# How to Integrate Bolt.new with GitLab

- Tool: Bolt.new
- Difficulty: Beginner
- Time required: 20 minutes
- Last updated: April 2026

## TL;DR

Integrate Bolt.new with GitLab by exporting your project as a ZIP, initializing a Git repository, and pushing the code to GitLab. Unlike GitHub, GitLab has no native Bolt integration, so the workflow is manual export only. Once your code is on GitLab, configure .gitlab-ci.yml to auto-deploy to Netlify, Vercel, or Cloudflare Pages on every push. Ongoing workflow: make changes in Bolt, export again, push to GitLab, CI/CD deploys automatically.

## Using GitLab as the Source of Truth for Bolt.new Projects

Bolt.new has a native two-way GitHub sync but no equivalent for GitLab. If your team already uses GitLab for version control, code review, and CI/CD pipelines, you can still use Bolt for rapid prototyping and then bring the generated code into your GitLab workflow through a manual export. The exported project is standard Node.js — Vite or Next.js — and drops directly into any Git-based workflow without modification.

GitLab's built-in CI/CD is one of its strongest features: .gitlab-ci.yml lives in the repository root and defines the entire pipeline, from installing dependencies to running tests to deploying to any cloud platform. Once configured, every git push triggers a build and deploy automatically. GitLab also provides a free container registry, merge request pipelines, and environment-specific deployments — features that make it compelling for teams doing more than simple static site hosting.

The main tradeoff compared to the GitHub path is that there is no automatic sync from Bolt to GitLab. Every time you make changes in Bolt, you need to export the project again, replace the files in your local repository, and push manually. For active development, this friction adds up — consider using the GitHub integration for Bolt and mirroring the GitHub repository to GitLab if your organization requires GitLab as the canonical host. For one-time exports or periodic snapshots, the manual workflow is perfectly manageable.

## Before you start

- A Bolt.new project that is ready to export (any framework — Vite, Next.js, or other)
- A GitLab account (gitlab.com free tier is sufficient) with a new empty repository created
- Git installed locally (verify with git --version in your terminal)
- Node.js 20 installed locally to test the build before pushing
- A deployment target configured — Netlify site with a deploy token, or Vercel token, or Cloudflare Pages project

## Step-by-step guide

### 1. Export your Bolt project and initialize a Git repository

Bolt.new does not have a native GitLab integration, so the export process is manual. In your Bolt project, click the download or export button (typically in the project menu or settings panel) to download a ZIP file of the entire project. The ZIP contains the complete codebase including package.json, all source files, and configuration files like vite.config.ts or next.config.js.

Extract the ZIP to a folder on your computer. Before doing anything else, check the extracted folder for any files that should not be committed: node_modules/ (too large, always reinstalled), .env or .env.local files (contain secrets), and .bolt/ (Bolt editor state). Create or edit the .gitignore file to exclude these.

Now initialize a Git repository. Open a terminal in the extracted folder and run: git init, then git add ., then git commit -m 'Initial export from Bolt.new'. This creates the first commit with all your project files. If you want to verify the project builds correctly before pushing, run npm install and npm run build locally — catching build errors before they reach GitLab CI saves debugging time.

For future exports from Bolt, you do not need to re-initialize. Simply extract the new ZIP, copy the files into your repository folder (replacing the old ones), check for any accidental .env files, and commit the changes with a descriptive message.

```
# Create a comprehensive .gitignore for Bolt-exported projects
node_modules/
dist/
build/
.next/
.env
.env.local
.env.*.local
.bolt/
*.log
.DS_Store
Thumbs.db
```

**Expected result:** A local Git repository exists in your project folder with one commit containing all project files, and .gitignore correctly excludes node_modules, .env files, and the .bolt folder.

### 2. Push the repository to GitLab

With your local repository initialized, connect it to your empty GitLab repository. On GitLab, create a new project (gitlab.com/projects/new) — choose a blank project, give it a name, set visibility to Private, and uncheck 'Initialize repository with a README' since you already have commits locally.

GitLab will show you the push commands on the empty repository page. Copy the remote URL — it looks like git@gitlab.com:username/project-name.git (SSH) or https://gitlab.com/username/project-name.git (HTTPS). In your terminal, run: git remote add origin https://gitlab.com/yourusername/your-project.git, then git push -u origin main.

