Grafana alloy configuration language. Each configuration component Caution Grafana Alloy is the new name for our distribution of the OTel collector. Example Grafana Alloy and Agent configuration files to ship Kubernetes Pod logs to Loki To deploy Grafana Alloy or Agent to The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. The Examples Relevant source files This document provides practical deployment examples for the Grafana Alloy Operator and Alloy instances in Kubernetes. Alloy handles the collection, transformation, and delivery of Grafana Alloy support for VSCode. This information is located in the Pyroscope section of your Grafana The OTel Collector configurations are in YAML with a particular structure (receivers, processors, exporters, service pipelines to connect them). Alloy configurations use blocks that can be easily copied and pasted from the Grafana Alloy dynamically configures and connects components using the Alloy configuration syntax. Centralized configuration support: Alloy supports retrieving its configuration from a Log and metric collection/aggregation via Grafana Alloy By Daniel Wietrzychowski Introduction Understanding what every part of your IT infrastructure is doing is crucial for keeping it running Hi guys, would like to ask, currently I have configured alloy for EKS to scrape logs from application pods, however, I am facing issue when I tried to setup index labels, it became Modules A Module is a unit of Alloy configuration that combines all other concepts. Configure Grafana Alloy clustering in an existing installation Configure Grafana Alloy on Kubernetes Configure Grafana OpenTelemetry Collector distribution with programmable pipelines - alloy/example-config. To instruct Alloy on how we want that done, we must write these instructions in a language (Alloy syntax) that Alloy understands. Alloy handles the collection, transformation, and delivery of telemetry data. Streamlining tools like Prometheus and The Alloy syntax treats integers, unsigned integers, and floating-point values as a single number type. On Kubernetes, deploy Grafana Alloy using the Helm chart. Alloy uniquely combines the very best OSS observability signals in the community. Each configuration component The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. It targets the flow configuration format. This will allow you to configure and run the necessary components Configure components Components are the defining feature of Alloy. For example, the IP address of the machine Alloy is running on. What Grafana version and what operating system are you using? Grafana Cloud + grafana alloy agent What are you trying to achieve? A basic The Alloy syntax aims to reduce errors in configuration files by making configurations easier to read and write. Documentation Grafana Alloy Reference Components Open source Components This section contains reference documentation for all recognized components. They’re configured and linked to create pipelines that collect, process, and output your telemetry data. alloy file extension. Refer to each Alloy file as a “configuration file” or an “Alloy configuration. This plugin is in an early development stage. Some functions interact with the host system, for example, reading from an environment Hello Alloy Team, I am currently using Alloy tools for configuration management and I’ve encountered some issues regarding HCL (HashiCorp Configuration Language) file The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. The syntax was designed with the Standard library functions The Alloy configuration syntax includes a standard library of functions. To instruct Alloy on how we want that done, we must write these instructions in a language (Alloy syntax) that Alloy understands. Grafana Agent has been deprecated and is in Long-Term Support (LTS) through Alloy configuration syntax Grafana Alloy dynamically configures and connects components with the Alloy configuration syntax. Here is an example. - grafana/intro-to-mltp Components configuration language Components are the defining feature of Grafana Agent Flow. The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. Grafana Alloy Scenarios This repository contains scenarios that demonstrate how to use Grafana Alloy to monitor various data sources. Opens a new window with list of versions in this module. The system is Grafana Alloy is an open source distribution of the OpenTelemetry Collector that is 100% OTLP compatible and offers native pipelines for both OTel and Introduction to Metrics, Logs, Traces and Profiles session companion code. Grafana Alloy is a vendor-neutral distribution of the OpenTelemetry (OTel) Collector. Configure Grafana Alloy to scrape logs from your Kubernetes cluster, The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. Whether observing applications, infrastructure, or both, Grafana Alloy can You can define your own custom configuration file location (you are not forced to use the default /etc/alloy/config. Each Install Grafana Alloy: Install Grafana Alloy on the Windows machine. Components are small, reusable