side-by-side comparison — 2026
Supabase vs Turso
An independent, no-affiliate comparison of Supabase and Turso in 2026 — covering pricing, features, developer experience, and which one to choose for your project.
2026 recommendation
Supabase wins for most teams
Best all-in-one backend for new projects in 2026
Turso is better when: Multi-tenant SaaS apps that want per-customer database isolation, and read-heavy global applications where sub-millisecond reads matter
recommended for most teams
Supabase
★★★★★Postgres with auth, storage, realtime, and an auto-generated API — all open source.
Overall rating
Pricing
Free tier with 500MB database and 2GB storage. Pro starts at $25/month.
Best for: New projects that want a full-featured backend without managing five separate services — especially …
Not for: Projects that need maximum database performance tuning, enterprise compliance fr…
Turso
★★★★★SQLite at the edge — replicated globally for sub-millisecond reads.
Overall rating
Pricing
Free tier with 500 databases. Starter at $29/month.
Best for: Multi-tenant SaaS apps that want per-customer database isolation, and read-heavy global applications…
Not for: Write-heavy applications, complex analytical workloads, or teams already standar…
What each tool does well
Supabase strengths
- +Real Postgres — every ORM, migration tool, and SQL client works
- +Auto-generated REST and GraphQL APIs from your schema
- +Row Level Security enables secure direct database access from the frontend
- +Auth, storage, realtime, and edge functions all included
- +Open source and self-hostable — no permanent vendor lock-in
- +pgvector support makes it excellent for AI-powered apps
Turso strengths
- +Sub-millisecond read latency from 35+ edge locations
- +Per-tenant database model at scale without per-instance pricing
- +libSQL is true open-source SQLite — no proprietary query language
- +Works in edge runtimes via HTTP API
Known weaknesses
Supabase cons
- −Free projects pause after 1 week of inactivity
- −Edge Functions are less mature than AWS Lambda for complex use cases
- −Migration tooling is less mature than raw Postgres setups with Flyway or Liquibase
Turso cons
- −SQLite limitations: fewer data types, no stored procedures, limited analytics
- −Writes are slower than Postgres for write-heavy workloads
- −Smaller ecosystem of ORMs and tools compared to Postgres
Pricing comparison
| Feature | Supabase | Turso |
|---|---|---|
| Free tier | Yes | Yes |
| Starting price | Free | Free |
| Pricing model | freemium | freemium |
| Overall rating | 5/5 | 4/5 |
| Category | database | database |
In-depth overview
Supabase
Best all-in-one backend for new projects in 2026
Supabase made a bet in 2020 that the market was tired of proprietary NoSQL databases and Firebase lock-in. That bet paid off. In 2026 it is one of the fastest-growing developer tools companies in the world, and the go-to backend for new projects that want comprehensive infrastructure without stitching together a dozen services.
The foundation is just Postgres. There is no proprietary query language, no special SDK required. You can use any Postgres-compatible ORM — Drizzle, Prisma, SQLAlchemy, ActiveRecord — and standard pg clients. Real Postgres means pgvector for embeddings, pg_cron for scheduled tasks, and every ecosystem extension works.
On top of Postgres, Supabase auto-generates a REST API from your schema using PostgREST. Every table gets CRUD endpoints automatically. Row Level Security policies written in SQL control what each authenticated user can read and write — no custom authorization middleware required. The JavaScript SDK handles these policies transparently, enabling your frontend to query the database directly without a bespoke API layer for most use cases.
Read the full Supabase review →Turso
Best for multi-tenant SaaS and read-heavy global apps
Turso is built on libSQL, a fork of SQLite, and makes a compelling argument: SQLite is the fastest database for read-heavy workloads because there is no network round trip. Turso extends this to the cloud by embedding the database in edge nodes globally and replicating writes across all of them.
The architecture gives you sub-millisecond read latency from any of the 35+ edge locations, because the database replica is physically co-located with your application code. Writes go to a primary region first (typically under 50ms), then replicate globally within seconds.
The multi-tenancy story is Turso's most distinctive feature for SaaS builders: you can create a separate SQLite database per user or per tenant, each isolated, for effectively no additional cost. At PlanetScale or Supabase, a per-tenant database model requires separate managed instances that quickly become expensive. Turso allows thousands of tenant databases on a single plan.
Read the full Turso review →When to choose each
Choose Supabase if
New projects that want a full-featured backend without managing five separate services — especially apps that need auth, file storage, and realtime built in from day one
Avoid Supabase if
Projects that need maximum database performance tuning, enterprise compliance from day one, or teams already deeply invested in a different database provider
Choose Turso if
Multi-tenant SaaS apps that want per-customer database isolation, and read-heavy global applications where sub-millisecond reads matter
Avoid Turso if
Write-heavy applications, complex analytical workloads, or teams already standardized on Postgres tooling
Production tips
Supabase tips
- 1.Use Drizzle ORM with Supabase for type-safe queries that still allow raw SQL when needed
- 2.Enable pgvector for storing and querying AI embeddings directly in your database
- 3.Supabase CLI `supabase db diff` generates migration files automatically from schema changes
Turso tips
- 1.Use Drizzle ORM with the `drizzle-orm/libsql` driver for full type safety
- 2.Turso's embedded replicas feature lets you run a local SQLite file that auto-syncs with the cloud
Who uses each
Supabase is used by
Turso is used by
Information not available
Last updated January 2026 · No affiliate links · Data from official documentation and independent benchmarks