AI IDE List
AI IDE List
ComparisonAI Cloud IDEs / Browser Dev Environments

Eclipse Che vs Gitpod

Compare Eclipse Che and Gitpod by workflow, pricing, privacy, model support, and best use cases.

Quick Verdict
Eclipse Che logo

Eclipse Che

Eclipse Che is a strong choice for organizations that want open-source, Kubernetes-native, browser-based developer workspaces with enterprise control. It is less suitable for teams that want a fully managed SaaS IDE, built-in AI coding, or a low-operations setup.

Gitpod logo

Gitpod

Choose Gitpod/Ona when reproducible cloud environments, agent-safe execution, governance, and enterprise VPC control matter more than a simple browser sandbox. Choose GitHub Codespaces for GitHub-native dev containers, StackBlitz for browser-native WebContainers, CodeSandbox for sandbox SDK infrastructure, or Replit when prompt-to-app creation and hosting are the priority.

Eclipse Che logo

Eclipse Che

Pricing model
open-source
Free plan
Yes
Open source
Yes
Local models
No
BYOK
No
Editor base
Browser
Gitpod logo

Gitpod

Pricing model
freemium
Free plan
Yes
Open source
No
Local models
No
BYOK
Yes
Editor base
Browser

Key Differences

Workflow

Eclipse Che

Eclipse Che is an open-source Kubernetes-native cloud development environment platform for teams that want centrally managed, browser-based, reproducible developer workspaces.

Gitpod

Gitpod, now Ona, is a cloud development environment and agent runtime platform for reproducible developer workspaces, background software agents, and governed cloud execution.

Pricing

Eclipse Che

open-source

Gitpod

freemium

BYOK

Eclipse Che

No

Gitpod

Yes

compare.fields.openSource

Eclipse Che

Yes

Gitpod

No

Feature Comparison

FeatureEclipse Che logoEclipse CheGitpod logoGitpod
Primary workflowEclipse Che is an open-source Kubernetes-native cloud development environment platform for teams that want centrally managed, browser-based, reproducible developer workspaces.Gitpod, now Ona, is a cloud development environment and agent runtime platform for reproducible developer workspaces, background software agents, and governed cloud execution.
Typeframeworkresource
Editor baseBrowserBrowser
Pricing modelopen-sourcefreemium
Starting price$0$0
Free planYesYes
Open sourceYesNo
Local modelsNoNo
BYOKNoYes
PlatformsBrowser, Kubernetes, OpenShift, AWS EKS, Azure AKS, Google Kubernetes Engine, Minikube, vCluster, Visual Studio Code - Open Source, JetBrains IDEs, Open VSXWeb browser, VS Code, Cursor, JetBrains IDEs, CLI, SSH, GitHub, GitLab, Bitbucket, Linear, Jira, Notion, AWS, GCP, Ona Cloud, Self-hosted VPC deployments
ModelsUnknownCodex, Claude Code, AWS Bedrock, Google Vertex, private APIs
Enterprise featuresKubernetes and OpenShift deployment, OIDC authentication, OpenShift OAuth and Dex integration, Kubernetes RBAC authorization, Multi-user workspace management, Restricted and air-gapped installation support, Standalone Open VSX registry support, CheCluster custom resource configuration, Prometheus and Grafana monitoring integration, Workspace isolation through Kubernetes namespaces and podsSelf-hosted Ona-managed VPC deployment, AWS deployment, GCP deployment, Complete network control, Custom domains, Custom load balancers, Custom certificates, HTTP proxy support, SSO, OIDC, SCIM, Fine-grained roles, Org-wide secrets, Detailed audit trails, Centralized admin controls, Command deny lists, Control over MCP usage, Centralized editor and environment-class controls, Warm pools, Custom environment sizes, Custom auto-delete policies, Programmatic API and SDK access, SLAs, Dedicated account manager, Forward deployed engineer, Premium support
Best forEnterprise teams standardizing development environments on Kubernetes or OpenShift, Organizations replacing local workstation setup with centralized browser-based workspaces, Platform engineering teams building cloud development environments, Teams that want devfile-based, version-controlled workspace definitions, Projects that benefit from production-like development runtimes inside Kubernetes podsReproducible cloud development environments, Developer onboarding, Remote development, Secure BYOD development, Standardized enterprise workspaces, Pull request review environments, Background AI agent execution, Scheduled engineering automations, Code migration workflows, CVE remediation workflows, Regulated teams needing VPC deployment, Teams that want governed development environments for humans and agents
Not best forSmall teams that want a simple managed IDE with no Kubernetes operations, Developers looking for an AI coding assistant or prompt-to-app builder, Teams that do not use containers, Kubernetes, OpenShift, or devfile workflows, Organizations without capacity to manage storage, networking, OIDC, RBAC, upgrades, and cluster sizing, Solo developers who mainly need lightweight local developmentUsers who only need a lightweight browser sandbox, Developers looking primarily for AI autocomplete, Non-technical users looking for prompt-to-app builders, Small teams that want simple fixed pricing with no usage credits, Organizations that do not want to manage cloud development environment policy, Teams that require fully local development only, Users who want a product still marketed only under the old Gitpod name

Use Case Winners

Best for editor-first coding
Similar

Both Eclipse Che and Gitpod have comparable signals here.

