Open Source Go Browsers
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Go Browsers
View 202 business solutionsBrowse free open source Go Browsers and projects below. Use the toggles on the left to filter open source Go Browsers by OS, license, language, programming language, and project status.
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Forever Free Full-Stack Observability | Grafana CloudBuilt on open standards like Prometheus and OpenTelemetry, Grafana Cloud includes Kubernetes Monitoring, Application Observability, Incident Response, plus the AI-powered Grafana Assistant. Get started with our generous free tier today.
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Enterprise-grade ITSM, for every businessFreshservice is an intuitive, AI-powered platform that helps IT, operations, and business teams deliver exceptional service without the usual complexity. Automate repetitive tasks, resolve issues faster, and provide seamless support across the organization. From managing incidents and assets to driving smarter decisions, Freshservice makes it easy to stay efficient and scale with confidence.
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Pinchtab
High-performance browser automation bridge and orchestrator
Pinchtab is a lightweight browser automation backend built specifically for AI agents that need efficient, programmatic web control. Implemented as a small standalone HTTP server, it allows any agent or script to interact with web pages using simple API calls instead of heavyweight browser frameworks. The tool emphasizes accessibility-first snapshots that dramatically reduce token usage compared to screenshot-based approaches, making it cost-effective for large-scale automation. It launches and manages its own Chrome instance while remaining framework-agnostic, so it can be used with any language or agent system. Pinchtab also supports persistent sessions, stealth automation, and both headless and headed operation modes. The project’s goal is to provide fast, cheap, and portable browser control infrastructure for modern AI workflows. -
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Telegraf
The plugin-driven server agent for collecting and reporting metrics
Telegraf is an agent for collecting, processing, aggregating, and writing metrics. Design goals are to have a minimal memory footprint with a plugin system so that developers in the community can easily add support for collecting metrics. Telegraf is plugin-driven and has the concept of 4 distinct plugin types. Input Plugins collect metrics from the system, services, or 3rd party APIs. Processor Plugins transform, decorate, and/or filter metrics. Aggregator Plugins create aggregate metrics (e.g. mean, min, max, quantiles, etc.). Output Plugins write metrics to various destinations. New plugins are designed to be easy to contribute, pull requests are welcomed and we work to incorporate as many pull requests as possible. You can try Telegraf right in your browser in the Telegraf playground. Telegraf shares the same minimum requirements as Go. -
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Helm Diff Plugin
Plugin that shows a diff explaining what a helm upgrade would change
This is a Helm plugin giving you a preview of what a helm upgrade would change. It basically generates a diff between the latest deployed version of a release and a helm upgrade --debug --dry-run. This can also be used to compare two revisions/versions of your helm release. -
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Rod
A Devtools driver for web automation and scraping
Rod is a high-level driver for DevTools Protocol. It's widely used for web automation and scraping. Rod can automate most things in the browser that can be done manually. Chained context design, intuitive to timeout or cancel the long-running task. Auto-wait elements to be ready. Debugging friendly, auto input tracing, remote monitoring headless browser. Thread-safe for all operations. Automatically find or download browser. High-level helpers like WaitStable, WaitRequestIdle, HijackRequests, WaitDownload, etc. Two-step WaitEvent design, never miss an event (how it works). Correctly handles nested iframes or shadow DOMs. No zombie browser process after the crash (how it works). CI enforced 100% test coverage. -
MongoDB Atlas runs apps anywhereMongoDB Atlas gives you the freedom to build and run modern applications anywhere—across AWS, Azure, and Google Cloud. With global availability in over 115 regions, Atlas lets you deploy close to your users, meet compliance needs, and scale with confidence across any geography.
