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Home/Categories/Developer Tools/Code Server
icon of Code Server

Code Server

Open source alternative to GitHub Codespaces, Coder, Gitpod and Google Cloud Workstations

  • 79.8K stars
  • MIT
  • Active this week
  • Last commit today

Last verified Nov 4, 2026

Run VS Code in the browser on your own server, keeping code and credentials on infrastructure you control with no per-seat pricing.

Visit websiteGitHub79.8K starsDeploy on Hostinger
Image for Code Server
TL;DR

Code Server runs VS Code in the browser on any Linux server, so developers can access their full IDE from any device without a local install. It replaces paid cloud IDEs like GitHub Codespaces and Gitpod, with no per-seat fees and code staying on infrastructure you own. MIT licensed, it installs in one command and requires 1 GB RAM and 2 vCPUs. Best for developers who need consistent environments across devices or work from machines where they cannot install software locally.

Read the full breakdownHide the full breakdownWho it is for, how it works, trade-offs, the quick start and the FAQ
who it's for

Who Code Server is for#

Developers working from restricted or low-power devices

code-server turns a Chromebook, a locked-down corporate laptop, or a low-spec tablet into a full development workstation by moving the IDE to a remote server. The browser client needs only a stable internet connection and a modern browser.

Skip if:

Your primary machine is a well-specced developer laptop you can install software on. Local VS Code with the Remote SSH extension covers remote-compute use cases without running a full server process.

Developers who want compute offloaded to a remote server

Builds, test runs, and dependency installs run on a remote server instead of the local machine. The developer's device stays cool and battery-efficient. Use a cloud server for heavy computations and access the work from any browser.

Skip if:

Your compilation and test times are fast enough locally. The setup overhead of maintaining a remote server is not worth it if local performance is acceptable.

Teams enforcing consistent development environments

By hosting code-server instances on shared infrastructure, teams avoid the works-on-my-machine class of bugs. All developers run the same OS, runtime versions, and tool configs, eliminating environment drift as a category of problem.

Skip if:

Your team already has a working devcontainer or Nix-based local setup. Those tools solve environment consistency without requiring a persistent remote server.

the problem

The problem it solves#

Development environments are fragile the moment you change devices. A full workstation setup with the right Node version, configured extensions, and project credentials does not transfer to a different laptop, a hotel Chromebook, or a locked-down corporate machine. Each context switch means reconfiguring from scratch or going without.

Cloud IDEs exist to solve the access problem but move your code to someone else's servers and bill per seat or per hour. Teams with compliance requirements or proprietary code face a tradeoff they cannot accept: the accessibility of a browser-based IDE against the data residency risks of a commercial platform. Even teams without strict requirements end up paying ongoing subscription costs just to avoid the setup problem.

how Code Server solves it

How it solves it#

Full VS Code in the browser

Runs the actual VS Code server process, not a web-based clone. Extensions, keybindings, settings, and themes behave the same as the desktop application because code-server is built from the VS Code open source codebase.

Any-device browser access

Any device with a modern browser can access the full IDE over HTTPS with no client install. A Chromebook, an iPad, a locked-down work laptop, or a low-power netbook all become viable development machines pointing to the same configured workspace.

Server-side compute for builds and tests

CPU-intensive work runs on the server, not the browser client. Builds, test suites, dependency downloads, and compilations use the server's CPU and memory, so developers on lightweight hardware get the full throughput of whatever machine hosts code-server. This also preserves battery life on the client device during long sessions.

One-command install with package manager detection

A single curl command auto-detects the system package manager (apt, yum, nix, Homebrew) and installs code-server with a systemd service. The install script prints startup instructions on completion. Minimum: 1 GB RAM, 2 vCPUs, and WebSockets enabled.

Devcontainer and cloud provider deploy support

Works with the devcontainers specification through the code-server devcontainer feature, so projects already using devcontainers can add browser-based access without changing their existing config. One-click deploy guides for major cloud providers are available in the coder/deploy-code-server repository.

strengths · trade-offs

Strengths and trade-offs#

Strengths

  • MIT license with no seat fees or usage capsThe entire code-server project is MIT licensed. You run it on your own server, pay nothing per seat, and have no usage restrictions. GitHub Codespaces charges per core-hour; Google Cloud Workstations charges per VM-hour. With code-server, the only ongoing cost is your server.
  • Code stays on infrastructure you controlBecause you deploy code-server on your own server, source code and credentials never leave your infrastructure. This matters for teams with compliance requirements or proprietary code that cannot be held by a third-party cloud provider.
  • Active project with 79,000+ starscode-server has over 79,000 GitHub stars and was last updated in November 2026. The project has 6,900+ forks and 142 open issues, indicating active use and ongoing maintenance since its creation in 2019.
  • Client device battery preservationBecause computation runs on the server, the client device acts as a thin terminal. The README explicitly names battery preservation as a design goal: intensive tasks run on the server, so the client laptop or tablet stays cool and responsive during long sessions.