Best for private or controlled model workflows
Gitpod

Gitpod has BYOK or model-routing flexibility.

Best for teams and enterprise governance
Gitpod

Gitpod lists more team or enterprise controls.

Best for frontend or web app work
Gitpod

Gitpod has stronger frontend or web workflow signals.

Best for model flexibility
Gitpod

Gitpod supports more model/provider options or BYOK-style workflows.

Best for open-source preference
Eclipse Che

Eclipse Che is marked as open source.

Pricing Comparison

Eclipse Che logo

Eclipse Che

  • Open Source$0 / month

    Eclipse Che is free and open source under the Eclipse Public License 2.0.

  • Self-Hosted InfrastructureUsage-based

    You provide and pay for Kubernetes, OpenShift, storage, networking, identity, and compute resources.

  • Hosted Trial / Samples$0

    Public sample workspaces may be available through Red Hat-hosted OpenShift workspaces, subject to availability and account requirements.

Gitpod logo

Gitpod

  • Free / Starter access$0 / month

    Free starting access is available for trying Ona/Gitpod-style environments; sustained team usage is centered on paid Core and Enterprise plans.

  • CoreFrom $20 / month

    For individuals and teams. Includes pooled Ona Compute Units, up to 100 team members, unlimited parallel environments, prebuilds, project sharing, RBAC, MCP support, and cloud-hosted compute.

  • Add-on OCUsFrom $10 / 40 OCUs

    Additional Ona Compute Units for environment runtime and agent conversations. Monthly credits expire monthly; add-on credits are valid for one year.

  • EnterpriseCustom

    Self-hosted, Ona-managed VPC deployment with custom credits, SSO/OIDC, audit trails, org-wide secrets, network control, SDK/API access, warm pools, SLAs, and dedicated support.

  • Gitpod ClassicLegacy

    Older Gitpod Classic workspace and credit-based documentation remains available under Ona docs for existing or historical Gitpod workflows.

Privacy & Security

Eclipse Che logo

Eclipse Che

Eclipse Che is typically self-hosted on infrastructure controlled by the organization. Source code, workspace containers, credentials, logs, and runtime data are governed by the chosen Kubernetes or OpenShift cluster, storage backend, identity provider, RBAC policies, and extension registry configuration. Teams should review cluster access, namespace isolation, secrets handling, image provenance, Open VSX registry policy, and log retention before rollout.

Gitpod logo

Gitpod

Ona/Gitpod environments may contain repository code, generated files, secrets, terminal output, development services, agent conversations, MCP tool results, and connected source-control or issue-tracker context. The current Ona pricing page states that customer data and code are not used to train models. Teams should still configure secrets, RBAC, audit logs, command deny lists, MCP controls, retention policies, VPC networking, and environment auto-delete settings carefully before running sensitive workloads or autonomous agents.

Choose Eclipse Che if...

  • Enterprise teams standardizing development environments on Kubernetes or OpenShift
  • Organizations replacing local workstation setup with centralized browser-based workspaces
  • Platform engineering teams building cloud development environments
  • Teams that want devfile-based, version-controlled workspace definitions
  • Projects that benefit from production-like development runtimes inside Kubernetes pods

Choose Gitpod if...

  • Reproducible cloud development environments
  • Developer onboarding
  • Remote development
  • Secure BYOD development
  • Standardized enterprise workspaces

Avoid Eclipse Che if...

  • Small teams that want a simple managed IDE with no Kubernetes operations
  • Developers looking for an AI coding assistant or prompt-to-app builder
  • Teams that do not use containers, Kubernetes, OpenShift, or devfile workflows
  • Organizations without capacity to manage storage, networking, OIDC, RBAC, upgrades, and cluster sizing
  • Solo developers who mainly need lightweight local development

Avoid Gitpod if...

  • Users who only need a lightweight browser sandbox
  • Developers looking primarily for AI autocomplete
  • Non-technical users looking for prompt-to-app builders
  • Small teams that want simple fixed pricing with no usage credits
  • Organizations that do not want to manage cloud development environment policy