Skip to content
SPECIFICTION
Get listed

Garden

garden.io

From $50/mo Free plan Open source WebWindowsmacOSLinuxAPISelf-hosted
Visit garden.io
Spec score 9.1 #1 of 40 in Container Development Environments

What it is

Garden is a DevOps automation tool for developing and testing Kubernetes applications. It creates production-like environments for development, testing, and CI on demand, then represents infrastructure, builds, services, and tests in a dependency-aware action graph. Graph-aware caching avoids rerunning unchanged images and tests. Garden Core uses YAML declarations to make workflows reproducible across developer machines and CI, and sync mode live-syncs changes to running deployments. Plugins cover Kubernetes, Helm, Terraform, Pulumi, and local scripts. Its Terraform provider validates and provisions infrastructure and exposes stack outputs to Garden actions; the Pulumi plugin is experimental and deploys stacks in dependency order. Garden Cloud's Remote Container Builder uses managed remote compute and shared Docker layer caches. Garden supports Linux, macOS, Windows, and self-hosted use. It requires Git 2.14 or newer, and local service builds need a local Kubernetes installation. The free tier has limits on build minutes, cache hits, and cache retention. Enterprise is a self-hosted Garden Cloud distribution installed into a customer's Kubernetes infrastructure.

Spec sheet

What it does
Garden automates development and testing workflows for Kubernetes and other cloud-native applications.Read 14 Oct 2026 · docs.garden.io
Purpose
Garden is a DevOps automation tool for developing and testing Kubernetes apps faster.Read 1 Oct 2026 · docs.garden.io
Audience
Garden is intended for platform engineers, DevOps engineers and application developers running workloads on Kubernetes.Read 1 Oct 2026 · docs.garden.io
Integrations
Garden provides plugins for Kubernetes, Helm, Terraform, Pulumi and local scripts.Read 1 Oct 2026 · docs.garden.io
Security
A Garden community response states that the company is SOC 2 compliant and undergoes regular penetration testing.Read 1 Oct 2026 · community.garden.io
Support
Garden directs users to Garden Discussions and its GitHub repository for help and issue reporting.Read 1 Oct 2026 · docs.garden.io
License
The Garden repository is open source under the Mozilla Public License 2.0.Read 14 Oct 2026 · github.com
Action graph
Its dependency-aware action graph tracks infrastructure, builds, deployments and tests to avoid unnecessary reruns.Read 14 Oct 2026 · github.com
Caching
Garden uses graph-aware caching so unchanged images and tests do not run again.Read 1 Oct 2026 · docs.garden.io
Changelog
Release 0.14.18 dated February 25, 2026 added custom-command improvements and bundled Traefik ingress support.Read 14 Oct 2026 · github.com
CI portability
The same workflows can run on developer machines, CI servers and cloud environments.Read 14 Oct 2026 · docs.garden.io
Company profile
LinkedIn lists Garden.io as a privately held software-development company founded in 2018, headquartered in Berlin, with 11–50 employees.Read 14 Oct 2026 · linkedin.com
Configuration
Garden Core uses YAML declarations to make workflows reproducible and portable across developer machines and CI.Read 1 Oct 2026 · docs.garden.io
Dashboard
Garden Cloud's dashboard visualizes CI/CD flows, logs and command history.Read 14 Oct 2026 · docs.garden.io
Docker requirement
The quickstart requires Docker running, while local Kubernetes is optional for the introductory deployment.Read 14 Oct 2026 · docs.garden.io
Documentation
Documentation includes quickstarts, conceptual guides, workflow guides, provider references and a large CLI command reference.Read 14 Oct 2026 · docs.garden.io
Enterprise deployment
Garden Enterprise is a self-hosted Garden Cloud distribution installed into a customer's Kubernetes infrastructure.Read 1 Oct 2026 · enterprise-v1.docs.garden.io
Environments
Garden creates production-like environments for development, testing and CI on demand.Read 1 Oct 2026 · docs.garden.io
Extensibility
Garden is plugin-based and its repository includes an SDK area for building provider and action integrations.Read 14 Oct 2026 · github.com
Infrastructure integrations
The project identifies Kubernetes, Terraform and Pulumi as its principal plugins.Read 14 Oct 2026 · github.com
Kubernetes integration
Garden uses the Kubernetes API and kubectl, supports Helm and Kubernetes actions, and isolates work with namespaces.Read 14 Oct 2026 · docs.garden.io
Limit: documentation
Reviewers say the documentation can be overwhelming or difficult to read, especially during initial setup.Read 14 Oct 2026 · g2.com
Limit: learning curve
G2 reviewers describe a steep learning curve for people new to Kubernetes, microservices or DevOps.Read 14 Oct 2026 · g2.com
Limit: multi-project complexity
A G2 reviewer reports difficulty managing dependencies across complex multi-project configurations.Read 14 Oct 2026 · g2.com
Limit: shared files
A G2 reviewer reports no convenient deployment mechanism for sharing files or libraries, leading to duplicated code or external resources.Read 14 Oct 2026 · g2.com
Live synchronization
Sync mode live-syncs code changes into running services for faster development feedback.Read 14 Oct 2026 · github.com
Ownership news
Incredibuild announced its acquisition of Garden on November 4, 2024, combining Garden's cloud-native CI capabilities with Incredibuild's acceleration platform.Read 14 Oct 2026 · incredibuild.com
Praise: automation and integration
Reviewers praise automated testing and deployment plus integration with existing CI pipelines and version-control systems.Read 14 Oct 2026 · g2.com
Praise: environment management
G2 reviewers repeatedly praise easy isolated environments, consistent development setups and rapid deployment or testing.Read 14 Oct 2026 · g2.com
Production-like environments
It creates on-demand production-like environments for development, testing and continuous integration.Read 14 Oct 2026 · docs.garden.io
Public API
CLI output schemas are also used by Garden's REST API, with JSON responses documented in the command reference.Read 14 Oct 2026 · docs.garden.io
Pulumi
Garden includes an experimental Pulumi plugin that deploys Pulumi stacks in dependency order.Read 1 Oct 2026 · docs.garden.io
Rating on FeaturedCustomers
4.8 out of 5 from 763 reference ratingsRead 14 Oct 2026 · featuredcustomers.com
Rating on G2
4.4 out of 5 from 6 reviewsRead 14 Oct 2026 · g2.com
Remote builds
Garden Cloud's Remote Container Builder uses managed remote compute and shared Docker layer caches.Read 1 Oct 2026 · docs.garden.io
Remote image builds
Garden Cloud provides a Remote Container Builder for building images without requiring a local Kubernetes deployment.Read 14 Oct 2026 · docs.garden.io
Requirements
Garden requires Git 2.14 or newer, and local service builds require a local Kubernetes installation.Read 1 Oct 2026 · docs.garden.io
Security advisory
A high-severity 2022 advisory reported environment and configuration disclosure through the dev-mode local API for versions below 0.12.39; version 0.12.39 patched it.Read 14 Oct 2026 · github.com
Smart caching
Garden caches builds and tests so unchanged work is skipped, with the documentation reporting typical CI reductions from roughly twenty minutes to an hour.Read 14 Oct 2026 · docs.garden.io
Stack graph
Garden models infrastructure, builds, services and tests as a dependency-aware action graph.Read 1 Oct 2026 · docs.garden.io
Supported operating systems
Official installation instructions cover macOS, Windows 10 or later, and Linux.Read 14 Oct 2026 · docs.garden.io
Sync mode
Garden has a sync mode that live-syncs changes to running deployments for faster development feedback.Read 1 Oct 2026 · docs.garden.io
System requirement
The installation guide requires Git 2.14 or newer; local Kubernetes is needed when building and running services locally.Read 14 Oct 2026 · docs.garden.io
Terraform
Garden's Terraform provider validates and provisions infrastructure and exposes stack outputs to Garden actions.Read 1 Oct 2026 · docs.garden.io
Workflows
Workflows combine Garden commands and shell scripts and can run locally, in CI or through Garden Cloud triggers.Read 14 Oct 2026 · docs.garden.io

