Neon vs Turso — Serverless Postgres vs Edge SQLite

Neon's branching and compute scaling beat Turso's edge caching for most apps. Turso only wins if you're obsessed with global latency under 10ms.

The Real Difference: Postgres Muscle vs SQLite Speed

This isn't just another database comparison—it's about choosing between Postgres compatibility and edge-native architecture. Neon takes Postgres and makes it serverless with separate storage and compute, while Turso takes SQLite and replicates it globally via LibSQL. If you need JSONB, full-text search, or complex joins, Neon's your only option. Turso's selling point is single-digit millisecond reads anywhere on Earth, but that comes at the cost of SQLite's limitations.

Pricing tells the story: Neon's free tier includes 3 projects with 10GB storage and 500 hours of compute—enough for real development. Turso's free tier gives you 1GB total storage and 10K daily rows read, which you'll blow through if you sneeze at your database. Neon's branching feature alone—instant copies for testing—makes it feel like a 2024 tool, while Turso feels like a clever hack that works until it doesn't.

Where Neon Wins

Neon wins on developer experience and scalability. Their branching feature lets you spin up a copy of your database in seconds for testing or staging—something Turso can't touch. Neon's autoscaling compute means you don't pay for idle resources, while Turso charges per row read and written, which gets expensive fast.

Neon supports logical replication, point-in-time recovery, and all the Postgres extensions you're used to. Turso's LibSQL fork adds some features, but you're still stuck with SQLite's concurrency limitations—one writer at a time per region. Neon handles multiple writers out of the box. If you're building anything with complex queries or real-time analytics, Neon's the only choice that won't make you regret it in six months.

Where Turso Holds Its Own

Turso wins on latency for read-heavy apps. If you're building a global social feed or a gaming leaderboard where every millisecond counts, Turso's edge caching delivers. Their embedded replicas can run on Fly.io or even client devices, which is neat for offline-first apps.

Turso's simplicity is appealing for small projects—you don't need to understand Postgres internals. Their dashboard is cleaner than Neon's, and the SQLite compatibility means you can use existing tools. For static sites or simple CRUD apps with mostly reads, Turso might be all you need. Just don't expect to grow with it—once you hit SQLite's limits, you're rewriting your data layer.

The Gotcha: Switching Costs

Switching from Turso to anything else is painful because you're locked into SQLite. Migrating to Postgres means rewriting queries and dealing with type differences. Switching from Neon to another Postgres service is trivial—it's just Postgres.

Turso's pricing model is a trap for growing apps. At $20/month, you get 10GB storage and 100M rows read—sounds fine until you realize complex queries can burn through that in days. Neon's usage-based pricing scales more predictably. Also, Turso's backup system is basic compared to Neon's point-in-time recovery. Lose data with Turso, and you're restoring from a snapshot—hope you took one recently.

If You're Starting Today...

Choose Neon unless you're building a read-only global app where latency is the only metric that matters. Neon's free tier is generous enough for prototyping, and branching makes team workflows smooth. Use Turso only if you're obsessed with edge latency and your data model fits in SQLite's box.

For most startups, Neon's Postgres compatibility means you can hire developers who already know the stack. Turso requires learning LibSQL quirks. Deploy Neon with Vercel or Fly.io, use their connection pooling, and sleep well knowing you won't outgrow it. If you pick Turso, keep an escape plan—like a migration to Neon—in your back pocket.

What Most Comparisons Get Wrong

Most reviews treat these as equal options—they're not. Neon is a production-ready Postgres service with serverless features. Turso is a geographically distributed cache with a SQLite backend. Comparing them on raw speed misses the point: Turso is faster at simple reads because it's doing less.

People also overlook tooling ecosystem. Neon works with Prisma, Sequelize, and every Postgres GUI. Turso's LibSQL requires specific drivers and has limited ORM support. And pricing: Neon's compute costs scale with usage, while Turso's row-based pricing encourages you to denormalize data—a bad long-term habit. Choose based on your app's complexity, not just benchmarks.

Quick Comparison

Factor	Neon	Turso
Database Engine	Postgres with serverless compute	SQLite with LibSQL edge replication
Free Tier	10GB storage, 500 compute hours	1GB storage, 10K daily rows read
Global Latency	~50-100ms via connection pooling	<10ms reads at edge locations
Branching/Testing	Instant database branching	No native branching
Pricing at Scale	$0.10/GB storage, $0.10/vCPU hour	$20/month for 10GB + 100M rows read
Concurrency	Multiple writers, full transactions	Single writer per region

The Verdict

Use Neon if: You're building a real application with complex queries, need Postgres features, or want scalable serverless compute.

Use Turso if: You're obsessed with global read latency under 10ms and your data fits SQLite's limitations.

Consider: Supabase if you want an open-source Firebase alternative with real-time features—it uses Postgres like Neon but adds auth and storage.

The Bottom Line

Neon wins

Neon gives you full Postgres with serverless compute and instant branching—Turso's SQLite at the edge is clever but too limited. For anything beyond simple reads, Neon's the grown-up choice.

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