Grafana alloy self dashboard. operator. Each scenario is a self-contained example In this article, we’ll guide you through configuring Grafana Alloy to work with your self-hosted Prometheus and Loki servers. Configure logs delivery Before Check out these handy tips and demos from Grafana Labs experts about how to send and receive telemetry with Grafana Alloy. self and For a very small in-house project we like to make our custom app push OpenTelemetry Metrics directly to a self-hosted Grafana cointainer How to ingest logs with Loki using Grafana Alloy Now that you have a better sense for how Loki works, let’s look at how you can get your We are going to explore the built in app observability solution on Grafana cloud, which generates some built in dashboards for us. 29. Get K8s health, performance, and cost monitoring from cluster to container Detect and respond to incidents with a simplified workflow Out-of-the-box KPIs, Opinionated solutions that help you get there easier and faster Get K8s health, performance, and cost monitoring from cluster to container Detect and respond to incidents with a simplified Environment variables The self-monitoring pipelines rely on environment variables to authenticate to the Fleet Management service and assign data to the correct collector. Follow the installation instructions Set up meta-monitoring to collect Alloy telemetry You can configure Alloy to collect its own telemetry and forward it to the backend of your choosing. Collect logs with Grafana Alloy The Grafana Cloud stack includes a logging service powered by Grafana Loki, a Prometheus-inspired log aggregation By default, Alloy sends anonymous usage information to Grafana Labs. Learn how to unify, correlate, and visualize data with dashboards using Grafana. probes scrapes every target it receives in its arguments. This home These playbooks make it easier to instrument environments correctly, so your observability pipelines with Grafana Alloy are reliable from the start. Alloy installs. Set up Grafana Alloy for Application Observability Grafana Labs recommends using Grafana Alloy, an OpenTelemetry Collector distribution, for production Overview of how to download and install different versions of Grafana on different operating systems. I found a generic Linux System prometheus. Grafana Agent has been deprecated and is in Long-Term Support (LTS) through October 31, 2025. In addition, you can use Fully managed cloud observability platform built on the open source projects Grafana, Mimir, Loki, and Tempo. If you’d like to use Fleet Management in a self-managed Learn about prometheus. Debug information prometheus. Easily monitor the health of Grafana Alloy, an open source distribution of the OpenTelemetry Collector with Armed with Grafana, Alloy, and Loki, along with Prometheus for collecting my server system data, I built the ultimate system monitor that can You now have a fully functional Grafana Alloy Observability Stack running on your local machine. This repository contains scenarios that demonstrate how to use Grafana Alloy to monitor various data sources. exporter. Feel free to explore the various services and dashboards to Learn how to quickly set up a complete Grafana Alloy observability stack with just a few commands. Explore setup, configuration, and best practices for Configure Alloy In this tutorial, you configure Alloy to collect metrics and send them to Prometheus. You add components to your config. Configure Grafana Alloy clustering in an existing installation Configure Grafana Alloy on Kubernetes Configure Grafana Grafana Alloy is a telemetry collector that is 100% OTLP compatible and offers native pipelines for OpenTelemetry and Prometheus telemetry To use Azure Functions to send your resource and activity log messages to Grafana Cloud, refer to Collect Azure Logs with Azure Functions. Learn how to effectively use Grafana for Kubernetes monitoring with this practical guide. Clustering with target auto-distribution The Podman Exporter Dashboard dashboard uses the prometheus data source to create a Grafana dashboard with the table and timeseries panels. With Alloy, you can collect your metrics and logs, forward them to a Grafana stack, and create dashboards to monitor your Docker containers. The Monitor types (PodMonitor, ServiceMonitor, Probe, ScrapeConfig, and Caution Grafana Alloy is the new name for our distribution of the OTel collector. Review the prerequisites in the Configuration Details tab and set up Grafana Alloy to send Self-hosted Grafana Loki metrics and logs to your Grafana Cloud Meta-monitoring metrics Grafana Agent Flow exposes its internal metrics using the Prometheus exposition format. Migrate Grafana Agent Static to Grafana Alloy Migrate from Grafana Agent Operator to Grafana Alloy You can migrate from Grafana Agent Operator to Alloy. Each scenario is a self Set up a lightweight observability stack using Prometheus, Loki, and Alloy for metrics and log collection, all visualised in Grafana. Armed with Grafana, Alloy, and Loki, along with Prometheus for collecting my server system data, I built the ultimate system monitor that can Grafana Alloy Check out Grafana Alloy, Grafana Labs’ open source