Trade-offs

  • -Single-user by default; teams require a separate productcode-server is designed for single-user deployments. The README directs teams to coder/coder, a separate open source project, to manage code-server for multiple users. Setting up Coder is significantly more involved than a single code-server install and introduces additional infrastructure to maintain.
  • -IDE performance depends on network latencyBecause the editor runs in a browser connected to a remote server, high-latency or unreliable network connections make the IDE feel sluggish. Autocomplete, file navigation, and typing responses are all affected by round-trip time. Users on slow connections may find the experience noticeably worse than a local editor.
  • -Linux server required as the hostcode-server runs only on Linux as a server host. Teams running Windows infrastructure need to run code-server inside WSL or a Linux VM, which adds setup complexity. macOS is supported via Homebrew for local development use but is not a typical server deployment path.
versus alternatives

Code Server vs alternatives#

Code Server vs GitHub Codespaces

GitHub Codespaces and code-server both give developers a browser-based VS Code environment, but they differ fundamentally in where that environment runs. Codespaces is a managed service on GitHub's infrastructure, billed per core-hour; code-server runs on a server you own and is free to use.

FeatureCode ServerGitHub Codespaces
LicenseMITProprietary
Self-hostingYes, requiredNo (GitHub-hosted)
PricingFree (server costs only)Per core-hour billing
Code locationYour infrastructureGitHub's cloud
SetupRequires Linux serverZero setup

Code Server is the better choice when your code must stay on infrastructure you control, when per-usage billing is not acceptable, or when you want to run builds on a persistent server you configure for your workload. GitHub Codespaces is the better fit when you want zero infrastructure management, when tight GitHub integration matters (branch creation, PR workflows), or when temporary short-lived environments fit your workflow better than a persistent server.

Code Server vs Gitpod

Gitpod is a cloud-based development environment service with ephemeral, containerized workspaces. It runs on its own infrastructure and charges per usage hour.

FeatureCode ServerGitpod
LicenseMITProprietary
Self-hostingYesCloud-hosted
PricingFree (server costs only)Per usage hour
Workspace modelPersistent serverEphemeral containers

Code Server is better when you need a persistent environment that keeps long-running processes alive between sessions, runs on your own hardware, and costs nothing beyond the server. Gitpod's ephemeral model is better when you want clean environments for every task or repository without managing a persistent server.

Code Server vs Google Cloud Workstations

Google Cloud Workstations is a managed service within Google Cloud that provisions development VMs and charges per machine-hour.

FeatureCode ServerGoogle Cloud Workstations
LicenseMITProprietary
Self-hostingYesNo (GCP-managed)
PricingFree (server costs only)Per VM-hour
Cloud dependencyNoneGoogle Cloud required

Code Server is the better choice when you want to avoid cloud vendor lock-in or run your development environment outside Google Cloud. Google Cloud Workstations fits teams already deep in GCP who want managed provisioning, IAM integration, and enterprise support contracts.

install · quick start

Quick start#

bash
Self-host code-server using the install script, which detects your Linux package manager and configures a systemd service.
```bash
curl -fsSL https://code-server.dev/install.sh | sh
```
tech stack · detected from GitHub

What it's built on#

Languages
TypeScript
Frameworks
Express
Tooling
VS Code
frequently asked

FAQ#

Is code-server the same as VS Code?

code-server runs VS Code on a server and serves the editor to a browser. It is built from the VS Code open source codebase, so the editor works the same, including extensions, keybindings, settings, and themes. The main difference from desktop VS Code is that you access it through a browser rather than installing it locally.

Is code-server free to use?

Yes. code-server is MIT licensed and free to self-host. You run it on a server you own or rent and pay nothing to the code-server project. Your only cost is the server itself. For multi-user team deployments with workspace management, the Coder enterprise product is a separate project with its own licensing.

How does code-server compare to GitHub Codespaces?

GitHub Codespaces is a managed cloud service that runs development environments on GitHub's infrastructure and charges per core-hour. code-server runs on infrastructure you own and is free to use, but you manage the server yourself. Codespaces requires no server setup and integrates tightly with GitHub repositories; code-server requires a Linux server but keeps code off third-party infrastructure.

What are the minimum server requirements for code-server?

The README specifies a Linux machine with WebSockets enabled, 1 GB RAM, and 2 vCPUs as the minimum. In practice, 2 GB RAM and a faster CPU will give a noticeably better experience, especially with TypeScript language servers and multiple extensions running.

Can multiple users share one code-server instance?

code-server is designed for single-user use. Running it for multiple users requires Coder (coder/coder), a separate open source product from the same team that adds workspace templates, multi-user management, and provisioning for teams. The README directs teams to coder/coder for this use case.

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Hostinger

Self-host Code Server on a Hostinger VPS

Keep it running 24/7, even when your laptop is off. A Hostinger VPS gives it a server of its own.

  1. 01

    Choose a plan

    Starts from $6.49/mo

  2. 02

    Apply

    Extra 10% off yearly plans

  3. 03

    Install Code Server

    On a server that stays on

  4. 04

    Start building

    Focus on the app, not the server

Deploy on Hostinger

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