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kubectl tree
kubectl plugin to browse Kubernetes object hierarchies as a tree
kubectl tree is a kubectl plugin that lets you visualize Kubernetes object hierarchies as a tree by following the ownerReferences set on API objects. Instead of manually chasing which ReplicaSet owns which Pods or which higher-level controller is responsible for a given resource, it prints an ASCII tree that shows parent-child relationships at a glance. This is especially useful for understanding how complex workloads like Deployments, StatefulSets, Knative Services, or Agones Fleets fan out into lower-level resources across the cluster. The plugin is written in Go, packaged for easy installation via the krew plugin manager, and exposes flags to control namespace scoping, label selectors, and condition filters so you can narrow what’s shown. It defaults to searching namespaced objects in the same namespace as the root resource, but can also traverse cluster-wide objects when asked. -
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amazon-vpc-cni-k8s
Networking plugin repository for pod networking in Kubernetes
Networking plugin repository for pod networking in Kubernetes using Elastic Network Interfaces on AWS. Launch kubelet with network plugins set to cni (--network-plugin=cni), the cni directories configured (--cni-config-dir and --cni-bin-dir) and node ip set to the primary IPv4 address of the primary ENI for the instance (--node-ip=$(curl http://169.254.169.254/latest/meta-data/local-ipv4)). It is also recommended that you set --max-pods equal to (the number of ENIs for the instance type × (the number of IPs per ENI - 1)) + 2; for details, see vpc_ip_resource_limit.go. Setting --max-pods will prevent scheduling that exceeds the IP address resources available to the kubelet. The Amazon VPC CNI plugin for Kubernetes supports a number of configuration options, which are set through environment variables. The following environment variables are available, and all of them are optional. -
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Amazon Lightsail CLI Extensions
Amazon Lightsail CLI Extensions
This project is the source code of lightsailctl, a tool that augments Amazon Lightsail features in AWS CLI. lightsailctl is executed automatically by AWS CLI when certain subcommands are used, such as AWS lightsail push-container-image. lightsailctl is written in Go, so please install Go. Keep reading if you want to work with lightsailctl source code locally. This container image pushing logic requires a number of steps that are outsourced from AWS CLI to lightsailctl. -
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GoCommerce
A headless e-commerce for JAMstack sites
GoCommerce is a lightweight open-source API built in Go that enables developers to add commerce functionality to static websites and JAMstack applications. The project focuses on handling the backend aspects of online stores, including order processing and payment management, while allowing the frontend to remain completely static. Because it is designed for headless commerce architectures, developers can build storefront interfaces using any frontend framework while relying on GoCommerce to manage transactions. The API integrates with payment providers such as Stripe to process payments securely and supports additional commerce capabilities such as international pricing and tax handling. Its minimal design makes it particularly suitable for developers building lightweight online stores or static eCommerce websites. GoCommerce is often used in JAMstack environments where the frontend is deployed on static hosting platforms while backend commerce logic is handled through APIs. -
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GopherJS
Compiler from Go to JavaScript for running Go code in a browser
GopherJS compiles Go code to pure JavaScript code. Its main purpose is to give you the opportunity to write front-end code in Go which will still run in all browsers. Nearly everything is supported, including Goroutines (compatibility documentation). Performance is quite good in most cases, see HTML5 game engine benchmark. Cgo is not supported. GopherJS requires Go 1.16 or newer. If you need an older Go version, you can use an older Gopher release. GopherJS uses your platform's default GOOS value when generating code. Supported GOOS values are: linux, darwin. If you're on a different platform (e.g., Windows or FreeBSD), you'll need to set the GOOS environment variable to a supported value. gopherjs serve is a useful command you can use during development. It will start an HTTP server serving on ":8080" by default, then dynamically compile your Go packages with GopherJS and serve them. -
Gemini 3 and 200+ AI Models on One PlatformBuild generative AI apps with Vertex AI. Switch between models without switching platforms.
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Surf
Stateful programmatic web browsing in Go
Surf is a Go library that implements a virtual web browser, allowing developers to programmatically interact with web pages as a real browser would. -
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cert-manager
Automatic TLS certificate manager for Kubernetes
Automate certificate management in cloud native environments. Cert-manager builds on top of Kubernetes, introducing certificate authorities and certificates as first-class resource types in the Kubernetes API. This makes it possible to provide 'certificates as a service' to developers working within your Kubernetes cluster. upport for popular CA types. Out of the box, cert-manager supports ACME (i.e. Let's Encrypt), HashiCorp Vault, Venafi, self signed and internal CA issuer types. cert-manager is Kubernetes native, and as such, it natively targets Kubernetes and OpenShift. This means it integrates well with other ecosystem tools and addons for your cluster, in order to seamlessly secure all your cloud native infrastructure. -
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Currently work in progress.
