Master Neon with our step-by-step tutorial, detailed feature walkthrough, and expert tips.
Create a Neon account and project at console.neon.tech — no credit card required Connect your application using the provided connection string (supports pooled and direct connections) Set up database branching for development and testing environments Configure autoscaling limits and auto
pause settings for your workload Integrate with GitHub for automatic PR
based database branches
💡 Quick Start: Follow these 3 steps in order to get up and running with Neon quickly.
Explore the key features that make Neon powerful for ai infrastructure workflows.
Git-like branching using copy-on-write technology. New branches share base data and only consume storage for changes. Each branch gets its own connection string and compute.
Creating isolated database environments for each pull request so developers can test schema migrations against real data without affecting production.
Compute scales automatically based on demand from 0.25 to 56 CU (up to 224GB RAM on Scale tier). Idle databases pause automatically and resume within 500-2000ms on first connection.
Handling traffic spikes for a SaaS application during business hours while paying nothing overnight when no one is querying the database.
Continuous backup with second-level granularity. Restore to any specific second within the retention period without traditional backup/restore processes. 6 hours Free, 7 days Launch, 30 days Scale.
Recovering from an accidental DELETE statement by restoring the database to the exact second before the query executed.
pgBouncer-based connection pooling handles up to 10,000 concurrent connections efficiently, included on all plans at no extra cost.
Running a serverless application on Vercel where each function invocation opens a new connection — pooling prevents hitting PostgreSQL's connection limits.
Automatically creates database branches for pull requests with schema migration previews. Branches are deleted when PRs are merged or closed.
Configuring CI/CD so every PR automatically gets a fresh database branch, runs migration tests, and reports results directly in the PR comments.
Built-in authentication based on Better Auth with one-click setup. Supports up to 60K MAUs on Free and 1M on Launch, eliminating the need for a separate auth service.
Adding user authentication to a new SaaS app without configuring a separate auth provider — enable Neon Auth and start building login flows immediately.
Yes, Neon is a strong fit for many RAG applications because it supports Postgres plus pgvector, allowing teams to store relational records, metadata, and embeddings in one system. The provided data notes pgvector with HNSW, which is important for approximate nearest-neighbor search over embeddings.
Neon database branching uses copy-on-write behavior, so a new branch starts by sharing the base data and only consumes additional storage for changes made after the branch is created. Each branch gets its own connection string and compute, which makes it practical to create isolated databases for pull request workflows.
Neon can pause idle compute and resume it when the next query arrives, which is how it achieves a very low idle-cost posture. The provided data lists cold starts in the 500-2000ms range, so the first request after an idle period may be slower than normal.
Neon's pricing starts with a Free tier and paid plans from $19/month for Launch and $69/month for Scale, according to the provided tool data. Its main pricing advantage appears when databases are idle or bursty, because compute can scale to zero instead of running continuously.
Neon can replace a dedicated vector database for many early and mid-stage RAG applications when pgvector performance and Postgres-native workflows are sufficient. It is not a full Supabase replacement if a team wants an all-in-one app platform with storage, generated APIs, and broader backend product features.
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Tutorial updated March 2026