{"title":"Cloudflare vs Netlify","slug":"cloudflare-vs-netlify","tools":[{"name":"Cloudflare","slug":"cloudflare","category":"hosting","type":"cloud","website":"https://www.cloudflare.com","pricing":"freemium","pricing_tiers":["Free (Workers: 100k requests/day)","$5/mo Workers Paid","$25/mo Pro","Custom Enterprise"],"open_source":false,"self_hosted":false,"sdk_languages":["javascript","typescript","python","rust"],"frameworks":["langchain","llamaindex"],"agent_features":{"serverless":true,"containers":false,"edge_compute":true,"ai_tooling":true,"mcp_hosting":true},"compliance":["soc2","gdpr","pci-dss","iso27001"],"best_for":"Edge computing with Workers AI and MCP server hosting — lowest latency for globally distributed agent workloads","limitations":"Workers runtime has compatibility limitations vs. Node.js; vendor lock-in on Cloudflare-specific APIs (KV, D1, R2); debugging edge functions is harder than traditional server-side","verified_by":"editorial","last_verified":"2026-04-28","source_urls":{"docs":"https://developers.cloudflare.com","pricing":"https://www.cloudflare.com/plans"}},{"name":"Netlify","slug":"netlify","category":"hosting","type":"cloud","website":"https://www.netlify.com","pricing":"freemium","pricing_tiers":["Free (100GB bandwidth)","$19/user/mo Pro","Custom Enterprise"],"open_source":false,"self_hosted":false,"sdk_languages":["javascript","typescript","go"],"frameworks":[],"agent_features":{"serverless":true,"containers":false,"edge_compute":true,"ai_tooling":false,"mcp_hosting":false},"compliance":["soc2","gdpr"],"best_for":"Git-based deploys with serverless functions — strong for static sites and Jamstack apps with AI features","limitations":"Serverless functions have execution time limits; less AI-specific tooling than Vercel; Next.js support lags behind Vercel; bandwidth overage costs add up","verified_by":"editorial","last_verified":"2026-04-28","source_urls":{"docs":"https://docs.netlify.com","pricing":"https://www.netlify.com/pricing"}}],"category":"hosting-deployment","last_verified":"2026-05-09","body":"Cloudflare and Netlify both offer serverless functions and edge compute but serve different patterns. Cloudflare provides persistent stateful compute, an Agents SDK with MCP hosting, and GPU inference. Netlify provides serverless functions with a 15-minute background ceiling and no persistent compute, GPU, or agent tooling. Cloudflare wins on all three High-weight dimensions.\n\n## Where Cloudflare wins\n\n* **Agents SDK with MCP hosting, Durable Objects, and persistent state.** Cloudflare's Agents SDK deploys stateful AI agents on Durable Objects. Each gets persistent compute with co-located SQLite, WebSocket connections, alarms, and MCP tool-call endpoints. Orchestrators discover and invoke agent tools via SSE or WebSocket without custom infrastructure. Netlify has no persistent compute primitive. Netlify Functions are stateless and request-scoped: sync functions terminate at 60 seconds, background functions at 15 minutes. No WebSocket support, no persistent state, no documented MCP hosting. MCP servers on Netlify need external always-on processes.\n\n* **Workers AI with serverless GPU inference and AI Gateway.** Workers AI provides 78 open-source models on serverless GPUs: text generation, embeddings, classification—all callable from within the same Worker without external API hops. AI Gateway adds monitoring, caching, rate limiting, and model fallback. Netlify offers AI inference as a credit-based add-on but has no native GPU compute or managed inference catalog like Workers AI. Agents needing co-located embeddings or classification must call external providers from Netlify Functions.\n\n* **Containers and multi-service architecture with service bindings.** Cloudflare Containers (GA) run Docker images for workloads exceeding Worker limits. Workers communicate via service bindings without network hops. Durable Objects coordinate state across distributed agent components. Netlify has no container support, no Docker deployment, no private networking between functions, and no service-to-service communication. Each Netlify Function is an isolated Lambda invocation unaware of other functions.\n\n## Where Netlify wins\n\n* **15-minute background functions for simple async agent tasks.** Netlify Background Functions run up to 15 minutes, return an immediate 202 response, and support automatic retries (1 minute, then 2 minutes). For simple async agent jobs—batch processing, slow API calls, webhook tasks—this is straightforward with no container management. Cloudflare's equivalent (Durable Object alarms or Queue consumers) provides 15-minute execution but requires learning the Durable Objects model.\n\n* **Simpler deployment for frontend-plus-function stacks.** Netlify deploys functions alongside static sites with Git-push deploys, preview URLs, and zero configuration. For agents that are thin API layers calling external LLMs behind a frontend, Netlify's deployment is simpler than configuring Workers, Durable Objects, and service bindings. This advantage applies only when the agent needs no persistent state, co-located inference, or MCP hosting.\n\n## The agentic difference\n\nCloudflare provides the compute primitives agent architectures need: persistent stateful processes (Durable Objects), native MCP tool hosting (Agents SDK), co-located GPU inference (Workers AI), and multi-service coordination (service bindings and Containers). Netlify's model—stateless functions with 60-second sync ceiling and 15-minute async ceiling—does not support persistent connections, stateful loops, or tool-server patterns. The gap is architectural.\n\n## When to pick which\n\n* **Pick Cloudflare** when the agent needs persistent state, MCP tool hosting, co-located AI inference, WebSocket connections, or any compute outliving a single HTTP request-response.\n\n* **Pick Netlify** when the agent is stateless, calls external LLM APIs behind a frontend, the longest operation fits within 15 minutes, and needs no persistent state, MCP hosting, or inter-service communication."}