distribution of the OpenTelemetry Collector. Everything is With Alloy, you can collect your metrics and logs, forward them to a Grafana stack, and create dashboards to monitor your Docker containers. Usage Collect and forward data with Grafana Alloy Choose a Grafana Alloy component Set up meta-monitoring to collect Alloy telemetry Receive traces and metrics Click Install to add this integration’s pre-built dashboards and alerts to your Grafana Cloud instance, and you can start monitoring your Self-hosted Mimir Open source Migrate to Grafana Alloy This section details how to migrate to Alloy from other common solutions. These files are essential for monitoring, Armed with Grafana, Alloy, and Loki, along with Prometheus for collecting my server system data, I built the ultimate system monitor that can keep tabs on all of my machines. self Monitor logs from a local file with Grafana Alloy Log files record events, activities, and usage patterns within a system, application, or network. In this article, we’ll guide you through configuring Grafana Alloy to work with your self-hosted Prometheus and Loki servers. Click Install Armed with Grafana, Alloy, and Loki, along with Prometheus for collecting my server system data, I built the ultimate system monitor that can keep tabs on all of my machines. 1. If you installed Alloy Want to understand how much Grafana costs? Learn about pricing for Grafana, Prometheus / Mimir (Metrics), Loki (Logs), Tempo (Traces), and more. This topic describes how to collect Grafana Alloy Scenarios This repository contains scenarios that demonstrate how to use Grafana Alloy to monitor various data sources. snmp uses the latest configuration introduced in version v0. Click Install to add Review the prerequisites in the Configuration Details tab and set up Grafana Alloy to send ClickHouse metrics and logs to your Grafana Cloud instance. remote_write collects metrics sent from other components into a Write-Ahead Log (WAL) and forwards them over the network to a series of user-supplied Get K8s health, performance, and cost monitoring from cluster to container Detect and respond to incidents with a simplified workflow Out-of-the-box KPIs, Learning Journeys Professional Services Featured webinar Getting started with managing your metrics, logs, and traces using Grafana Learn how to unify, correlate, and visualize data with Install Grafana using Helm When you install Grafana using Helm, you complete the following tasks: Set up the Grafana Helm repository, which provides a The open-source platform for monitoring and observability Grafana allows you to query, visualize, alert on and understand your metrics no matter where they Distribute Prometheus metrics scrape load A good predictor for the size of an Alloy deployment is the number of Prometheus targets each Alloy scrapes. For instructions on configuring a If Alloy is not running in clustered mode, then the block is a no-op, and prometheus. This topic describes how to collect and forward metrics, logs, and traces data from Set up a lightweight observability stack using Prometheus, Loki, and Alloy for metrics and log collection, all visualised in Grafana. The alloy Grafana is an open source visualization and dashboarding technology that allows you to explore your metrics, logs, and traces no matter where the data is. GCP Metrics Grafana I’m a brand new user and I set up Grafana on my first server yesterday. Select your platform Select the platform from the drop You can write logs to Loki endpoints such as Grafana Loki, Grafana Cloud, or Grafana Enterprise Logs. Grafana Alloy is an open source OpenTelemetry Collector distribution with built-in Prometheus pipelines and support for metrics, logs, traces, and profiles. rule The rule Documentation Grafana Alloy Reference Components prometheus prometheus. You can configure Alloy to collect its own telemetry and forward it to the backend of your choosing. We would be Learn how Grafana Alloy clustering works, how it can be used alongside our agentless exporters, and how it can simplify scrape jobs in prometheus. The integration comes with pre installed dashboards, which give an Key features Fleet Management offers these key features to help teams manage large numbers of collector instances in Grafana Cloud. Alloy configuration syntax Community components Components Component The default images for Grafana are created using the Alpine Linux project and can be found in the Alpine official image. 0-71756 (56ea7fd2c4) (Grafana cloud) What are you trying to achieve? I would like to have the I am running the Alloy diagnostic dashboard. . self is only reported as unhealthy if given an invalid configuration. Start your free trial. The alloy-scenarios repository contains How to Monitor Windows Workstations Using Grafana Alloy Agent Hello everyone, If you're looking to monitor your Windows workstations effectively, using the Grafana Alloy agent is a With Alloy, you can collect your performance metrics and event logs, forward them to a Grafana stack, and create dashboards to monitor your Windows This section includes information that helps you configure Alloy. Refer to data collection for more information about what data Grafana collects and how The documentation for the alloy run command describes how to modify the address Alloy listens on for HTTP traffic. Collect OpenTelemetry data and forward to Grafana You can configure Alloy to collect OpenTelemetry -compatible data and forward it to the Grafana stack. faro. Be familiar What Grafana version and what operating system are you using? Grafana v11. self component collects and exposes metrics about Alloy itself. 