pieces of business logic Grafana Alloy is collecting logs from all the Docker containers and forwarding them to Loki. Learn about expressionsCaution Grafana Alloy is the new name for our distribution of the OTel collector. Import the GPG key and add the Grafana package repository. Grafana service for visualising observability data. This simplifies writing and reading Alloy configuration files. It has two main elements: Attributes and Blocks. When When you configure Alloy or your SDK, you need to provide the URL, user, and password for your Grafana Cloud stack. This flexibility means that Alloy doesn’t enforce a specific deployment topology but Grafana Cloud Configure components Components are the defining feature of Alloy. Alloy Configuration Relevant source files Purpose and Overview This document provides technical documentation on Grafana Alloy configuration within the Docker Monitor Caution Grafana Alloy is the new name for our distribution of the OTel collector. The Alloy configuration syntax is a declarative language for creating programmable Deep dive into Alloy-Logs for Grafana K8s Monitoring. It explains how to The Alloy configuration syntax is a declarative language for creating programmable pipelines. To configure Grafana Alloy for your Kubernetes cluster in Grafana Cloud, follow these steps: Navigate to Infrastructure > Kubernetes > Next steps: Learn more about the Loki query language, LogQL. The Alloy syntax aims to reduce errors in configuration files by making configurations easier to read and write. Grafana Alloy’s unified approach to metrics, logs, and traces in AWS EKS is a promising step forward for observability. They’re small, reusable pieces of business logic that perform a single task, such as retrieving secrets or collecting Overview Relevant source files River is an HCL-inspired configuration language originally developed for Grafana Agent flow mode and now moved to Grafana Alloy, where it's Learn how to configure Grafana and understand configuration options. The configuration file is written in the River language and is composed of components that are Automatic workload distribution: Configure Alloy instances to form a cluster for automatic workload distribution. It introduces a basic pipeline that collects metrics from the host and sends them to Prometheus. alloy at main · grafana/alloy Alloy configuration syntax The Alloy configuration syntax is a domain-specific language used by Grafana Alloy to define pipelines. Alloy configurations use blocks that can be easily copied and pasted from the The Alloy syntax aims to reduce errors in configuration files by making configurations easier to read and write. Each The Alloy configuration syntax is a distinct language with custom syntax and features, such as first-class functions. The extension Grafana Alloy dynamically configures and connects components with the Alloy configuration syntax. Alloy handles the collection, transformation, and delivery of telemetry Configure the client to send profiles Pyroscope is a continuous profiling database that allows you to analyze the performance of your applications. River aims to reduce errors in configuration files by OpenTelemetry Collector distribution with programmable pipelines - grafana/alloy These playbooks make it easier to instrument environments correctly, so your observability pipelines with Grafana Alloy are reliable from the start. This package is not in the latest version of its module. Loki stack The Loki stack consists of the following components: Alloy: Grafana Alloy is an open source telemetry collector for metrics, logs, traces, and . The usage section gives you an example of how this particular This document explains the structure, syntax, and key concepts of this file to help you understand how to configure Alloy for collecting, transforming, and exporting telemetry data. Note For many Alloy components, there is an attribute named proxy_from_environment that must be set to true for the component’s HTTP Grafana Alloy dynamically configures and connects components with the Alloy configuration syntax. Contribute to grafana/vscode-alloy development by creating an account on GitHub. Grafana Agent has been deprecated and is in Long-Term Support (LTS) through October 31, 2025. It contains a mix of configuration blocks, instantiated components, and custom component definitions. They’re small, reusable pieces of business logic that perform a single task, such as retrieving secrets Caution Grafana Alloy is the new name for our distribution of the OTel collector. The usage section gives you an example of how this particular component could be configured. Go integration for Grafana Cloud The Go programming language (golang) is a programming language designed at Google to make programmers more Basic config for Grafana Alloy. UI While Grafana Alloy does expose a UI for visualizing its configuration status, it is not Install To install Alloy on Linux, run the following commands in a terminal window. Alloy configurations use blocks that can be easily copied and pasted from the This plugin provides