If you get an authentication error with HTTPS, GitLab requires either a personal access token or SSH key — your GitLab account password alone is not accepted for git push. Generate a personal access token at gitlab.com/-/user_settings/personal_access_tokens with the read_repository and write_repository scopes, and use that token as the password when prompted.

For SSH authentication (recommended for ongoing use), add your SSH public key in GitLab at gitlab.com/-/user_settings/ssh_keys and use the git@ remote URL format instead. SSH authentication works without password prompts once configured.

```
# Push an existing local repository to GitLab
# 1. Add the GitLab remote (use your actual repository URL)
git remote add origin https://gitlab.com/yourusername/your-project-name.git

# 2. Push to GitLab (creates the main branch)
git push -u origin main

# If your default branch is 'master', use:
# git push -u origin master

# To verify the remote is set correctly:
git remote -v
# Should show: origin https://gitlab.com/yourusername/your-project-name.git (fetch and push)
```

**Expected result:** Your Bolt project files are visible in the GitLab repository at gitlab.com/yourusername/your-project-name with the initial commit shown in the repository's file browser.

### 3. Configure .gitlab-ci.yml for automated builds and deployment

GitLab CI/CD is configured through a .gitlab-ci.yml file in the repository root. When you push code, GitLab reads this file and runs the pipeline on its shared runners (free minutes included on gitlab.com). The pipeline below has three stages: test (runs the build to catch errors), build (creates the production artifact), and deploy (ships to Netlify).

The image keyword specifies the Docker image the CI runner uses — node:20-alpine is a small Node.js 20 image that matches the Node.js version Bolt uses. The cache section stores node_modules between pipeline runs so npm ci runs faster on subsequent builds. The artifacts section saves the dist folder so the deploy stage can access it.

For deployment secrets (Netlify auth token, site ID), use GitLab CI/CD variables rather than hardcoding them in .gitlab-ci.yml. Go to your GitLab project → Settings → CI/CD → Variables → Add variable. Create NETLIFY_AUTH_TOKEN and NETLIFY_SITE_ID as masked, protected variables. They will be automatically available as environment variables in your pipeline.

For Vercel deployment, replace the deploy stage with a vercel --prod command using a VERCEL_TOKEN variable. For Cloudflare Pages, use the wrangler pages deploy command with a CF_API_TOKEN variable. The pipeline structure stays the same — only the deploy stage changes.

```
# .gitlab-ci.yml — CI/CD pipeline for a Bolt-exported Vite or Next.js app
image: node:20-alpine

stages:
  - build
  - deploy

cache:
  key: '$CI_COMMIT_REF_SLUG'
  paths:
    - node_modules/

build:
  stage: build
  script:
    - npm ci
    - npm run build
  artifacts:
    paths:
      - dist/     # Use 'out/' for Next.js static export, '.next/' for SSR
    expire_in: 1 hour
  only:
    - main
    - merge_requests

deploy_production:
  stage: deploy
  script:
    - npm install -g netlify-cli
    - netlify deploy --prod --dir=dist --auth=$NETLIFY_AUTH_TOKEN --site=$NETLIFY_SITE_ID
  environment:
    name: production
    url: https://your-site.netlify.app
  only:
    - main
  when: on_success
```

**Expected result:** After committing and pushing .gitlab-ci.yml, the GitLab CI/CD pipeline starts automatically. The pipeline appears in CI/CD → Pipelines and turns green after successfully building and deploying the app.

### 4. Maintain an ongoing Bolt + GitLab workflow

The initial setup is complete, but you will continue making changes in Bolt over time. Establishing a repeatable export and push workflow prevents the GitLab repository from falling out of sync with what is in Bolt.

The simplest ongoing workflow: make changes in Bolt, download the updated ZIP when you are satisfied with a set of changes, extract it to a temporary folder, and copy the changed files into your GitLab repository folder. Run git status to see what changed, review the diff with git diff, commit with a descriptive message, and push to GitLab. The CI pipeline picks it up automatically.

