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Cloud Observability Microsatellites are straightforward to deploy using a Docker image, AWS/AMI, or a Debian package.
Cloud Observability offers a public shared Microsatellite pool that can help save time during development and testing. Not having to install and maintain an on-premise Microsatellite pool speeds up the initial production of meaningful traces right away.
Follow these instructions if you need to install using an RPM file instead of a Deb file to install a Cloud Observability Microsatellite.
Microsatellites require keys to authenticate and communicate with Cloud Observability. You need to create a Satellite key when you install and configure Microsatellites.
The Cloud Observability Microsatellite is available in Debian package format for Ubuntu users.
Use a Helm Chart to deploy Microsatellites to a Kubernetes environment
Cloud Observability Microsatellites are straightforward to deploy using a Docker image, AWS/AMI, or a Debian package.
Cloud Observability Microsatellites are straightforward to deploy using a Docker image, AWS/AMI, or a Debian package.
Cloud Observability uses *Microsatellites* to collect 100% of the performance data that your tracing instrumentation generates. Microsatellites collect spans generated by instrumented clients and servers, and then send them to Space Stations that process and temporarily store that data during trace assembly.
Let tools send data to Cloud Observability projects.
Cloud Observability Microsatellites are straightforward to deploy using a Docker image, AWS/AMI, or a Debian package.
Release notes for current and past releases of Cloud Observability Microsatellites.
The Satellite Pool report gives a high-level view of Microsatellite pool performance and status.
The Reporting Status page provides an active view of the Cloud Observability Tracer clients and Microsatellites over a trailing 60-second window.
Cloud Observability performance is based on the ingress and egress of data from the tracers to the Microsatellites and the amount of memory the Microsatellites have to store that data. You can monitor the performance of Cloud Observability and tune the tracers and Microsatellites to avoid dropped spans.
The Satellite diagnostics service provides health and diagnostic information about the Microsatellite.
Learn how to verify basic HTTP and gRPC connectivity to Cloud Observability Microsatellites.
Data can appear incomplete or not appear in Cloud Observability for several reasons. Here are some troubleshooting steps for the most common causes.
Cloud Observability releases new versions of Microsatellites to bring better performance and features to the span collection process. Upgrade your Microsatellites according to the schedule provided in your contract.
Cloud Observability Microsatellites are straightforward to deploy using a Docker image, AWS/AMI, or a Debian package.