Supabase vs Neon in 2026: Backend Platform vs Serverless Postgres

Supabase vs Neon: Supabase is a backend platform built on Postgres, with Auth, a generated REST API, Realtime, Storage and Edge Functions, priced as plans plus compute add-ons. Neon is serverless Postgres with separated storage and compute, scale to zero and fast branching, priced by usage, and it has added Auth, a Data API, Object Storage and Functions. Choose Supabase when you want the full backend and its ecosystem; choose Neon when the database, branches and cost of idle time matter most.

All facts are from supabase.com/pricing, neon.com/pricing and each vendor's docs, as of November 2026. We make StitchDB, a third option covered briefly at the end.

#Different starting points

Supabase started as a backend: you create a project and get a Postgres database plus the services an app uses, wired together. Row Level Security with auth.uid() is the center of its security model, and its client libraries talk to the API, not to Postgres directly.

Neon started as a database: Postgres where compute starts and stops on demand and every branch is a cheap copy. In 2026 its pricing page also lists Managed Better Auth, a Data API, Object Storage and Functions, with Realtime in beta. Those services are newer than its core database.

#Head to head

SupabaseNeon
Free plan2 active projects, 500 MB DB, 1 GB files, 50k MAU, 5 GB egress100 projects, 100 CU-hours and 1 GB per project, 5 GB egress per project, auth up to 60k MAU
Free idle rulePaused after 1 week inactiveCompute suspends after 5 min idle, resumes on query
Paid entryPro from $25/mo with $10 compute creditsLaunch: $0.106/CU-hour + $0.35/GB-month, no minimum
Included DB on paid8 GB disk per projectPay per GB-month
ComputeFixed sizes: Micro $10 (1 GB RAM), Small $15 (2 GB) and upAutoscaling up to 16 CU on Launch
Point-in-time recoveryAdd-on, $100/mo per 7 days; needs at least Small computeUp to 7 days (Launch), 30 days (Scale), $0.20/GB-month
Branching$0.01344 per branch-hour10 branches per project on Free and Launch, 25 on Scale
Read replicasAvailable (see Supabase docs)All plans
PoolingPooler included (Micro: 200 pooler connections)Up to 10,000 pooled connections per compute
AuthBuilt inManaged Better Auth
API from schemaREST (PostgREST)Data API
RealtimeYesBeta
Spend controlSpend cap on by default (Pro)Spending notifications
Self-hostYes, DockerNot covered here
RegionsMany AWS regions, incl. Ireland, Paris, Frankfurt, StockholmAWS: US, Frankfurt, London, Singapore, Sydney, Sao Paulo

#Pricing in three scenarios

Hobby project, a few visits a day. Neon Free fits easily: compute sleeps and wakes on demand, and it never pauses the project. Supabase Free also fits, but a week with no activity pauses the project until you restore it.

Small SaaS, steady daytime traffic. Supabase Pro at $25 with Micro compute included is predictable. On Neon Launch, 0.5 CU for 12 hours a day is about 180 CU-hours, roughly $19 plus storage. Similar money; Neon's bill moves with traffic, Supabase's mostly doesn't.

Production app that needs 7-day PITR. Supabase: Pro $25, Small compute ($15, partly covered by the $10 credit) and the PITR add-on at $100, about $130 a month. Neon: restore history is billed at $0.20 per GB-month of change history on Launch, so for a modest database the PITR line is much smaller.

#Branching

Neon's branches are its standout feature: a copy of your database, data included, that you can create per pull request and delete when the PR closes. With scale to zero, idle branches cost little.

A Supabase branch is a separate environment with its own instance and API credentials, built from your migrations and cloned from the base project's settings and Edge Functions. Branches can be tied to pull requests through the GitHub integration or created in the dashboard. Data isn't copied by default; you seed it or use the include-data option. Billing is per branch-hour. Because the whole stack is branched, it helps when you test full-stack changes.

#Developer experience

With Supabase, the browser or mobile app usually calls the API through supabase-js:

JavaScript
const { data, error } = await supabase
  .from('tasks')
  .select('id, title, done')
  .eq('done', false)

RLS policies guard every request, so you can skip a custom backend for many apps.

With Neon, you usually connect from your server or serverless functions, often with its serverless driver:

TypeScript
import { neon } from '@neondatabase/serverless'

const sql = neon(process.env.DATABASE_URL!)
const tasks = await sql`select id, title, done from tasks where done = false`

You can also use the Data API and Neon Auth now, but most Neon apps still have their own API layer.

#Which should you choose?

Choose Supabase if:

  • you want auth, storage, realtime and APIs in one project today,
  • you value a large ecosystem of tutorials, templates and community answers,
  • you may want to self-host later,
  • you prefer a plan price over a usage bill.

Choose Neon if:

  • you want Postgres first and will build or pick the rest yourself,
  • you need many branches with real data for CI and previews,
  • your databases are idle much of the time,
  • you want cheap point-in-time recovery.

#A third option: StitchDB

If you like the Supabase model but not its add-on pricing, StitchDB speaks the same APIs (supabase-js works after changing the URL and keys; see compatibility) and includes point-in-time recovery on every plan: 24 hours on Free and 7 days on Pro at $15.99 a month. Free projects don't pause after a week, and the spend cap is on by default. The trade-offs: it runs only in EU data centers, it is a younger platform, branches are built from migrations rather than instant copies, and there is no self-hosted edition. Comparisons: StitchDB vs Supabase and StitchDB vs Neon.

#Moving between them

Both run standard Postgres, so data moves with pg_dump and pg_restore, and logical replication can keep a copy in sync for a low-downtime cutover. The difference is what lives outside your tables.

From Supabase to Neon, your tables move easily, but Supabase's own schemas (auth, storage, realtime) and the services behind them don't come with them. Users' sign-ins must move to Neon Auth or another provider, files to object storage, and RLS policies that call auth.uid() need a replacement that reads the user id from your new auth system's JWT.

From Neon to Supabase, the database moves the same way, then you decide which parts of your own API to replace with Supabase's generated REST API and RLS. Use Neon's direct (non-pooled) connection string for dumps and replication.

From Supabase to StitchDB, there is a dedicated path because the APIs match: the Import from Supabase wizard copies the database, auth users with password hashes, storage files, cron jobs and Edge Function code, and supabase-js keeps working after changing the URL and keys.

#FAQ

#Is Neon cheaper than Supabase?

For idle or spiky databases, usually yes, because compute scales to zero. For steady traffic, Supabase Pro's fixed price can be simpler and similar in cost. With PITR, Neon is typically cheaper (as of November 2026).

#Can I use Supabase with a Neon database?

Not as a hosted Supabase project: each Supabase project comes with its own database. You can move data between them with pg_dump, since both are standard Postgres.

#Does Neon have authentication now?

Yes. Neon's pricing page lists Managed Better Auth, up to 60,000 MAU per project on Free and up to 1 million on paid plans.

#Which has better branching?

Neon, for fast data copies per branch. Supabase branches cover the full stack and are billed per hour.

#Which is better for EU data residency?

Both offer EU regions on AWS (Supabase has four in EU member states; Neon has Frankfurt, plus London in the UK). For an EU-only provider, see GDPR-friendly database hosting.

Want the Supabase APIs with PITR included? Try StitchDB free.