Turso vs Neon
A side-by-side, data-driven comparison of Turso and Neon — pricing, free tiers and capabilities.
Turso is edge-replicated SQLite/libSQL for low-latency reads near users; Neon is serverless Postgres with branching — pick Turso for edge or local-first apps, Neon when you need full Postgres.
At a glance
- Both offer a free tier (check each for limits).
- Different engines: Turso is SQLite / libSQL, Neon is Serverless PostgreSQL.
Specs side by side
Pros & cons
Our editorial assessment — not vendor-stated facts. Last reviewed 2026-07-16.
Turso
Pros
- SQLite compatibility keeps the learning curve and migration effort low
- Embedded replicas enable genuine offline/local-first apps with microsecond local reads
- Lightweight database-per-tenant model scales cheaply to many isolated databases
- Free tier with generous limits and no credit card required
- The database engine — libSQL and the MIT-licensed Rust rewrite — is open source and self-hostable
Cons
- The Rust rewrite (Turso Database) is still pre-1.0: SQLite compatibility is not yet complete and features like concurrent writes and vector indexing are still maturing
- Usage-based billing on rows read/written can be hard to predict and a source of surprise costs at scale
- SQLite lineage makes it a weaker fit for high write-concurrency or very large single datasets than Postgres or MySQL
- Product direction has shifted in recent years (some earlier features, such as edge/geographic replicas, have been de-emphasized for new users) and the libSQL-to-Rust transition adds roadmap uncertainty; the ecosystem is also smaller than mainstream databases
Neon
Pros
- Standard Postgres compatibility means existing drivers, ORMs, and tooling work without modification
- Branching makes ephemeral dev, test, and preview databases cheap and fast to create
- Scale-to-zero and usage metering can lower cost for intermittent or spiky workloads
- Fully managed, with no servers, storage provisioning, or OS to maintain
- Configurable autoscaling ceilings per branch give a predictable upper bound on compute cost
Cons
- Scale-to-zero adds cold-start latency (typically a few hundred milliseconds up to around a second) on the first query after an idle suspend
- Restricted extension support: extensions that require persistent filesystem access or background worker processes are unavailable
- No OS-level access: you cannot SSH to the host, reach the filesystem, or run sidecar/agent processes
- The pooled (PgBouncer) connection uses transaction-mode pooling, which limits Postgres features that rely on persistent session state; a direct connection is available but does not pool
- Usage-based pricing can be less predictable and less cost-effective for always-on, steady workloads than fixed provisioning
Bottom line
Pick Turso for edge apps wanting low-latency SQLite replicated near users. Pick Neon for teams wanting branchable, scale-to-zero Postgres for dev and preview.
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Frequently asked questions
- What is the difference between Turso and Neon?
- Turso: A SQLite-compatible database built on libSQL that syncs embedded local read replicas from a cloud primary for very low-latency reads. Neon: A serverless Postgres platform that separates storage and compute, with instant database branching for dev/preview environments and scale-to-zero pricing.
- Does Turso have a free tier?
- Yes.
- Does Neon have a free tier?
- Yes.
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