An alternative approach: connect Bolt to GitHub (its native integration) and then set up GitLab's repository mirroring feature. In your GitLab project → Settings → Repository → Mirroring repositories, add your GitHub repository as a pull mirror. GitLab will periodically fetch updates from GitHub, keeping both repositories in sync. This means you get Bolt's seamless GitHub sync AND GitLab's CI/CD without manual exports. The mirror update interval is up to 5 minutes on gitlab.com.

For teams where multiple developers contribute both through Bolt and through local code changes, use GitLab's merge request workflow: make Bolt changes on a feature branch, push to GitLab, and merge to main after review. This prevents direct pushes to the main branch and gives developers a chance to review AI-generated code before it ships.

```
# Ongoing workflow script — export from Bolt, update Git, push to GitLab
# Run this after downloading and extracting a new Bolt ZIP

# 1. Copy new files into your repository (from extracted ZIP folder)
# cp -r /path/to/extracted-bolt-zip/. /path/to/your-gitlab-repo/

# 2. Check what changed
git status
git diff --stat

# 3. Stage all changes (verify .gitignore is working first)
git add .

# 4. Commit with a descriptive message
git commit -m 'Update from Bolt: add user authentication flow'

# 5. Push to GitLab and trigger the CI pipeline
git push origin main
```

**Expected result:** After pushing updated code from a new Bolt export, the GitLab CI/CD pipeline automatically runs and deploys the updated app. The GitLab repository reflects the latest Bolt project state.

## Best practices

- Always add a comprehensive .gitignore before the first push — include node_modules/, dist/, .bolt/, and any .env files to keep the repository clean and prevent accidentally committing secrets.
- Commit package-lock.json to your GitLab repository — GitLab CI uses npm ci which requires the lockfile to ensure reproducible builds. Never add package-lock.json to .gitignore.
- Store all deployment secrets (Netlify tokens, Vercel tokens, API keys) as masked GitLab CI/CD variables at Settings → CI/CD → Variables, never directly in .gitlab-ci.yml.
- Use GitLab's repository mirroring feature to pull from your Bolt-connected GitHub repository automatically, giving you the seamless Bolt sync plus GitLab CI/CD without manual exports.
- Add a build-only stage that runs on merge requests (not just main branch) so your team can verify the Bolt-generated code builds successfully before merging into the main branch.
- Pin the Node.js image version in .gitlab-ci.yml (e.g., node:20.11-alpine) rather than using node:latest — this prevents unexpected build failures when GitLab's node:latest image updates to a new major version.
- Use GitLab environments (environment: name: production) in your deploy stage to track deployment history and enable one-click rollback from the GitLab Environments dashboard.

## Use cases

### Enterprise GitLab deployment pipeline

Your organization standardizes on GitLab for all source code and CI/CD. You prototype a new internal tool in Bolt, export it to your GitLab repository, and the existing pipeline handles testing, security scanning (GitLab SAST), and deployment to your internal Kubernetes cluster — all without setting up a new GitHub account or changing organizational policy.

Prompt example:

```
Build a Next.js internal dashboard app. Include a Dockerfile in the project root that builds the app and serves it with a Node.js HTTP server. I need to push this to our GitLab repository and deploy it as a container.
```

### Periodic Bolt snapshots with version history

A non-technical founder uses Bolt to iterate on a landing page, exporting and committing to GitLab every few days. Each commit represents a Bolt session snapshot with a descriptive commit message. GitLab's merge request workflow lets a developer review the AI-generated code before it deploys to production.

Prompt example:

```
Create a marketing landing page with sections for hero, features, testimonials, and pricing. Make it a Vite React app with clean, well-organized components so a developer can review and modify individual sections after I export the code.
```

### GitLab CI/CD for multi-environment deployment

Use GitLab's environments feature to deploy different branches to staging and production. The Bolt project is pushed to a development branch, which auto-deploys to staging. A merge request to main triggers a deployment to production after optional manual approval.

Prompt example:

```
Set up environment-specific configuration in my Vite app. I need VITE_API_URL and VITE_APP_ENV variables that will be different for staging versus production. Use import.meta.env for accessing these in the React components.
```

## Troubleshooting

### GitLab CI pipeline fails with 'npm ERR! Cannot find module' or missing dependencies

Cause: The node_modules folder was committed to the repository (either not excluded by .gitignore) so GitLab CI's npm ci finds a conflict between committed packages and the lockfile, or the opposite — package-lock.json is missing from the repository so npm ci cannot perform a clean install.

