Head-to-Head Comparison · Alternative to AWS Aurora · 🗄️ databases
AWS Aurora vs Supabase
Provides a full backend stack built on Postgres: authentication, auto-generated APIs, edge functions, realtime subscriptions, file storage, and vector search. Here is how Supabase ($0/mo open source) stacks up against AWS Aurora ($25/mo) across cost, hosting, data privacy, and real-world trade-offs.
Supabase is a verified Apache-2.0-licensed open-source replacement for AWS Aurora. Switching from AWS Aurora ($25/mo) saves $300/yr per solo seat, or $1,500/yr for a 5-person team. Deployment: Runs on Self-host.
The catch: Supabase replaces Convex's document/function runtime with PostgreSQL, SQL migrations, row-level security, and separate services, so the application architecture must be rewritten rather than simply moved.
Supabase
$0.00/mo · Apache-2.0
AWS Aurora vs Supabase Specifications
facts verified 2026-11-07
| Dimension | AWS Aurora (Paid) | Supabase (Replacement) |
|---|---|---|
| Monthly Price | $25 / mo | $0 / mo |
| 1-Year Cost (1 seat) | $300 / yr | $0 / yr (Save $300) |
| 1-Year Cost (5 seats) | $1,500 / yr | $0 / yr (Save $1,500) |
| 1-Year Cost (10 seats) | $3,000 / yr | $0 / yr (Save $3,000) |
| Source & License | Proprietary SaaS | open source Apache-2.0 |
| Where It Runs | Vendor Cloud | Self-host (your server) |
| Platforms | Web / Cloud | webself-hostedcliself-host, real ops |
| GitHub Stars | — | ★ 114.6k (active nov 2026) |
Deep Dive: Switching from AWS Aurora to Supabase
Trade-offs, installation & data architecture
What you trade away
Supabase replaces Convex's document/function runtime with PostgreSQL, SQL migrations, row-level security, and separate services, so the application architecture must be rewritten rather than simply moved.
How to deploy Supabase
Hosted Supabase project, or the official Docker Compose stack; `supabase start` runs the local stack
What it takes to run
Self-hosting is not 'just Postgres': the Compose stack needs many secrets and services, plus SMTP, object storage, TLS, backups, observability, and coordinated upgrades.
Where your data lives
Relational data, auth records, and platform metadata live in PostgreSQL; Realtime consumes the Postgres replication stream; object data lives in the configured storage backend with metadata in Postgres; edge-function and migration source stays in project files. Supabase Cloud stores and operates the managed copy.
Why fork Supabase instead of vibe-coding a AWS Aurora clone?
Instead of paying recurring SaaS fees for AWS Aurora or rebuilding it from scratch, deploy one of the 5 battle-tested open-source alternatives like Supabase.
AWS Aurora vs Supabase FAQ
Is Supabase a good free alternative to AWS Aurora?+
Yes. Supabase is a verified open-source (Apache-2.0) replacement for AWS Aurora. Provides a full backend stack built on Postgres: authentication, auto-generated APIs, edge functions, realtime subscriptions, file storage, and vector search.
What is the catch when switching from AWS Aurora to Supabase?+
Supabase replaces Convex's document/function runtime with PostgreSQL, SQL migrations, row-level security, and separate services, so the application architecture must be rewritten rather than simply moved.
How much do you save switching from AWS Aurora to Supabase?+
AWS Aurora costs $25/mo ($300/yr) per seat, whereas Supabase is $0/mo. Switching saves $300/yr for a solo user, $1,500/yr for a 5-person team, and $3,000/yr for a 10-person team.
How do I install or self-host Supabase instead of AWS Aurora?+
Install: Hosted Supabase project, or the official Docker Compose stack; `supabase start` runs the local stack. Setup: Self-hosting is not 'just Postgres': the Compose stack needs many secrets and services, plus SMTP, object storage, TLS, backups, observability, and coordinated upgrades.