Plans and prices

Free Free Garden Core CLI · limited monthly remote-cache hits via Garden Cloud Read 14 Oct 2026 · devtune.ai
Free tier Free limited build minutes · cache hits · cache retention Read 1 Oct 2026 · docs.garden.io
Team $50 a month per user 1,000 remote build minutes per user monthly, pooled organization-wide · extra compute available à la carte Read 14 Oct 2026 · devtune.ai
Enterprise Priced on request higher cache-hit limits · self-hosted or single-tenant cloud · enhanced security features Read 14 Oct 2026 · devtune.ai

Every Garden plan and price →

Strong points and limits

Strong points

  • Creates on-demand production-like environments.
  • Graph-aware caching avoids rerunning unchanged images and tests.
  • YAML workflows are reproducible across machines and CI.
  • Supports Kubernetes, Helm, Terraform, and Pulumi plugins.
  • Available for Linux, macOS, and Windows.

Limits

  • Requires Git 2.14 or newer.
  • Local service builds need local Kubernetes.
  • Pulumi plugin is experimental.
  • Free tier limits build minutes, cache hits, and retention.

Who it suits

Garden is intended for platform engineers, DevOps engineers, and application developers running workloads on Kubernetes. It is relevant to teams seeking repeatable development, testing, and CI environments.

Garden in depth

Read the full write-up

Overview

Garden is a Kubernetes-focused tool for coordinating application development, testing and CI workflows. It suits platform and DevOps engineers, plus application developers whose work already runs on Kubernetes. Its appeal is a shared, dependency-aware workflow with caching; the local Kubernetes requirement and free-tier caps are meaningful constraints.