0 of the Prometheus snmp_exporter. mssql General availability (GA) Open source Grafana Cloud Grafana integrations Integrations bundle Grafana Alloy and Grafana Agent configuration snippets, tailored Grafana dashboards, and Set up an OpenTelemetry Collector distribution to use with Grafana Cloud or self managed Grafana Labs products. Caution Grafana Alloy is the new name for our distribution of the OTel collector. Azure Windows integration for Grafana Cloud Monitor Windows instances using Grafana Alloy. Review the prerequisites in the Configuration Details tab and set up Grafana Alloy to send GitLab metrics and logs to your Grafana Cloud instance. Grafana Google Cloud Platform observability Google Cloud Platform (GCP) observability allows you to monitor GCP metrics and view GCP logs. alloy file to tell Alloy Metrics can be written to Prometheus or Prometheus-compatible endpoints such as Grafana Mimir, Grafana Cloud, or Grafana Enterprise Metrics. Today, I noticed that the disks and filesystems data in the dashboard is blank. In this task, you will use the prometheus. This can lead to issues such as events being garbage collected, the necessity to view them promptly, difficulties in filtering and searching, and limited accessibility for other Grafana allows you to query, visualize, alert on, and understand your metrics no matter where they are stored. self The prometheus. Grafana Faro Web SDK The Grafana Faro Web SDK can instrument frontend JavaScript applications to collect telemetry and forward it to the Grafana Alloy (with faro receiver Note prometheus. selfComponent health prometheus. Be familiar with the concept of Components in Alloy. My first experience of grafana was installing a self hosted server, and using telegraf agent to collect metrics and send them back to the server. Grafana Monitor metrics and logs with Grafana Alloy This section provides detailed examples that show you how you can use Grafana Alloy to monitor various data sources. It is 100% OTLP compatible, offers native Grafana Faro is an open source tool for monitoring web application performance, discovering frontend errors, and performing real user monitoring (RUM). Create, explore, and share beautiful faro This section contains reference documentation for the faro components. Track metrics, visualize performance, and ensure high availability. This home Click Install to add this integration’s pre-built dashboards and alerts to your Grafana Cloud instance, and you can start monitoring your Alloy Health setup. Whether observing applications, infrastructure, or both, Grafana Alloy can Windows Fleet Overview and Windows Dashboard Collection To effectively utilize this dashboard collection, you must first install the Grafana Alloy agent. Use Grafana Alloy to send logs to Loki This tutorial shows you how to configure Alloy to collect logs from your local machine, filter non-essential log lines, send Learn to configure Grafana Alloy to push metrics and visualize them in your Grafana dashboard with this step-by-step tutorial. receiver Customize the Kubernetes Monitoring Helm chart After you complete the deployment process of the Kubernetes Monitoring Helm chart, you can further customize your configuration. By the end of this Grafana Alloy combines the strengths of the leading collectors into one place. The controller exposes the following metrics: Grafana Alloy data collection Grafana Alloy includes a system that optionally and anonymously reports non-sensitive, non-personally identifiable information about Alloy to a remote statistics How Azure Logs works Complete the following steps to configure Grafana Alloy to send logs from an Azure Event Hub to Grafana Cloud. A Jira instance can be hosted by Jira on its own cloud or Grafana Alloy offers native pipelines for OTel, Prometheus, Pyroscope, Loki, and many other metrics, logs, traces, and profile tools. For Get started This section helps you get started with Grafana Alloy. I used the boilerplate Set up Grafana HTTPS for secure web traffic When accessing the Grafana UI through the web, it is important to set up HTTPS to ensure the communication Open source Grafana Alloy tutorials This section provides a set of step-by-step tutorials that show how to use Alloy. Use Grafana Alloy to send logs to Loki Review the prerequisites in the Configuration Details tab and set up Grafana Alloy to send Jenkins metrics to your Grafana Cloud instance. Click Learn how to monitor Kubernetes using Prometheus and Grafana step-by-step. Jira integration for Grafana Cloud Jira is a tool for planning, tracking, and releasing software. It is in Microk8s and I’m installing the entire LGTM stack with Helm. remote_write prometheus.
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