How to Integrate Bolt.new with Atom

Before setting up the workflow, it is worth understanding what 'Atom' means in 2026. GitHub officially sunset Atom on December 15, 2022 — the official download links now redirect to Pulsar (pulsar-edit.dev), a community fork maintained by volunteers that preserves the Atom experience and package ecosystem. If you downloaded Atom after early 2023, you likely installed Pulsar. The original Atom binaries are still available on atom-editor.cc, a community archive site, but they receive no security updates or bug fixes. Your options are: (1) Use Pulsar — the direct Atom successor, actively maintained, fully compatible with Atom packages and config. This is the best choice if you want the Atom experience with ongoing support. (2) Use VS Code — Microsoft's editor that shares Electron foundations with Atom, has absorbed much of the community, and offers superior extension support and performance. (3) Continue with the original Atom binary if you already have it installed and it meets your needs, understanding that it is frozen at the December 2022 state. For this guide, the steps apply to both Atom and Pulsar identically — the editors share the same interface, keybindings, and package manager (apm for Atom, ppm for Pulsar). When a command differs, both versions will be shown. Regardless of which editor you choose, the Bolt.new export workflow is the same: Bolt generates a standard JavaScript project, and any text editor can open and work with it.

Bolt.new does not have a direct 'open in editor' integration for Atom or any local IDE. The connection point is the project export feature, which downloads all your project files as a ZIP archive. This is the standard path for working on Bolt code outside the browser. To export: open your Bolt project in the browser, look for the download icon in the top toolbar (it typically looks like a downward arrow or a box with an arrow). Click it — Bolt packages your entire project file system into a ZIP and downloads it to your browser's default download folder. The ZIP contains all project files: package.json, the src/ directory with all components, configuration files (vite.config.ts or next.config.js), .env (if you created one with placeholder values), and the public/ directory with static assets. Important notes about the exported ZIP: the node_modules/ directory is NOT included in the export (this is correct behavior — running npm install after extraction will recreate it). If you used Bolt's Secrets management, those secrets are also not exported — you will need to recreate the .env file locally using the same key names with your actual values. The export captures the current state of the project at the moment you click download; any subsequent changes made in Bolt will require a new export. Create a dedicated folder on your machine for Bolt projects — something like ~/projects/bolt-exports/ — and extract each project into its own named subfolder. This makes it easy to manage multiple exported projects and understand which export corresponds to which Bolt project.

1# After extracting the ZIP, install dependencies:
2cd ~/projects/bolt-exports/your-project-name
3npm install
4
5# Verify the project structure looks correct:
6ls -la

Fresh Atom and Pulsar installations lack built-in support for TypeScript syntax highlighting, Tailwind CSS class autocompletion, and ESLint integration — all of which Bolt.new projects use heavily. Installing the right packages significantly improves the editing experience. To install packages in Atom: go to Edit > Preferences (or Atom > Preferences on macOS) > Install, then search for and install each package. In Pulsar, the menu path is Pulsar > Preferences > Install. The package manager command line also works: for Atom, use `apm install package-name`; for Pulsar, use `ppm install package-name`. Essential packages for Bolt-generated Vite/React/TypeScript projects: - **atom-typescript** (Atom) or **pulsar-typescript** (Pulsar): Full TypeScript language support including type checking, go-to-definition, and rename refactoring. This is the most important package for Bolt projects. - **language-babel**: Enhanced syntax highlighting for JSX and modern JavaScript/TypeScript. Handles React component syntax better than the default language-javascript package. - **linter** + **linter-eslint**: Displays ESLint errors inline in the editor. Bolt projects include an ESLint configuration that linter-eslint will automatically use. - **autocomplete-paths**: Improves path autocomplete for imports — useful when manually adding imports to Bolt-generated components. - **tailwind-css-autocomplete** or **autocomplete-tailwind** (search the package registry for current Tailwind v3 compatible versions): Adds autocomplete for Tailwind CSS classes in JSX className attributes. - **prettier-atom**: Automatic code formatting using Prettier. Bolt's generated code is already well-formatted, but this helps maintain consistency when you add code manually. After installing these packages, close and reopen Atom/Pulsar for all packages to initialize correctly. Open a .tsx file from your Bolt project to verify syntax highlighting is working.