Solution: Add node_modules/ to your .gitignore and run git rm -r --cached node_modules to untrack it from the repository. Make sure package-lock.json IS committed (do not add it to .gitignore). GitLab CI uses npm ci which requires package-lock.json to exist.

```
# Remove already-tracked node_modules from Git
git rm -r --cached node_modules/
git commit -m 'Remove node_modules from tracking'
git push origin main
```

### Git push returns '403 Forbidden' or 'remote: HTTP Basic: Access denied'

Cause: GitLab no longer accepts account passwords for git push over HTTPS. A personal access token is required, or SSH key authentication must be set up.

Solution: Generate a personal access token at gitlab.com/-/user_settings/personal_access_tokens with read_repository and write_repository scopes. When git push prompts for a password, enter the token instead of your account password. Alternatively, add your SSH public key to GitLab and switch the remote URL to the SSH format.

```
# Switch from HTTPS to SSH remote URL:
git remote set-url origin git@gitlab.com:yourusername/your-project.git

# Or store HTTPS credentials using the token:
git remote set-url origin https://oauth2:YOUR_ACCESS_TOKEN@gitlab.com/yourusername/your-project.git
```

### Deploy stage fails with 'Error: No site id provided' or 'Invalid Netlify auth token'

Cause: The GitLab CI/CD variables NETLIFY_AUTH_TOKEN and NETLIFY_SITE_ID are not configured, or they are marked as 'Protected' but the pipeline is running on an unprotected branch.

Solution: Go to your GitLab project → Settings → CI/CD → Variables. Verify NETLIFY_AUTH_TOKEN and NETLIFY_SITE_ID are listed. If they are marked as Protected, either mark your main branch as protected in Settings → Repository → Protected branches, or uncheck Protected on the variables so they are available on all branches.

## Frequently asked questions

### Does Bolt.new support GitLab the same way it supports GitHub?

No. Bolt.new has a native two-way GitHub integration that automatically pushes every project change to a GitHub repository. GitLab has no equivalent native integration. To use GitLab, you must manually export your Bolt project as a ZIP and push it to GitLab yourself. The ongoing workflow requires a manual export step every time you want to sync Bolt changes to GitLab.

### Can I use GitLab CI/CD to deploy a Bolt Next.js app?

Yes, but the deployment target determines what is possible. For Next.js static export (no server-side rendering), you can deploy to Netlify, Cloudflare Pages, or S3 directly from GitLab CI. For full Next.js with server-side rendering, Vercel is the easiest target since it supports Next.js SSR natively. Other platforms like Railway, Render, or a VPS also work with a Dockerfile.

### How do I keep my GitLab repository in sync with ongoing Bolt changes without manual exports?

Use GitLab's repository mirroring feature. First, connect your Bolt project to GitHub using Bolt's native GitHub integration. Then in GitLab, go to Settings → Repository → Mirroring repositories and add your GitHub repository as a pull mirror. GitLab will automatically fetch new commits from GitHub every 5 minutes, keeping the GitLab repository in sync without any manual steps.

### How many free CI/CD minutes does GitLab.com provide?

GitLab.com's free tier includes 400 CI/CD minutes per month for private projects on shared runners. Public projects get unlimited minutes. For most Bolt projects, 400 minutes per month is sufficient for dozens of builds. If you need more, you can add your own runner to your GitLab account at no cost — a small cloud VM works well as a GitLab Runner.

### Can I use GitLab to deploy to Cloudflare Pages instead of Netlify?

Yes. In your .gitlab-ci.yml deploy stage, install the Wrangler CLI (npm install -g wrangler) and use the command wrangler pages deploy dist --project-name=your-project-name. Store your Cloudflare API token as a masked GitLab CI/CD variable named CF_API_TOKEN. Cloudflare Pages supports Vite and Next.js static exports well.

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Source: https://www.rapidevelopers.com/bolt-ai-integrations/gitlab
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