typesĪlso, the CPM delivers the following features in a Kubernetes environment:.Ability to leverage a Docker container as a sandbox environment. Enhanced security and support for non-root user execution. General private minion featuresīecause the CPM operates as a container instead of a virtual machine, it delivers many features: The CPM will auto-detect its environment to select the appropriate operating mode. The CPM can operate in a Docker container system environment or a Kubernetes container orchestration system environment. These are Docker container -based private minions that accept and execute synthetic monitors against your private locations. You can use New Relic's containerized private minions (CPM).
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