1# Install core packages via command line (Atom):
2apm install atom-typescript language-babel linter linter-eslint autocomplete-paths prettier-atom
3
4# For Pulsar:
5ppm install pulsar-typescript language-babel linter linter-eslint autocomplete-paths prettier-atom

Unlike VS Code, which has an integrated terminal, Atom and Pulsar require a separate terminal window to run the project's development server. This is a minor workflow difference but important to understand — you will work with two windows open simultaneously: the editor and a terminal. Atom does have a terminal package called **platformio-ide-terminal** (Atom) or the equivalent in Pulsar's package registry, which adds a terminal panel at the bottom of the editor window. This is the closest experience to VS Code's integrated terminal. Search for it in the package manager under Edit > Preferences > Install. If you prefer a standalone terminal, that works equally well. To start the dev server: open your terminal, navigate to the extracted Bolt project folder, and run the appropriate start command. For Vite-based Bolt projects (the default), that is `npm run dev`. For Next.js projects, it is also `npm run dev`. Both will start a local development server, typically at http://localhost:5173 (Vite) or http://localhost:3000 (Next.js). An important WebContainer limitation to be aware of: Bolt's browser-based preview works because WebContainers virtualize a network stack inside the browser. Your locally exported project uses a real Node.js server on your machine, which behaves differently in some ways. Specifically: any API routes in the project that make outbound HTTP calls will now work via real network connections (no CORS or WebContainer restrictions), but the local .env file must have real API keys — Bolt's Secrets tab values are not exported. Create a .env.local file alongside the project's .env file to store your actual development credentials without committing them to Git. When you are satisfied with local edits, you have two options for getting changes back to Bolt: push to GitHub (if you connected Bolt to a repository) and then pull in Bolt's Git panel, or copy modified file contents back into Bolt's editor manually using the Dev Mode (paid feature).

1# Navigate to project and start dev server:
2cd ~/projects/bolt-exports/your-project-name
3npm run dev
4
5# Create local environment file (never commit this to Git):
6touch .env.local
7# Add your actual API keys:
8# VITE_SUPABASE_URL=https://your-project.supabase.co
9# VITE_SUPABASE_ANON_KEY=your-actual-anon-key

Working in Atom creates a local copy of your Bolt project that diverges from what is in the Bolt browser environment. To synchronize these changes, the recommended approach is using GitHub as the intermediary — the same approach used for all non-native IDE integrations with Bolt. If your Bolt project is already connected to a GitHub repository (via Bolt's Git panel > Push to GitHub), the workflow is: make edits in Atom, commit and push to GitHub using the terminal or a Git GUI client, then pull the changes in Bolt using the Git panel's pull option. Bolt will update its file system to match the GitHub repository state. If your Bolt project is not yet connected to GitHub, set it up now: in Bolt, open the Git panel, connect your GitHub account if not already connected, and push the project to a new repository. Then on your local machine, replace the ZIP-extracted folder with a proper Git clone of that repository. From this point forward, you have a clean bidirectional sync path: Bolt pushes to GitHub → you pull locally → edit in Atom → push to GitHub → Bolt pulls. A few important considerations for this workflow. Atom does not have built-in Git UI beyond syntax highlighting for diff markers — you need a separate Git client. Options include: using the terminal with standard git commands, installing the **git-plus** package for Atom (adds Git commands to the command palette), using GitHub Desktop (a GUI client that works alongside any editor), or using the **GitHub for Atom** package (note: this package received no updates after the Atom sunset and may not work correctly in Pulsar). The simplest path is using the terminal for Git operations while editing in Atom. Another consideration: Bolt's AI assistant is context-aware only of what is currently in the Bolt project file system. When you pull changes from GitHub into Bolt, the AI will see your Atom-made edits on subsequent prompts. This makes the hybrid workflow viable — Atom for complex refactoring, Bolt for AI-assisted feature additions.

1# After editing in Atom, push changes to GitHub:
2cd ~/projects/bolt-exports/your-project-name
3git add .
4git commit -m "Refactor: improve component structure after Bolt export"
5git push origin main
6
7# Then in Bolt's Git panel, click Pull to sync these changes into Bolt