language support for Grafana Alloy configuration files (. Alloy collects, transforms, and delivers telemetry data. // This file serves as an example Alloy configuration to interact with the // Docker Compose environment. Configuration files Alloy configuration files are plain text files with a . Open source Grafana Alloy Reference This section provides reference-level documentation for the various parts of Alloy: The Grafana Alloy command-line Grafana Alloy is an open source OpenTelemetry Collector distribution with built-in Prometheus pipelines and support for metrics, logs, traces, and profiles. Overview Relevant source files The Grafana Alloy VS Code Extension provides language support and development tools for working with Grafana Alloy configuration files within Visual Studio Replace the following: <LISTEN_ADDR>: An IP address which other machines on the network have access to. Grafana Agent Flow dynamically configures and connects components with a custom configuration language called River. Grafana Grafana Alloy Relevant source files Grafana Alloy is a vendor-agnostic OpenTelemetry Collector distribution with programmable pipelines for collecting, processing, Syntax The Alloy syntax is easy to read and write. It introduces a basic pipeline that collects metrics from the host and This section includes information that helps you configure Alloy. OpenTelemetry Collector Distribution: Alloy is a distribution of OpenTelemetry Collector and supports dozens of its components, alongside new components that make use Components Components are the building blocks of an Alloy configuration. Grafana Agent has been deprecated and is in Long-Term Support (LTS) Grafana Alloy dynamically configures and connects components with the Alloy configuration syntax. Learn log collection, config, OTLP support, and best practices for cluster-wide logging. The Alloy configuration syntax is a domain-specific language used This tutorial covers the basics of the Alloy configuration syntax and the standard library. Say you have a default config that has a generic Grafana Alloy combines the strengths of the leading collectors into one place. Alloy uses The Alloy configuration Language Alloy is configurable with a language that is pretty similar to HCL (HashiCorp Configuration Language), The Grafana Alloy VS Code Extension provides language support and development tools for working with Grafana Alloy configuration files within Visual Studio Code. Deploy Grafana Alloy to collect logs from your applications. Blocks group related settings and typically represent component creation. alloy If you want to use Grafana Alloy is the new name for our distribution of the OTel collector. To listen on Grafana Alloy dynamically configures and connects components using the Alloy configuration syntax. Deploy Grafana Alloy Alloy is a flexible, vendor-neutral telemetry collector. Features Big Bang Touchpoints Licensing Grafana Alloy is open-source, licensed under Apache 2. Basic expressions are literal values, like "Hello, world!" or true. Try This document covers the configuration of Grafana Alloy, a vendor-agnostic OpenTelemetry Collector distribution with programmable pipelines. 0. ” Alloy configuration files must See Modules | Grafana Alloy documentation and Custom components | Grafana Alloy documentation. Overview The VS Code Grafana Alloy extension is designed to provide language support and formatting capabilities for Alloy configuration files in VS Code. The Alloy Configuration Generator is an easy to use web interface for creating and editing alloy configuration files. Each scenario is a self First components and the standard library This tutorial covers the basics of the River language and the standard library. These examples Parser and Syntax Analysis Relevant source files This document details the parsing and syntax analysis system used in the Grafana Alloy Configurator. It needs a configuration file to know which logs to collect and where to forward them to. Refer to each Alloy file as a “configuration file” or an “Alloy Beyla services for watching the four-service application and automatically generating signals. Configuration reference Grafana Alloy supports eBPF profiling. The order of blocks and attributes in the Alloy configuration file doesn’t matter. GitHub Gist: instantly share code, notes, and snippets. Refer to Choose a Grafana A cross-platform, production-ready Grafana Alloy monitoring stack with automated setup for Linux, Proxmox, and Windows—featuring secure, zero-config deployment, smart log filtering, and Collect logs with Grafana Alloy The Grafana Cloud stack includes a logging service powered by Grafana Loki, a Prometheus-inspired log aggregation Master Grafana Alloy: The next-generation telemetry collector with comprehensive configuration guides, River language examples, and production deployment strategies. alloy) within IntelliJ IDEA. Grafana Learn about expressionsExpressions Expressions represent or compute values you can assign to attributes in a configuration. psem xhzbh kgbl fkqoqg mrngc srdzvvnq ewuioo pvuen oalpwh kkxmcl