Neon is a serverless PostgreSQL platform that lets you use a powerful, open-source database without managing servers. This guide explains how to get started with Neon Postgres for beginners, focusing entirely on its generous free plan. You’ll learn what the free tier includes, how to sign up, connect your first application, and use unique features like branching for development. Whether you’re building a personal project or learning a new framework, Neon provides a straightforward path to a production-ready database.
StacksFree Verdict: 8/10 — Neon’s free tier is exceptionally generous for development and hobby projects, offering a fully managed PostgreSQL experience with no credit card. Its serverless, scale-to-zero model and Git-like branching are powerful for modern workflows, though storage and compute time limits are per-project. Excellent for learning and prototyping.
How This Guide Was Built
This guide is based on official documentation, pricing pages, and community reports — we did not run the tool hands-on. Sources include Neon’s official documentation, their pricing page (fetched August 2026), and verified project limits. We verified key free tier details including the 100-project limit, signup flow, connection string format, and regional availability. We did not test paid Launch or Scale tiers, production-scale workloads, or real-time performance metrics. Last verified: August 2026.
What is the Neon free plan?
The Neon free plan is a permanent, $0/month tier that requires no credit card to sign up. According to Neon’s official pricing page, it allows you to create up to 100 projects. Each project includes 0.5 GB of storage, 100 compute unit (CU) hours of usage per month, and the ability to scale your compute up to 2 CU (8 GB RAM). Compute automatically shuts down after 5 minutes of inactivity to save costs (scale-to-zero).
How do I get started with Neon Postgres?
Getting started is a simple three-step process. First, you sign up at the Neon console without needing a credit card. Second, you create a new project by selecting a region and a database name. Neon then automatically generates a connection string for you. Third, you use this connection string to connect your application or any standard PostgreSQL client, like psql, as outlined in Neon’s official connection docs.
Create your first project
After signing in, click New Project, choose a region close to your users, and give your database a name. Neon provisions the database instantly and displays a ready-to-use connection string. No server setup or configuration is required — the project is live as soon as it appears in your dashboard.
Connect with your connection string
Copy the connection string from the dashboard into your application or PostgreSQL client. Because Neon speaks the standard PostgreSQL wire protocol, everything from psql to Prisma to Drizzle works without special drivers. For serverless or edge environments with many short-lived connections, use the pooled -pooler endpoint or the @neondatabase/serverless driver.
First steps in your database
Once connected, you can verify everything works with a few standard commands. Open a terminal and run:
# Connect with psql (uses your connection string from the dashboard)
psql "postgresql://USER:[email protected]/neondb"
# Confirm the server version
SELECT version();
# Create a quick test table
CREATE TABLE todos (id serial PRIMARY KEY, task text, done boolean DEFAULT false);
INSERT INTO todos (task) VALUES ('Set up Neon');
SELECT * FROM todos;These are ordinary PostgreSQL statements — anything you already know about Postgres applies. The only Neon-specific detail is the connection string itself, which includes your project’s compute endpoint hostname and a -pooler variant for connection pooling Neon connection docs.
What are the main free tier limits per project?
The limits are defined per project, not per account. As per the verified pricing details, each free project gets 0.5 GB of storage, 100 CU-hours of compute per month, and support for up to 10 branches. Compute sizes are limited to 2 CU. Network transfer includes 5 GB of public egress per project. Monitoring data is retained for 1 day. These limits reset on a monthly basis for each project.
How do Neon branches help development?
Branching is Neon’s Git-like feature for databases. You can create an instant copy (a “branch”) of your production data for development or testing. This is done via the dashboard, API, or CLI. Developers can work on a branch without affecting the main database. When changes are ready, you can merge the branch back, creating a clear workflow for schema changes and data migrations, similar to a code pull request.
A branching workflow in practice
A typical workflow looks like this: keep a main branch for your live database, then create a dev branch before starting a new feature. Run your schema migration against the dev branch, test your queries and application code against realistic data, and merge back to main only when everything passes. Because branches are storage-efficient copy-on-write snapshots rather than full clones, you can maintain several feature branches at once without worrying about the 0.5 GB storage limit — the limit applies to the data you store, not the number of branches Neon branching docs.
Can I use Neon for production on the free plan?
The free plan is designed primarily for development, prototyping, and learning. While you can run a live application, the scale-to-zero behavior and project limits make it unsuitable for high-traffic production systems needing constant uptime. For production use, the Launch plan (starting around $15/mo) provides higher limits, guaranteed compute, and features like auto-scaling. The free tier is perfect for building your MVP and validating ideas.
How Neon compares to other free Postgres options
Neon’s main advantage over a self-hosted Postgres instance is zero ops: no server to patch, no backups to schedule, and scale-to-zero means you pay nothing when idle. Compared to other managed free tiers, Neon’s 100 CU-hours per project is generous for hobby workloads, and branching is a differentiator that most competitors lack. The trade-offs are the 0.5 GB storage cap per project and compute suspension when you exhaust your monthly hours. For a more traditional always-on instance with a similar free allowance, see our Turso free tier guide or the MongoDB Atlas free tier guide for a non-relational option.
Common mistakes
A common misunderstanding is thinking the free tier applies to just one project. In reality, Neon allows you to have 100 separate projects on the free plan, which is powerful for isolating different apps or experiments. Another mistake is not monitoring CU-hour usage. A database that is constantly active will consume your 100 monthly hours faster. Lastly, users sometimes forget to use the pooled connection string for high-concurrency applications, which can lead to connection errors.
FAQ
Does the Neon free tier require a credit card?
No, Neon’s free plan does not require a credit card for signup. You can create an account and start building immediately with no payment information, as confirmed on the Neon pricing page. This removes a significant barrier for students and hobbyists.
How many projects can I create on the Neon free tier?
You can create up to 100 projects on the Neon free tier. This is a key feature of their free plan, allowing you to keep different applications or experiments completely separate, each with its own 0.5 GB storage and 100 CU-hour monthly compute allowance Source.
What happens when my compute hours run out?
Compute usage is tracked per project. If a project exceeds its 100 CU-hour monthly allowance, the compute for that specific project will be suspended until the next monthly reset. Your data and storage remain safe, but you won’t be able to connect or run queries for that project until the counter resets or you upgrade.
Does Neon work with any PostgreSQL client or framework?
Yes. Because Neon uses the standard PostgreSQL wire protocol, it works with psql, pgAdmin, DBeaver, Prisma, Drizzle, Sequelize, and every other tool that speaks Postgres. For serverless and edge runtimes, Neon publishes the @neondatabase/serverless driver, which handles connection pooling and HTTP fallback automatically Neon serverless docs.
Where to go next
Now that you’ve set up your Neon database, consider connecting it to a real application. The official “Connect Neon” documentation is an excellent resource for adding Neon to your framework of choice. For database comparisons, you might find our Turso free tier guide or our MongoDB Atlas free tier guide useful. Explore the Neon free tier page in our directory to see how it stacks up against other database tools.
References
[1] Neon official documentation [2] Neon pricing page [3] Neon connection docs [4] Neon branching docs [5] Neon serverless driver docs