Neon vs Turso
Neon and Turso both answer the same question: where does your data live? Serverless Postgres that separates storage from compute, so branches of your database work like branches of your code. SQLite as a hosted service, replicated to the edge, with the option of one small database per customer. Neon covers more of the ecosystem, so it survives a change of framework; Turso is the better fit while you stay where it is strongest.
Verdict
Neon covers more of the ecosystem, so it survives a change of framework; Turso is the better fit while you stay where it is strongest.
Pick Neon if
- ✓Database branching gives every pull request a realistic copy of production data.
- ✓Compute scales to zero, so idle side projects cost almost nothing.
- ✓Plain Postgres wire protocol, so any existing driver or ORM connects unchanged.
Pick Turso if
- ✓Database per tenant is cheap, which makes hard isolation between customers practical.
- ✓Edge replicas put reads physically close to the user.
- ✓SQLite semantics are simple and identical to what you run in tests locally.
| Comparison | Neon | Turso |
|---|---|---|
| Pricing shape | Free tier with limited storage and compute hours, then usage-based billing for compute time and stored data. | Generous free tier, then usage-based on rows read and written plus stored data. |
| Frameworks | Next.js, SvelteKit, Nuxt, Laravel, Django, Rails | Next.js, SvelteKit, Nuxt |
| In one line | Serverless Postgres that separates storage from compute, so branches of your database work like branches of your code. | SQLite as a hosted service, replicated to the edge, with the option of one small database per customer. |
Pricing described qualitatively because published plans change often. Checked 2026-08-23. Confirm current terms on Neon and Turso.
Neon
Strengths
- ✓Database branching gives every pull request a realistic copy of production data.
- ✓Compute scales to zero, so idle side projects cost almost nothing.
- ✓Plain Postgres wire protocol, so any existing driver or ORM connects unchanged.
- ✓Point-in-time restore falls out of the storage design rather than being bolted on.
Tradeoffs
- ✗Scale to zero means the first query after idle pays a cold start.
- ✗Storage and compute separation adds latency compared to a local disk.
- ✗It is only the database, so auth, storage and jobs stay your problem.
- ✗Branch sprawl needs its own cleanup discipline once a team gets going.
Turso
Strengths
- ✓Database per tenant is cheap, which makes hard isolation between customers practical.
- ✓Edge replicas put reads physically close to the user.
- ✓SQLite semantics are simple and identical to what you run in tests locally.
- ✓Embedded replicas let a server read locally and sync writes upstream.
Tradeoffs
- ✗SQLite has one writer, so write-heavy workloads hit a ceiling by design.
- ✗Fewer data types and functions than Postgres, so some modelling gets manual.
- ✗Managing thousands of small databases becomes its own operational surface.
- ✗Replication lag means a read after write can return stale data.
Frequently asked questions
Is Neon or Turso better?
Neither is better in the abstract. Neon covers more of the ecosystem, so it survives a change of framework; Turso is the better fit while you stay where it is strongest. Decide on the tradeoff you can live with, then stop reading comparisons and ship.
What is the main drawback of Neon?
Scale to zero means the first query after idle pays a cold start. Storage and compute separation adds latency compared to a local disk.
What is the main drawback of Turso?
SQLite has one writer, so write-heavy workloads hit a ceiling by design. Fewer data types and functions than Postgres, so some modelling gets manual.
Can you switch from one to the other later?
Usually, at a cost that grows with how much of your product leans on the database layer. The sooner you wrap it in your own interface, the cheaper the exit stays.