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Fluent Bit Amazon Kinesis Firehose
A Fluent Bit output plugin for Amazon Kinesis Data Firehose
A Fluent Bit output plugin for Amazon Kinesis Data Firehose. This plugin will continue to be supported. However, we are pausing development on it and will focus on the high-performance version instead. If the features of the higher performance plugin are sufficient for your use cases, please use it. It can achieve higher throughput and will consume less CPU and memory. This plugin has been tested with Fluent Bit 1.2.0+. It may not work with older Fluent Bit versions. We recommend using the latest version of Fluent Bit as it will contain the newest features and bug fixes. We distribute a container image with Fluent Bit and these plugins. -
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Fluent Bit Plugin Amazon Kinesis Streams
A Fluent Bit output plugin for Kinesis Streams
A Fluent Bit output plugin for Amazon Kinesis Data Streams. A partition key is used to group data by shard within a stream. A Kinesis Data Stream uses the partition key that is associated with each data record to determine which shard a given data record belongs to. For example, if your logs come from Docker containers, you can use container_id as the partition key, and the logs will be grouped and stored on different shards depending upon the id of the container they were generated from. As the data within a shard are coarsely ordered, you will get all your logs from one container in one shard roughly in order. Nested partition key is supported and you can use -> to point to your target key which is nested under another key. For example, your partition_key could be kubernetes->pod_name. If you don't set a partition key or put an invalid one, a random key will be generated, and the logs will be directed to random shards. -
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Fluent Bit Plugin for CloudWatch Logs
A Fluent Bit output plugin for CloudWatch Logs
A Fluent Bit output plugin for CloudWatch Logs. This plugin uses the AWS SDK Go, and uses its default credential provider chain. If you are using the plugin on Amazon EC2 or Amazon ECS or Amazon EKS, the plugin will use your EC2 instance role or ECS Task role permissions or EKS IAM Roles for Service Accounts for pods. The plugin can also retrieve credentials from a shared credentials file, or from the standard AWS_ACCESS_KEY_ID, AWS_SECRET_ACCESS_KEY, AWS_SESSION_TOKEN environment variables. A template in the form of $(variable) can be set in log_group_name or log_stream_name. variable can be a map key name in the log message. To access sub-values in the map use the form $(variable['subkey']). Also, it can be replaced with special values to insert the tag, ECS metadata, or a random string in the name. It can achieve higher throughput and will consume less CPU and memory. -
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GoSublime
A Golang plugin collection for SublimeText 3
A Golang plugin collection for SublimeText 3, providing code completion and other IDE-like features. GoSublime is an IDE-like plugin for Sublime Text 3 mainly, but not limited to, providing integration for most of your Go/Golang development tools. Code completion from Gocode (fork). Context aware snippets via the code-completion popup. Sublime build system(ctrl+b) integrating with GoSublime 9o command prompt with live command output. lint/syntax check as you type or on save. Quickly jump to any linter error reported in any open file or package. Quickly fmt your source or automatically on save to conform with your coding standards. Easily create a new go file and run it without needing to save it first (9o replay), share your snippets (anything in the loaded file) on play.golang.org. List declarations in the current file or package; automatically add/remove package imports; quickly jump your import section(automatically goes to the last import). -
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chromedp
A faster, simpler way to drive browsers supporting the Chrome DevTools
chromedp is an open-source Go library that provides high-level browser automation capabilities by communicating directly with the Chrome DevTools Protocol. The library allows developers to control Chrome or Chromium programmatically from Go applications without relying on external browser drivers or additional runtime dependencies. Using chromedp, developers can automate tasks such as navigating websites, filling out forms, clicking elements, capturing screenshots, and extracting structured data from pages. The library typically operates in headless mode but can also run with a visible browser window when needed for debugging or development. Because it communicates directly with Chrome’s debugging interface, chromedp offers high performance and reliable automation compared with tools that rely on intermediary drivers. It is frequently used for web scraping, automated testing, performance monitoring, and browser-based data extraction workflows. -
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the hotdog web browser
The hotdog web browser and browser engine
the hotdog web browser project is a hobbyist web browser and layout engine written entirely from scratch in Go to explore how browsers work under the hood, implementing core components like an HTML parser, CSS rendering, UI toolkit, networking, and layout logic without relying on heavy external dependencies. It’s far from being a complete or spec-compliant browser, but it’s designed to be a learning platform and experimental codebase for anyone curious about browser internals and rendering architecture. The repository includes custom named modules such as ketchup for HTML parsing, mayo for CSS rendering, and a minimal OpenGL/GLFW-based UI toolkit termed mustard, among others. Because it’s handcrafted with minimal dependencies (only OpenGL and GLFW outside the standard library), it emphasizes understanding every part of the browser stack. Development is ongoing and community contributions (ideas, features, bug reports) are welcome.
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