Cloudflare Pages
FreemiumJAMstack platform for deploying full-stack applications on Cloudflare's edge network.
What does this tool do?
Cloudflare Pages is a JAMstack deployment platform designed specifically for frontend developers, offering seamless Git integration and automated website hosting on Cloudflare's global edge network. It simplifies the deployment process by automatically building and publishing sites directly from GitHub or GitLab repositories, eliminating complex infrastructure management. The platform focuses on providing fast, secure, and scalable web hosting with zero-configuration SSL, built-in web analytics, and support for multiple frontend frameworks.
AI analysis from Feb 17, 2026
Key Features
- Git integration with GitHub and GitLab
- Automatic preview links for every commit
- SSL certificates included by default
- HTTP/3 and QUIC protocol support
- Image compression out of the box
- Serverless function support via Cloudflare Workers
Use Cases
- 1Static website deployment for React, Vue, Gatsby, and Hugo projects
- 2Collaborative web development with shareable preview links
- 3Hosting marketing websites and landing pages
- 4Rapid prototyping and iteration of web applications
- 5Small to medium-scale web projects requiring global content delivery
Pros & Cons
Advantages
- Free unlimited seats for team collaboration
- Automatic deployments with every Git push
- Global edge network with millisecond response times
- Built-in web analytics with privacy-first approach
Limitations
- Limited to static site and JAMstack deployments
- Build time and concurrency limits on free tier
- Primarily focused on frontend frameworks
- Potential vendor lock-in with Cloudflare ecosystem
Pricing Details
Free tier with 1 concurrent build, 500 builds/month, 100 custom domains. Paid plans with increased concurrent builds, monthly build limits, and custom domain allowances.
Who is this for?
Frontend developers, small to medium web development teams, startups, and agencies looking for quick, scalable web deployment with minimal infrastructure overhead