Key features

Garden represents infrastructure, builds, services and tests as an action graph, so dependencies can shape the order of work. Graph-aware caching skips unchanged images and tests, reducing repeated work across development and CI runs. That is most useful in projects with substantial, recurring workflows; teams seeking a lightweight tool for projects without Kubernetes workloads may not need this structure.

Garden Core uses YAML declarations to make workflows reproducible across developer machines and CI. Sync mode live-syncs changes to running deployments, which can shorten the feedback loop during development. Plugins cover Kubernetes, Helm, Terraform, Pulumi and local scripts. The Terraform provider validates and provisions infrastructure and exposes stack outputs to Garden actions. The Pulumi plugin deploys stacks in dependency order, but it is experimental, making it a less suitable foundation for teams that need a mature Pulumi integration.

Garden Cloud's Remote Container Builder uses managed remote compute and shared Docker layer caches. This extends the build workflow beyond local machines, while the local service-build path requires a local Kubernetes installation. Garden also supports Compose workflows and resource controls.

Pricing

Garden is freemium. The Free tier costs nothing and includes limited build minutes, cache hits and cache retention. It is a reasonable starting point for individual evaluation or a small workload, but those caps can constrain teams with sustained CI activity or a need to retain shared cache longer.

The Team plan has custom pricing and raises cache limits, build minutes and layer caching, making it the more relevant step for teams that outgrow the free allowances. Enterprise also has custom pricing and adds secrets management, RBAC and a self-hosted distribution. Garden Enterprise is installed in the customer's Kubernetes infrastructure, a better fit where that deployment model and those controls matter than for teams seeking a no-cost setup.

Platforms

Garden supports macOS, Windows and Linux desktop platforms, as well as web and self-hosted use. Local service builds require a local Kubernetes installation, and Git 2.14 or newer is required. That prerequisite makes Garden a natural choice for Kubernetes-equipped teams, but an added setup burden for developers without a local cluster.

Who it's for

Garden is aimed at platform engineers, DevOps engineers and application developers running workloads on Kubernetes. It is strongest where teams want development, testing and CI to share a reproducible workflow, and where caching can avoid repeated build and test work. It is less compelling for projects that do not depend on Kubernetes or for teams that cannot accommodate the local-cluster requirement.

For help and issue reporting, Garden directs users to Garden Discussions and its GitHub repository. A Garden community response states that the company is SOC 2 compliant and undergoes regular penetration testing.

Pros and cons

Dependency-aware workflows: A graph connects infrastructure, builds, services and tests, helping coordinate multi-step development and CI work.

Less repeated work: Graph-aware caching skips unchanged images and tests; Garden Cloud adds shared Docker layer caches for remote builds.

Portable configuration: YAML declarations help keep workflows consistent across developer machines and CI.

Kubernetes prerequisite: Local service builds need a local Kubernetes installation, which rules out some simpler local-development setups.

Free-tier quotas: Limited build minutes, cache hits and cache retention may be restrictive for regular team CI.

Experimental Pulumi support: Teams depending on Pulumi should account for the plugin's experimental status.

Alternatives

Kool is worth considering for teams that want a freemium option with a specifically bounded BYOC Free plan: free covers 1 cluster, 1 node, 1 environment and 1 app, while Managed Cloud Micro costs $5 a month.

Docker Desktop may suit developers looking for a broader local container toolset: its free Personal plan includes Docker Desktop, Docker Engine and Kubernetes, Docker Hub, Docker Scout and Docker Debug; Pro costs $9 a month.

Tokaido is a free alternative for readers who value an open-source tool and Docker containers that its maker says can be forked and modified.

Testcontainers Desktop is a better comparison for individual developers focused on test containers: its free plan includes 300 minutes of cloud runtime per month, while Turbo mode requires a paid account.

Devilbox is another free option with Linux, macOS, self-hosted, web and Windows platforms.

kind is a free, open-source option with Linux, macOS, self-hosted and Windows support and no paid plans.

OrbStack is a macOS-only alternative; its free plan is for personal, non-commercial use and includes containers, Linux machines and community support, while Pro costs $8 a month.

Tilt is a free, open-source option for Linux, macOS and Windows.

For wider comparisons, see Container Development Environments, Kubernetes Deployment Tools and Container Build Tools.

Verdict

Choose Garden if your team already works with Kubernetes and wants reproducible, dependency-aware development and CI workflows that can avoid rebuilding unchanged work. Its strongest reason to look elsewhere is the local Kubernetes requirement, compounded by free-tier caps for teams with heavy build activity. Teams that outgrow those caps can consider custom-priced Team or Enterprise plans, depending on their cache needs and deployment controls.

Verdict

Garden combines Kubernetes development environments with dependency-aware workflows and caching. Check the local Kubernetes requirement and free-tier limits against your team's setup.

Where Specifiction places it

Alternatives to GardenAll alternatives →